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GSM/DCS ZAP - Level 3 Procedure

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5. ANT GSM TDCS L2V Tx SIGNALS 110062 1215 310 22 Logie GSM Dcs CR 220 Frequency 217Hz 1ms cm Nf Logig Dcs f 220 Signal from to SMOC 3 SAT DET 3Vpp When PA is at or near saturation signal is low telling SMOC to reduce AOC drive VOCARE When the PA is not near saturation this is high telling SMOC to increase AOC drive RX275 OSCILLATOR I V M Power Step Signal from the SMOC to the PAC GSM
6. 13 Clock Measured in standby mode MF_INT 37 7 from GIFSYN E 38 EN B 20 63 lt 5 4 NS From the CPU U701 When high Rx path enabled and low muted Rys BIC IN 40 BIC A DOWNLI EN L 1 Enables the Rf switch 0400 for receive mode x 12 2 Biases the mixer 0420 and low noise amp 0418 DISPLAY 4 35 0703 UPLINK CONNECTOR 46 amp From CPU 0701 but inverted by 0501 High when 500 1 275 22 48 57 60 MAN TEST 1 Enable the Rf switch for transmit mode amp also the GIFSYN for transmit mode 3 10 2 Supply Voltage for the PAC IC B 34 gt OUT 3 Isolates RF by switching the PA Bias Circuitry Not shown EN i 1 31 32 1 64 4 54 58 33 rs RX EN DP_EN gt DISPLAY ESLAUD SW RF Controlled at power up by GCAP 0900 amp CPU 0701 1 L dba piu RESET poweron 28Vrms 1 Connected to CPU 0701 BIC U703 Modem 0501 amp Speech coder 0801
7. m 72 vm tomer Services 2 a Level 3 Authorised O Tm EX 95 4 88 4 8 Mis B 8 0542 ETE za 3 z UUU dis o UU ON 8 TS ee 69 SE 5 g 45 ad ass rw CR506 dal 8 1050 53 UUU Ga uU LI 985 C364 9552 02 w w U uU PR g 059 VR354 d L M i z 553 nan B b Ei 697 peg 52 ZOLA d P uz 5 9 B oo U L b 58 0340 8351 nn 7 L nnn pii j d de 163 09 z 5 B 708 8 q g kr E z oo gg e 5 gg ooo 5 amp B ps 3 e 5 J ua aa B m LI 5 d L ES 8 le B B ru 8 UUU b g 058 6552 6559 gg L529 55 pisi dsb p an E 0225 89 5E qen 580 ES SEEDS SU ES b 952 8 Es 9189 posg B pij 5905 5162 98 206 E 992 8 8 D a m 5 5 E 8 6188 8 53 g 08 loo e B 8 E UU R22 6023 Rd aca g Lud 6208 E 8 2 g n 3001 48h UR Us 1062 mm E B m IE BE
8. Middle East amp Africa LOGIC 65 _ GSM DCS GsM DCS VCO Tuning Voltage LOGIC GSM DCS T ustomer Services D F dit Level 3 Authorised Hr 704 0750 6752 e N gt Aaa suo EPROM 5 RX SIGNAL PATH aa 8 5 678 X SIGNAL PATH 0 03 Em B MAIN VCO SIGNAL PATH 6 amp B 0301 TUNING VOLTAGES 4 5 638 casa SHA Ej 13 MHz REFERENCE CLOCK 622 CC8 4 QR70 U701 ST 1 FROM FULL 8 5 LES CALL PROCESSOR 4 b 15 SCHEMATICS 8 77 b 5 TESTPOINTS FROM U702 BLOCK DIAGRAM 53619136 35 H B d i E 4 EIT gt 598 3500 V qs wl E i 0602 I DP EN 17 NC Amplified RX Signal 8 g j Lh d n a BO 2 KEY7 18 B Amplified RX Signal B B S mmn FS 6708 5 4 Y E il aA dm 3 KEY3 19 GND RxiF215MBz c 19 a 18 E S E 73 s E gP vreo 4 KEY4 20 D3 D Signal R Ef og 0370 Sui CE 5 8 4 qz gt 5 KEY2 2 6 E RX QSignal LS802 ag b m 4 L 6 A0 m Analog RX Signal 14 5 dar EX ob 2 FF T
9. CLK_13IN MEINT 37 17 from GIFSYN 38 DSC EN B 8 20 63 13 m 40 BIC 39 ___DOWNLINK gt 2 T a J500 4 AN TEST 34 LX OUT 30 532 1 64 4 54 5 33 Fs AUD gt DISPLAY SW RF 10 0403 8 2 to BIC 4 6 to SMOC sg a Sls 2 2232 412 2 to GIFSYN 9858 to 0704 la o Z x 8 5 to SMOC 95 S Zils VENES to TIC to U702 2 5 5 ERR e m ja lt I lt to PAC SMOC to U702 6 53 _ S g RESET to SMOC 1 3 10 15 MAN_TEST 2 ADDRESSS BUS External Bus Interface AUDIO_IN MDM_WR 8 mu BATTERY L parte legem eui from CPU 9 m BATT CNTL A A Parts of gt 0602 BATT_FDBAK Backhousing 9 CR605 E 5 Assembly 0601 R602 MU B x AUDIO OU 2 or 9 8 E 6 L_BATT Y CHRGC ISENSE 2 B 2 14 47 46 29 I7 15 16 4 _ epee I CHARGER C V RESET L i gg 5 65 62 47 98 56 64 63 12 13 2 C L 10 TX KEY Tone lt lt i Generator 2 20 T MDM_RD Audio 55 T gt 2 MDM lt 19 8 MDM_WR Fe Filter X AUI ND Buffer 0 5 5 BB Ampl 54 AUD Interface 28 CODEC 2 i T 2 gt
10. AP 6 221 0220 800 6221 224 R224 29 59 GIFSYN as R239 ji C238 gt 13 MHz TO BIC C237 AUDIO CONTROL CIRCUITRY lain Mawhinney PAGE 51 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION When referring to audio circuitry we are talking about the circuitry used to transfer the audio signals from the input source to the U500 SMoC or from the U500 to the audio output The audio input source can either be from the radio s microphone or an external microphone The audio output source can either be the radio s speaker the radio s alert speaker or an external speaker We can therefore see that there are a number of different paths that can be used by the phone to transfer these audio signals The routing of these signals is controlled by the microprocessor U701 via the SMoC IC using the con trol ports AUD_EN1 U500 pin 57 and AUD_EN2 U500 pin 60 These Audio Enable lines go to U900 pins 44 and 45 respectively By switching these ports either high or low the processor can control which of the internal amplifiers of 0900 are activated thus controlling which audio path 15 being used The table below shows the Audio enable signal combinations AUDIO SOURCE BUDE AUDIEN Ear Alert Mic Ext Aud 1 Piece No Audio Signals OV OV OFF OFF OFF OFF Rad
11. 64K X 16 8 8 5 12KX16 SRAM EEPROM FLASH EEPROM Memory Data Address D0 D15 A0 A18 SPI Interface 4 Data 00 03 SMoC Enable Control 96 x 32 LCD 68338 Display m Control 10 Keypad IM Interface i Reset Sim Card D8 D15 0 4 Watchdog Peripherals BIC 4 1 GCAP HRA PEE Smart Headset Battery LOGIC BLOCK DIAGRAM Y RF SWITCH H301 7 EXLITER TX Q301 Q331 x e gt p SAT DET TT 4 11 ap MELON 0500 0340 EXCITER TO POWER AMP BLOCK DIAGRAM AA MOTOROLA Motorola Confidential Proprietary 7600
12. C341 20 8343 0 R340 8 2k 75 1340 INP 0492 SET DET 62057 90 23 1 R358 7 4 7K Ret s 350 369 GSM 62 9024 MHz DCS CH 700 1747 8 MHz L C345 22001 21 13143101 C325 3X 0 02207 21 13743N34 1 8pF 21 13743 69 3 48 09877C04 2 2K 06 6205 7 82 1225 33nH 24 0964537 25 24 GSM 170 MHz DCS 120MHz 44 IC CIRCUIT Ref s 370 389 7 21 13743 50 21 13743 34 0370 7 220L C377 Ppp 21 19143N24 T C382 21 13743N26 dg 3901 21 1374349 70M C 10 _ R370 51 09879 12 E 150 21 13743126 I R373 C304 2 C380 0 039uf C378 18007 C379 1000F 1 0 0IVL 21 09522N1 777 E DNP 040 SAT SET DET SW 06 62057M96 TX KEY 534 22806 21 13743101 1 0343 22 21 13743M34 Ref 340 349 DNP 0402 6346 220 L 21 13743L01 gs VVV AOC C536 Middle East amp A
13. I SPI RFCS MDM WR 88 97 86 95 94 93 92 91 90 89 88 T P8 129 30 4 35 36 37 38 39 40 142 4 ANA VCC M TXI_P M 1 275 pa 21 13743N84 C524 190pf 21 13743 54 9501 0 MIC_BIAS LL C563 C558 9 tuF O tuf C564 0 tur 555 O fuf 87 86 85 84 83 82 181 80 79 118 77 48 145 777 0565 P 9710 100K R710 R74 1 100K C760 Q p4TuF 21 13743 714 190007 21 181431 1 177 SENSE FEF BATT 64 3 2 60 59 D_THERM Ta 00 77 6 b R507 0 LIS AN 1 500 WV R509 0 2 IAN TEST SENSE 5 676 0 047 3743612 1 9 2 FFF AO 41 4 CLK PATH GIFSYN gt BIC gt MODEM ia SC RP paoi CLK 13IN 015 014 013 FROM BIC_CS 217HZ D124 I 4 0115 bs 55 1275 4 15 R713 SU 100K L275 DSC EN 06 095913 8012 19k 3 427 48 47 46 4 44 43 42 4 42 39 B _SENS JD EN1 N E L500 R706 10K VSWITCH
14. EC 010 010 LI C 1 C UA uU uuu H LBL LBL TRANS MASK DSP FIRESTORM 5013BT MCU 68338 144BGA SRAM 64KX16 KM616FS1000 BGA FLASH ROM 512KX16 28F800B3 2 INPUT OR GATE TC7S32FU CUST GIFSYN 5 2 F2KHAA9712 R NPN DUAL PHEMP 16TSSOP GAAS RF SW DPDT MS098 ASIC BIC 4 2 SCS38138EC11 EEPROM SPCL 8KX8 28BV64 ROM LAZER D SSN DS2401P SNGL INV GATE TC7SH04FU BILAT SW QUAD TC74HC4066 VOLT REG 2 7V LP2981 5SOT SNGL GATE TC7SH08FU COMPTR LMC7221 SOT23 CUST BICMOS GCAP LT 48QFP LIN 5V REG LM2970 SOT23 EEPROM ANALOG 15033180C2020 OP AMP SSOP8 TA75W01FU DE VARACTOT SMV1104 36 DE ZENER 8 2V UDZTE178 2B QUAD 6 8 V 6 8V COM ANODE R 9 1V UDZ9 1B SOD CTOR SMV1104 33 R 8 2V UDZTE178 2B R 8 2V UDZTE178 2B 6 8V COM ANODE R 8 2V UDZTE178 2B R 8 2V UDZTE178 2B LI 9 DE DE DE DE DE xl EE He Z E Z Ed LI LI NNUNHN 5 E zZ LI TAL QUARTZ 32 768KHZ CC4V T1 TAL 13MHZ 11PPM SMD 5X7 MM PARTS XCVR BD DCS ZAP BACK PARTS BACK FIRESTORM PARTS XCVR BD DCS ZAP FRNT PARTS XCVR ZAP FIRE FRNT CHIP 0 5 20X40 PT INTRBD 2X16 POS 1MM SMD EYPAD FCS LABEL BEUTEL 130X250MM COMBI MOD ZAP STAC FLIP BLK CD920 CTN REPL GSM XCVR MODULUS XCVR CD920 EFR SW04 29 ANT STUBBY ZAP SCR METRIC TYPE PT GRO TAP MMET MI
15. SE0007CccG SE0007CccP SE0007CccS SE0007CccT SE0007CccU SE0007CccX SE0007CccZ SE0007CccA SE0007CccC SE0007CccA SE0007Cccxx E0007DccP2 E0007DccS2 E0007DccT2 E0007DccU2 E0007DccX2 E0007DccZ2 E0007DccA3 E0007DccC3 E0007DccA4 E0007Dccxx N Differences in parts placement Flat Zap 0109036 75 0109036474 Display Philips 3 5 8409433U05 5 8409433U05 P5 P N 5 ____ _ __ 0660076P25 0660076N79 0660076N87 0613925A17 4809788 11 4809788E08 nur 3 5 Eu Middle East amp Africa ustomer Services Level 4 Authorised REVISONS Europe Middle East Afrika Customer Services Level 4 Schematics Dual Band ZAP 13 08 98 Colin Jack Billy Jenkins Michael Hansen Ralf Lorenzen Rev 1 0 Keyboard differences in parts placement Flip Zap 0109036A73 0109032A87 Philips 3 5 8403913503 RO 8403913503 RO pO P N P N _ 0660076M93 0660076P03 0611079831 4809788 11 Middle East amp Africa ustomer Services Level 4 Authorised 50251950 8 JATIM S
16. Cw 8 6759 RE h IBS ase ex 503 E d wa db m 1 2 5 q a zu 8 _ 8 8 5 LP pi om Bootcode TP zs 5 _ 8 A 5 Bg A GIF_SYN L275 xo CN 233 3 8 T 26 28 prag D 702 131 59 GND 1410 RX 5 6269 TERY B 8 0900 17 GND B as GCAP oO J600 10 PIN EXT CONN p RESET 5 9 8 E J610 8 a g 1902 15 O 0703 BKPT 5 10 E UN z 28 15 1900 gez ish 12 2 SW RF FREEZE E GND C38 6 3 GND 77 IFETCH T 8 13_DCLK_B 8 9 a LEY re BER J612 SIM_CONNECTOR 9 4 FDBAK IPIPE ram m I pud 2 5 MAN_TEST L_BATT mE EB MI od 6 RS232 TX RX TX ANT_SIGNAL ro 5 5 Y CER DATA 2 U707 U705 1900 SIM INTERFACE 887 3 m 7 0701 0500 TX LOCAL OSC TUNING ap GLE um EEPROM CND 995899 um wo 8 C 8 WUDIDON T mas RX LOCAL OSC TUNING 1 2 SIM_5V Phe a Tah gt 9 AUDIO_OUT MAIN VCO TUNIN i 3 SIM_VPP Es 10 E TX VCO TUNING RB 5 S gp 4 SIM_RST _ 0613 d e 0601 M602 3 54 11 UPLINK 5 g 8 9 m 5 SIM IO 8 DM_CS M MOKE ana 12 DOWNLINK M CS 5 a 13 DSC EN B SVREG2 Es m5 yet H 5 4 5 mg Bes 1 0 14 _
17. Phone Call Related Messages Book Features Phone Setup Network Selection Call Meters Accessory Setup Motorola Confidential Proprietary Page 11 05 11 98 3 5 Packaging and Labeling 3 5 1 Box and Insert New box artwork will not be required for Zap refresh Standard Box pack configuration Configuration Contents Quantity Comments Same as cd920 cd930 except the electric blue and shark silver models will substitute the leather holster for the plastic holster Extended Box pack configuration Configuration Contents Quantity Comments Same as cd920 cd930 3 5 2 Artworks No new artwork will be required for Zap refresh 3 5 3 Labeling Same as cd920 cd930 EAN Numbers for each product type for each market Market Country Product Name EAN Number Comments 3 6 Accessories and Compatibility 3 6 1 Current Accessories Model Kit or Part Accessory Name Number Compatibility Notes Same as cd920 and cd930 3 6 2 Planned Accessories Model Kit or Part Number Accessory Name Compatibility Availability Date Notes Same as cd920 and cd930 Motorola Confidential Proprietary Page 12 3 7 Type Approval and Other Approvals 05 11 98 Same as cd920 and cd930
18. m 2 m 9 2 2 a gt Q m e 9 m e e 9 al m m C I SE0007CccG SE0007CccH SE0007CccJ1 SE0007CccK1 0006 1 E0006CccH1 E0006CccJ1 5 0006 1 E0007DccG1 E0007DccH1 E0007DccJ1 m Q C C Es m Q C C ES m gt g C m C C C 5 c 2 gt 79 p SE0007DccL1 E SE0007CccM SE0007CccN SE0007CccP SE0007CccQ SE0007CccR SE0007CccS other models SE0007CccT SE0007CccU SE0007CccV SE0007CccW SE0007CccY SE0007CccZ SE0007CccB SE0007CccC SE0007CccF 0006 1 0006 1 E0006CccP1 E0006CccQ1 E0006CccR1 E0006CccS1 E0007DccM1 E0007DccN1 E0007DccP1 E0007DccQ1 E0007DccR1 E0007DccS1 n n n n n n n n n os P 9 5 C os 9 5 C 3 Q C0006CCCI1 E0006CccU1 E0006CccV1 E0006CccW1 0006 1 0006 21 E0007DccT1 E0007DccU1 E0007DccV1 E0007DccW1 E0007DccY1 E0007DccZ1 E0007DccB2
19. 6 5 JMODELDS VERSICGIS PER TUAE e aU es CAE Ton REM PAUSE ERE 9 5 1 New Core Sales 9 3 2 Other New 9 5 3 Model Strict reS 11 5 4 European Model Charger Plug and Manual requirements sss 11 5 5 Service Requirements iden 15 6 PACKAGING LABELLING REQUIREMENTS ceres eese eene seen e netta estesa sens 15 6 1 Box sizes and packaging materials 52 eio Ire eod 15 62 15 6 3 EAN T 16 7 PRODUCT NAME MARKET NAME eese eee e eese en esten sete to sees s 19 SAMPLE SCHEDULE 19 9 19 10 ACCESSORIES amp COMPATIBILITY eee eee eese 19 LOTI eR teed 20 2 20 APPENDIX 1 SPECIFIC MODEL 8 2 21 1 Diagrams of Flipped ZAP Flipless 8 21 A2 Coloure
20. J600 Measured in standby mode A eon From the CPU 0701 When high Rx path enabled and low muted RX_EN tone jn 1 Enables the RF switch U400 for receive mode 2 Biases the mixer Q420 and low noise amp Q418 From CPU 0701 but inverted by 0501 High when TX_EN 7Vpp 1 Enable the Rf switch for transmit mode amp also the GIFSYN for transmit mode 10ms 2 Supply Voltage for the PAC IC 3 Isolates RF by switching the PA Bias Circuitry Not shown Controlled at power up by GCAP 0900 amp CPU 0701 RESET poweron 2 8Vrms 1 Connected to CPU 0701 BIC 0703 Modem 0501
21. Hz Local Oscilla If still no problems found measure from CPU DM CS at SMOC Pin2 If ok replace 0220 n If the 215 is OK then we can assume problem lies around GIF either 430MHz Local Oscillator or in generation of RXI and RXQ The can p E CL220 RX Local Osc Varactor 4809641F02 Q430 Receive Power Transistor 4809527 32 10 Unmute Tx Audio Path should then ts Eo SGC jp AOV de rois check SHUS should theaiberemove eck that IQ Ref from the as around 138 Y de andithenite and Q outputs from the GIF to check which is Tf Main VCO is missing but modulation is fine remove SH07 and check discretes SF_VCC U220 23 and CR22 Master Xtal Varactor 4809641F04 Q460 Receive Mixer Transistor 4809527E20 11 Program Main Local Osc to Channel faulty Main VCO tuning voltage U220 Pin21 If the 215Mhz is low probe the R F inputs to the Mixer to see which RF path RF INPUT or MAIN VCO the fault lies on CR223 Tx Local Osc Diode 4809948D05 Q480 IF Isolation Aplifier 4809940E01 1850 Set Te Power xen If Main VCO is low the main suspicions are with the main VCO or the VCO filter FL461 462 and the 8 07 should be removed If bothMain VCO and modulation are missing then check the collectors of 0221 and 0222 for 2 7V If ok then CR26 Tx Local Osc Varactor 4809641F02 U220 GIFSYN IC 5109632D92 19 Display SW Versi n Number of Call Processor If t
22. m um 503 18 JE EUROPE MIDDLE EAST amp AFRICA 11 05 98 a 4 CUSTOMER SERVICES LEVEL 3 COLOUR SIGNAL FLOW Rev 1 0 Dual Band_Zap Ralf Lorenzen Michael Hansen Colin Jack Billy Jenkins Pagel My MOTOROLA European Cellular Subscriber Division Easter Inch Bathgate West Lothian EH48 2EH Tel 44 0 131 469 6969 MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Fax 44 0 131 469 6970 ZAP ANALYSIS OVERVIEW Registered Office Motorola Ltd Jays Close Viables Industrial Estate Basingstoke Hampshire RG22 4PD Registration No 912182 England lain Mawhinney PAGE 1 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Contents 1 Product Strategy Target Markets Page 4 2 History so far Page 6 3 Brief Description Page 8 4 Preliminary Design Physical Dimensions Page 10 5 Receive Path Theory Page 15 6 Transmit P ath Theory Page 23 7 Logic Path Theory Page 38 lain Mawhinney PAGE 2 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 1 lain Mawhinney PAGE 3 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Product Strategy The demand for a Dual Band phone in fresh new design is critical in competing with new product of ferings by the competition The Zap productis a SMoC based band aware and targeted toward
23. Transceiver weight 98g Volume with slim battery door 135cc Lightest smallest config LP 4 battery 1200 Length 130mm Width 255 25mm Depth 26 95mm Electrical Design Zap utilizes a 2 7V platform Rae style connector 3 6V battery support and the latest components to minimize both Tx and Rx current drain A BIC 4 2 is required to support recognition of a small SIM and smart card NiMH Lilon and alkaline technologies will be supported Front Housing The front housing design includes an earpiece and allows the use of a lens and 18 key keypad Three side buttons are utilized on the left side functioning as up and down scroll and smart key similar to StarTAC One right side button will serve as the dedicated voice memo record button A microphone port is located bottom centre left with two other styling ports for symmetry A protective ridge is used around the power key to avoid inadvertent operation Rear Housing The rear housing is cut away atthe bottom to utilize a battery door concept An escutcheon atthe top of the rear housing makes visible the Motorola brand name while the phone is in use and covers two as sembly screws A call alert port is positioned below the escutcheon and to the right Battery door Zap uses a battery door concept Three doors will exist a slim door which will house the LP4 AAA Longs and 1508 batteries a slightly larger door will cover the AA batteries and a door large enough to
24. XC0 1 AM2CS 44 3 5 4 8753 aps D13 1 16 15 a ail aj 12 R A10 8 14 RAMICS 012 ROMICS Dt D E E E14 8 611 612 MI 14 MI 14 KEY7 D6 D7 D8 D10 D12 D13 D14 D15 KEY6 R703 15K 09591M3 po 9959 1939 08 703 115K 09 2726 15K 06 09591M39 ITI AS AT A6 AT B I 51 DI L D11 03 Al D4 D3 D2 D1 8 4 06 RW 12 11 A10 A9 D7 D4 D12 L275 00 10 FR 411 49 48 L275 40 L275 x ook 2 TOOK 200 gt 100 ES RTTE 1 4 DOK Ki C708 0 047 14 1 13743612 T L13 A7 14 Hz MIS MI2 C 0 047 L 13743E12 CR710 LNJ1O7WSPRAT 3 0711 0711 2 CR702 RB717F 48 09924011 15 R70 RB717F 48 0992401 A3 1275 CR7 RB717F Tyrrel Zin 2 48 08824011 705 0ILI14VC 48 09940E 02 A2 Q704 01CI14VC 48 09940 02 48 099240 7 1275 48 09939010 9735 100 Kp CR710 1748 08118001 RED 5 GREEN VIB_EN R740 10K 06 62
25. 62 persw When this signal is low the internal gain in the PAC is unity aad 947 4 MHz gt gt 1215 When this signal is high the internal gain in the is 1 Sa a GSM 1 74 A GSM 9 8dB DCS 2 1dB GSM 0 1 1 DOS LUR oS 0460 ais GSM 1048 EL _ From uP to 1 215 9 46 REI Te 275 This is a timing signal to the PAC to provide the current path for the initial loop precharge 7 5 GSM 2 2 8 GSM 12 848 re B c 3I ATT 47 _ 0401 DCS 0 5 rrasoN Q480 DEMODULATION 10 REF to SMOC y US 4 2 Lay C 48 X0 Signal from SMOC to 90 2 GSM 4 5 SW VCC 33 0C 15 280mVpp This is a linear control voltage for ramp up and ramp down of the PA output level vi We FLA62N DCS 4 54 gt This controls the voltage on the exciter control output EXC from the PAC EXT ANT 6 3 gt 16 t VRef SW_RF 1842 8 MHz 4 E 24 Signal from uP but inverted via 0500 and used to time from and to RX 2 3 1 2 TIC 3 Tx VCO 4 5 Switch 3 2 2 _ANA_ lt 0221 13 TXEN 1600 2 NS DCS 700 GSM CH 62 DCS 700 to SMOCand 13 MHZ Clock Enables Tx Path when high 0403 732 4 MHz 1627 8 MHz B 17 S
26. Motorola Confidential Proprietary
27. lt a N 5 gt N 8 N o w lt T N w C C m gt 016466164 Escutcheon Fler Europe 0282 1 9 Stage IV Flip Zap Connect Austria Europe C0165661 9 Flex only Europe E0151CB1F5 Stage IV Flat Zap Eplus Germany Europe 0152 1 8 Europe E0168CB1L2 Stage IV Flip Zap Movistar Spain Europe E0169CB1L2 tage IV Flip Zap AirTel Spain Europe E0170CB1K2 tage IV Flip Zap TMN Portugal Europe E0147CB1K4 tage IV Flat Zap Optimus Portugal Europe E0172CB1E2 tage IV Flip Zap Bouygues France scutchone Flex Europe 4 4 Manual Requirements Models Manual Kit Manual Part Language Translation Number Number Market Priority Motorola Confidential Proprietary Page 15 05 11 98 SE0007CccA1 0006 1 VM4655 SJN7598B 6809417 28 Danish SE0007CccB1 5 0006 1 SYN6718 SJN7609B 680941 7A29 Master English UK Bwocem penam anal 505417450 nish 805417451 SE0007CccE1 SE0006CccE1 SYN4655 SJN7604B 680941 7A32 50547459 5 E0007CccG1 SE0006CccG1 SYN4655 SJN7600B 809417A34 E Y 5 5 E0007CccH1 E0006CccH1 4655 SJN7607B 809417A3 5 5 5 SE0007CccJ1 5 0006 1 5VM4655 SJN7597B 809417A3 5 5 5 E0007CccK1 E0006CccK1 YN4655 SJN7601B SE0007CccL1 SE0006CccL1 YN
28. DNP 0402 0M260043 Gai sibi 1000 21 13743117 1461 Die 215 2 5463 21 13740F12 L465 24 09640M44 L498 SgnH HESIZER IF CIRCUI Ref s 220 219 RX275 7 2 7 24 09646M72 21 13743 2 12K 06 6205717 RF HIGH SIDE LAYER RX SIGNAL PATH TX SIGNAL PATH MAIN VCO SIGNAL PATH T VOLTAGES 13 MHz REFERENCE CLOCK DATA BUS ADDRESS BUS 3i REFERENCE SIGNALS BOARD DI ELECTRIC STACK UP LAYER 2 LAYER 3 LAYER 5 50 Ohn stripline on layer 5 is 0 19 m wide 50 Ohn nicrostrip on layer w 8 nil ground plene is 0 40 nn wide lt 50 Ohn microstrip on layer 6 w 16 mil ground plane is 0 78 m wide 155 tomer Services 101 Level 4 Authorised MRF 947 k 48 0994001 1s soip8 150 newped C104 47 23 11049 56 GSM DCS Lew gt CMD 2265 8 ctor 48 09939C05 Ul 6109 33K UNP D4B2 FLTR 10V 06 620 7MI1 33K 065 DS 065 777 100 10V 21 19743N50 065 RIOT 005 7 330 VIT 06 6205 7462 065 bes 2195 21 13743526 EEEE CLOCK MODULATION CIRCUIT C204 10000 IS
29. Flat Zap 0006 1 0013 1 Stage V Flat Zap SEO006DCB 1 xx SE0013DB1xx Transceiver Kit SUGxxxx Blk SUGxxxx Grey SUGxxxx TP blue Rear Escutheon See Table 2 in appendix Kit SUGxxxx Blk SUGxxxx Grey SUGxxxx TP blue Rear Escutheon See Table 2 in appendix Kit SUGxxxx Blk SUGxxxx Grey SUGxxxx TP blue Rear Escutheon See Table 2 in appendix Kit SUGxxxx Blk SUGxxxx Grey SUGxxxx TP blue Rear Escutheon See Table 2 in appendix Manual Kit See Table 1 in section 4 4 Manual See Table 1 in section 4 4 Literature Kit See Table 3 in appendix Kit See Table 1 in section 4 4 Manual See Table 1 in section 4 4 Literature Kit See Table 3 in appendix Kit See Table 1 in section 4 4 Manual See Table 1 in section 4 4 Literature Kit See Table 3 in appendix Kit See Table 1 in section 4 4 Manual See Table 1 in section 4 4 Literature Kit See Table 3 in appendix Define any upcoming variants required beyond this core product introduction These programs will be separately defined with their own product description etc TBA Accessories Battery LGQ8 SNN5360 Battery Door AAA SHN6617 BLK SHN6825 Grey SHN6943 TP blue Universal Charger SPN4278 Plug See Table 1 in section 4 4 Battery LGQ8 SNN5360 Battery Door AAA SHN6617 BLK SHN6825 Grey SHN6943 TP blue Universal Charger SPN4278
30. Remove U301 and Check witx tx ON the correct PA Bias Pin 2 3 4 about B modulated by DM_CS if NOT OK check on Pin 4 of Q301 the presence of DM_CS signal from Q300 then Replace Q301 Is TX Pin 10 about B modulated by DM_CS POWER DOWN If NOT OK check L310 L309 Problem Pin 13 14 15 Negative Bias from 3V to 1V If NOT OK Check Q305 Q306 circuit for dry joint or fault and EXC Signal from U340 Pin 7 II NOT OK go to page 14 IF ALL OK Replace U301 Is there TX Frequency but the Level is LOW Without remove U301 Check the following signals NO to page 14 Do you have the Correct Level and Frequency of TX Signal 1747 8 Mhz on Pin 8 of U301 15 present at Pin 2 3 4 of U301 the correct level of Tx signal YES from page 15 NO Verify TX VCO components for dry joint and the following signals NO Do you have the correct level and Freq of Tx signal on Base of Q330 NO 15 Correct the level on Base of Q331 Bias R2 75 on Collector of Q351 and Q350 the control signals on Base of Q351 Q350 by GSM DCS DM CS LOGIC GSM YES Check L367 VR354 VR353 and Q351 Q350 for faulty YES Check the presence of 8 on Collector of Q330 YES Do you have at Collector of Q331 the DM CS signal replace Check the EXC Signal from PAC IC Q331 U340 a
31. Zone Text Message Waiting Voice Message Waiting Ringing Alert On LED Status Indicator Dedicated Control Buttons Quick Access Smart Button Volume keys VoiceNotes Languages 16 European languages Automatic selection determined by SIM card Alert types VibraCall vibrating alert 11 different ringer tones Visual alert Flip to answer end calls cd920 only Postscripting short cut number entry system Illuminated Keypad Personalised Menu List Telephone Directories Phone based directories Phone book 100 names amp numbers last 10 calls made last 10 calls receivedor missed SIM Card based directories Phone book upto 155 names amp numbers depending on SIM Fixed Dialling List upto 40 names amp numbers Service Dialling List dependent on Service Provider Advanced Features VoiceNotes upto 3 minutes of messages upto 99 separate messages Real Time Clock with Date Network or Service Provider dependent feature Issue 2 0 Dominic Strowbridge 11 Call Control Call Diverting Call Barring Hold Call Call Waiting Calling Line Identification displayedif in Phonebook Missed Call Indicator International Access Key Sequence Key Answer Only cd920 only User Call Rejection Conference Calling Call Transfer Mute Call Automatic Redial on busy Call Cost Control Advice of Charge Charging and Information
32. below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Tracking Number Description Status First Launch Status Main Launch Priority 7 1 Vibrator same as 8700 Stage IV Committed 1 Z 2 Vibrator grommet Stage IV Committed 1 Z 3 Painted housings amp batt doors Stage IV Committed 1 flat Z 4 Improved keypad Stage IV Committed 1 Z 5 Tricoder Stage V 2 Priority 1 Must ship in stage IV launch on Sept 1 2 Must ship in stage V launch on Oct 1 Define Flex Requirements This is the list of most important default flexing settings Insert drawings photos or other representation if required after table Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 2 columns wide Feature Flex Default Same as cd920 and cd930 Insert Wake Up Graphic required Same as cd920 and cd930 Define Menu Requirements Insert graphic detail for new quick access icons after table Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 3 columns wide Quick Access New Features New Features Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 7 columns wide Phone Call Related Messages Book Features Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 7 columns wide Phone Se
33. 00558 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00559 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00560 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00561 2113743G26 0109040A42 CAP CHIP 4 7 UF 16V 80 20 C00562 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00563 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00564 2113743E20 0109040A42 CAP CHIP 10 UF 10 C00565 211374320 0109040 42 CAP CHIP 10 UF 10 00605 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00612 2113743 38 0109040A42 CAP CHIP 33 0 PF 5 COG C00702 2113743N38 0109040A42 CAP CHIP 33 0 PF 5 COG C00704 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R C00705 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R C00708 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R C00715 2113743L25 0109040A42 CAP CHIP 2200 PF 10 X7R C00716 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00750 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R 2 C00751 211374312 010904044 CHIP 047 UF 10 X7R Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol C00752 C00753 C00754 C00755 C00806 C00810 C00812 C00816 C00850 00858 00860 00861 00901 C00902 C00903 C00904 C00905 C00907 C00908 C00909 C00913 C00914 C00915 C00916 C00977 C00980 C00981 C00983 C00984 C00986 C023 C024 C1 C105 C108 CUL C12 C14 C2 C200
34. 1 gt C21B 2PF gt 1PF 200 33 gt 10 9201 100 4258 560 gt 190 1953 6 8NH gt 8 2NH 306 1PF gt 2 PF C351 0NP 10PF I100 0M gt 15C_ 61111 1 gt 0 75 315 10 gt 0_ C331 0M gt 1 2 L R353 22 gt 15 C359 5 8PF gt 3 3PF 353 15PF gt 4 7PF R335 100 TO 330 8 2N4 C35T DNP TD R330 100 CHANGE L953 8 2NH 10NH C32 2TPF 1DPF 386 2 TPF 3PF L951 6 8NH 10NH 999 8 8NH gt 10NH CBeO DNP 1DPF C331 1 2PF gt 1 5PF R325 10K gt 12K _R313 100 gt 0 6351 1000 I gt 15PF C356 8 2M gt 15PF CHANGE C364 15PF gt 12PF C349 22PF gt 10PF R313 0 gt 100 R325 12K 10K C304 DNP 50 5PF R311 680 DNP C306 3PF 2 PF L953 10NH 58 2NH R31D BBD 1 5k CHANGE C328 DNP R305 1 2K 5 DEC 97 8 DEC 97 8 DEC 9T 12 DEC 97 06 v3 v4 6_ 6 VI 06 VBT oT v2 v5 pT vT p7 v8 07 V10 VB p7 vf 07 07 v13 LDB pB v3 08 08 VI _ 11 VI 1408 08 15 189 9 2 9 09 V3 1009 p9 v5 9 p9 vT pB v1 ADD L202 amp 1203 10 GIF SYN CHANGE L201 10 20X40 C216 1PF gt 2PF C200 0 5PF gt 1PF L20b 5 8NH 3 9NH C20T 18PF gt 24PF ADD C352 10 PAC CHANGE C309 TO 20x40 CHANGE R372 DNP TO C382 1PF AND CONNECT TO USTD 1 CHANGE L318 TD P N 24 S154MBT CHANGE L350 TO P N 24 09154M3T CHANGE L367 TD P N 24 09154485 CHANGE L202 10 P N
35. 4 Models and Versions 4 1 New Sales Models First Core Product New Sales Models Sales Model Number Brand Description SE0007Cccxx cd920 Stage II Flipped Zap SE0012Cccxx cd920 Stage II Flipped Zap w CPHS SE0300Cccxx cd920 Stage II Flipped Zap w SAT SE0311Cccxx cd920 Stage II Flipped Zap w CPHS amp SAT SE0287Cccxx cd920 Stage II Flipped Zap w PHFA 5 0145 09920 Stage II Flipped Zap GSM 900 only SE0006Cccxx cd930 Stage III Flat Zap SE0013Cccxx cd930 Stage III Flat Zap w CPHS SE0913Cccxx cd930 Stage III Flat Zap w SAT SE0310Cccxx cd930 Stage III Flat Zap w SAT amp CPHS SE0288Cccxx cd930 Stage III Flat Zap w PHFA SE0146Cccxx cd930 Stage III Flat Zap GSM 900 only Color suffix xx language market suffix Note For Europe Zap refresh will utilize all the existing model numbers from the initial launch of Zap Zap reresh will employ a similar up suffixing scheme as stage I II III of Zap Stage IV models will be upsuffixed to the C version of Zap Stage V model numbers will be upsuffixed to D version of Zap model number New Field Service Models Field Service Model Number Brand Description Motorola Confidential Proprietary Page 13 05 11 98 4 2 New Sales Model Content First Core Product Models Transceiver Manual Accessories Other SE0007Cxxxx Kit Battery LSQ
36. Blue Silver Pantone 427 Motorola Confidential Proprietary Page 19 SE0007CccA1 SE0006CccA1 SJN8356BA Denmark Accessory leaflet 68p09414A66 SE0007CccB1 SE0006CccB1 SJN8356BB Accessory leaflet 68p09414A67 560007600C1 Finland SE0007CccD1 SE0006CccD1 SJN8356BD Netherlands Accessory leaflet 68p09414A69 5 0007 1 5 0006 1 SJN8356BE France Accessory leaflet 68p09414A70 SE0007CccF1 5 0006 1 SJN8356BF Germany Accessory leaflet 68p09414A71 Registration Card 68p09408A22 24 hour service 68p09405A07 SEO007CccG1 SE0006CccG1 54835686 Greece 5 0007 1 5 0006 1 SJN8356BH Italy Accessory leaflet 68p09414A73 SE0007CccJ1 SE0006CccJ1 SJN8356BJ Norway Accessory leaflet 68p09414A74 SE0007CccK1 SE0006CccK1 SJN8356BK Portugal Accessory leaflet 68p09414A75 pup SE0007CccL1 SE0006CccL1 SJN8356BL Spain Accessory leaflet 68p09414A76 Registration Card 68p09408A23 Waranty Card 68p09405A08 560007C00M1 5000666CM1 SUNSSSGBV Sweden SEOOO COONT Belgium SEO007CccP Switzerland E0007CccQ1 SE0006CccQ1 SJN8356BQ Turkey Accessory leaflet 68p09414A80 E0007CccR1 SE0006CccR1 SJN8356BR Hungary Accessory leaflet 68p09414A81 S S E0007CccS1 5 C 5 C C C 5 C C o other models SUN amp 356BT Arab Eng French North Africa Russia Lithuania SE0007GocW Poland SED007CccY Gzech Republic 5 000760071 Generic U
37. Programmable Audible Call Timers Display Call Timers or charge meters Network Related Dual Band GSM900 1800 operation SIM Application Toolkit support EFR Enhanced Voice Quality Voice encryption with A5 2 Algorithm Motorola Confidential Proprietary Non Voice features Text Messaging Send Short Messages Receive Short Messages Cell Broadcast Fax Altemate between fax and voice TS61 Data upto 9600 bps standard operation upto 36000 bps with optional CELLect 1 and Smart CELLect accessories upto 56000 bps with optional CELLect 3 accessory Security Phone Lock manual automatic SIM Card Lock SIM PIN SIM PIN 2 Keypad Lock Restrict Access to Phone Directories June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Accessory Range Rapid Travel Charger Same as StarTAC SPN4278 plus appropriate plug Included in every package e Rapid Desktop Charger New charge phone and second battery SPN4523 e Headset with Microphone PHFA New accept and end calls while phone is in holster SLN3940 e Pivoting Belt Holster New brings wearability to a new market segment SHN6851 Included in every package e Leather carry cases New leather pouch stylish alternative to the plastic holster SYN6913 New leather holster with rotating belt clip SYN7380 Issue 2 0 Dominic Strowbridge
38. R275V B DC DC RF gt gt p aa LM Audio La s E RX SIGNAL PATH 165 711 Filter 40 25 switch DC DC AL 2 12757 1 SIGNAL PATH to SPI 26 0980 gt R475 27 MAIN SIGNAL PATH L 29 7 26 5 0900 AL gt L500 GMSK 28 C gt TUNING VOLTAGES PLL 0500 E SWH vrer ed P REFERENCE CLOCK AOC Tun SMOC IC 2 E SWITCH 5 6V sw 29 Power 22 i pr VASSELSCK Orderable Part SIE WE BGA E Call Processor L IL90I gt vswircr 15 D A lt A N Boost Mode Circuitry 8910 Non Orderable Part Part Part Part Part Part Part press 2 sec Eater Manual Mode Tie watchdog as shown in Signal Flow diagram and supply power to radio Designator Description Number Designator Description Number 01 Exit Manual Test Mode Check that there is B present at input to GCAP on pin 40 If not could be problem with Battery Select Circuitry 0906 Alert Alert 5009005J03 Q601 Power Transistor Charging 4809579E04 ubi Mute Rx Audin Path 08 Unmute Rx Audio Path GCAP should then drive R275 L275 and VRef If these are not present could be a problem with GCAP itself BT700 Connector Real Time Clock 0909888M01 0602 Transistor Battery Feedback 4809939 05 09 Mute Tx Audio Path Verify collectors of regulators 0221 and 0222 are both aroun
39. ROMICS Et C306 T 6369 L 15 GND RAMICS 4 I liis 6321 C810 B S ae RAM2CS rs 4232 H 5 5H4 2 97 qe E FL 301 I 33 8 zh a En i UUU BIC_CS 8 2 309 B GH x gt LI LU E E 1 gt ope NCO 5 gs e BBE 8 58 a R 033 SINI 0706 7 52 S_NO SOUTO 3 5104 5101 f 507 J506 EUROPE MIDDLE EAST amp AFRICA 28 08 98 5 C H _ CUSTOMER SERVICES LEVEL 3 COLOUR SIGNAL FLOW Rev 1 2 Dual Band_Zap L_BATT B WDOG DM CS E BIC CS V SWITCH SW RESET L275 DM_CS ROM2CS ROMICS RAMICS RAM2CS Ralf Lorenzen Michael Hansen Colin Jack Billy Jenkin Pagel MOTOROLA Europe Middle East amp Afric Cellular Subscriber Group Platform 7 Refresh Standard Presentation Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Platform Z Refresh New Features New hardware features e Improved VibraCall Improved sensitivity of keypad New software features SIM toolkit class 2 e Support for CSP based on CPHS V4 2 New Quick Access items Show Date Time Find New Network Show credit remaining Note Key answer only Talk Fax Show My ID next call have been re
40. the BIC U703 on pin 17 The BIC will amplify and square up the 13Mhz and output it on pin 37 where it changes to 13 DCLK B This signal will then go to the microprocessor U701 pin M7 and also the SMoC at pin 40 lain Mawhinney PAGE 49 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION check supply XTAL from SmoC generating to varactor 13Mhz P38 CLK XTAL check clock on BIC P17 in P37 out CLOCK MODULATION CIRCUIT lain Mawhinney PAGE 50 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Due to the 62nd and 63rd harmonics of the 13Mhz crystal clock interfering with the transmit frequencies on channels 5 and 70 a clock modulation circuit is used on the clock output Internally programmed in the Gif syn is the software to enable this only when on these two channels When this happens the Gif syn outputs a 2 75V 500Khz pulse to the collector of 0220 The Gcap constantly gives a pump out put to the base of 0220 which 15 also a 500Khz signal These two signals will switch 0220 and am plitude modulation takes place in the 13Mhz output from the Gif syn This will introduce some phase modulation which will knock the 13Mhz plus or minus off frequency very slightly and will therefore knock the 62nd and 63rd harmonics off frequency a lot further away from the transmit channel frequencies of channels 5 and 70 See below
41. to U403 Pins 2 200ms em After power up sequence any chip can hold RESET low to power phone off if there is a problem BL_CNTL A to BIC to SMOC 3 8 2 From CPU U701 to Eprom iB GIESYN Chip 1_ to 0704 412 DUAL_CS e 1 Chip Enable controlling read write access to and from Eprom 07702 x8 B 2 a E mu umo Select 3 z 8 g to U702 2 E z 6C gt to TIC amp Ele El a 2 lt mE From CPU 0701 to SRAM to PAC SMOC to U702 lt mja gja RAM1_CS II 1 cm 1 Chip Enable controlling read write access to and from Ist half of SRAM 0704 8 III Lt mu V RESET 4 J U lo 1 340 15 RAM2 CS 2 8Vpp From CPU U701 to SRAM to SMOC _ 2 10005 cm 1 Chip Enable controlling read write access to and from 2nd half of SRAM 0704 ADDRESSS DATA BUS 1 SPI RFCS External 4 gt 4 From CPU 0701 to Eprom T T ITX ROMI CS 2 8Vpp j SPI MOSI Bus 100957 1 Chip Enable controlling read write access to and from Eprom 0702 SPI_MISO Interface gt __ SPI CLK 4 MM 28Vpp From CPU 0701 to display via connector 1101 AUDIO IN press key 100ns cm 1 Processor selects to enable display When high the display is enabled and low disabled MDM WR 8 Lm FT Speech Coder Interface This is a signal from uP 0701 to Spee
42. voltage on Collector of Q206 from Q205 NO Put the Phone in TEST Mode and Digit 45700 START C247 C248 CR202 and CR203 for faulty If it is HIGH check Main VCO components for dry joint and CR202 CR203 Q202 Q201 for faulty GSM DCS MATRIX page 18 MOTOROLA CONFIDENTIAL PROPRIETARY Page 17 MOTOROLA GSM DCS ZAP Level 3 Procedure NOTE WHEN YOU HAVE A SIGNAL WITH THE SYMBOL STAR ES GSM_ DCS IT MEANING THAT IF YOU SELECT THE BAND WERE THERE IS THAT SYMBOL THE LEVEL WILL BE LOW_ SO IF YOU SELECT THE OTHER BAND THE LEVEL WILL BE HIGH ES GSM DCS SIGNAL IS LOW IF YOU SELECT A DCS CH AND HIGH WITH A GSM from page 16 17 GSM DCS NOT OK Is there the Check R118 and the MATRIX FLTR 10 V level th to U101 Pin 4 ALL MODE on 8118 2 pam OK Check the NOT OK LOGIC_GSM_ DCS signal on Base of Q105 from microp sent to HTC OK Check the SW_VCC signal from U220 on Collector of Q105 and Pin 3 of Q100 NOT OK Check for dry joint on 0220 if OK replace IL OK Is it correct the GSM_DCS signal on collector of Q105 NO Replace Q105 YES Is correct the signal GSM_ DCS on Pin 2 of Q100 and LOGIC_ GSM_DCS onPin1 YES The Problem could be elsewere NO Replace Q100 MOTOROLA CONFIDENTIAL PROPRIETARY Page 18 MOTOROLA GSM DCS ZAP Level 3 Procedure NO
43. 12 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Accessory Range Cigarette Lighter Adapter Same as StarTAC SYN4241 Professional Install Digital Handsfree Car Kit New full duplex operation 58142 Professional Install Digital Handsfree Car Kit with Voice Recognition New allows storage and retrieval of 20 names and numbers 58141 Smart CELLect data cable New allows full data and fax functionality without PC Card CD1310 Range of Batteries 650 mAh NiMH SNN5291 1000 mAh Lilon SNN5360 1100 mAh NiMH battery door SNN5307 SHN6618 Issue 2 0 Dominic Strowbridge 13 Motorola Confidential Proprietary June 1998 Y MOTOROLA Europe Middle East amp Africa Motorola cd900 Series Product Variants cd920 e Two designs C0930 cd920 Flipped version Black cd930 Flipless version e Three plastic colours cd920 Black cd930 Grey Magix Grey Grey Ten Pin Blue cd920 cd930 Blue Blue Issue 2 0 Dominic Strowbridge 14 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Product Customisation e Opportunities Physical changes Front escutcheon e artwork within brand guidelines Flexing changes e Wake up graphic Menu structure and feature set Rules
44. 68P09414A88 Invalid Battery 68P09415A52 5 0007 2 SE0006BccF2 SJN8489AA Austria Accessory Leaflet 68P09414A71 Registration Card 68P09408A22 24 Hour Service 68P09414A16 Invalid Battery 68P09415A34 SE0007BccG2 SE0006BccG2 SJN8356AZ Accessory Leaflet 68P09414A89 Invalid Battery 68P09415A35 5 0007 2 SE0006BccP2 SJN8490AA Romania Accessory Leaflet 68P09414A90 Invalid Battery 68P09415A51 5 0007 52 SE0006BecS2 SJN8492AA Slovenia Accessory Leaflet 68P09416A79 Invalid Battery 68P09415A50 5 0007 2 SE0006BccT2 SJN8493AA Gulf States Accessory Leaflet 68P09414A83 Invalid Battery 68P09415A30 Invalid Battery 68P09415A33 Invalid Battery 68P09415A44 SE0007BccU2 SE0006BccU2 SJN8357AA Ukraine Accessory Leaflet 68P09414A91 Invalid Battery 68P09415A55 SE0007BccX2 8 0006 2 SJN8357AB eee Leaflet 68P09414A92 SE0007BccZ2 5 0006 72 Generic Plug 5 0007 5 0006 SJN8357AC Latvia Accessory Leaflet 68P09414A93 Invalid Battery 68P09415A54 5 0007 5 0006 SJN8357AD Estonia Accessory Leaflet 68P09414A94 Invalid Battery 68P09415A49 5 0007 4 5 0006 4 SJN8357AE Bulgaria Accessory Leaflet 68P09414A95 Invalid Battery 68P09415A53 Note Italian packages also require the following unique items added to their BOMS 1 x Loyalty Card 68P09413A84 2 x Se
45. June 1998 Y MOTOROLA Europe Middle East amp Africa Motorola cd900 Series Press Advert THE NEW MOTOROLA 920 DON T FLY IN AND OUT OF THE OFFICE TAKE IT WITH YOU M MOTOROLA WINGS Issue 2 0 Dominic Strowbridge 18 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Marketing Support cont Channel Support Call Centre Fulfilment Pack Trade Launch Communications Pack Web Pages e Training Materials Internal Motorola Materials Standard Presentation this Product Launch Manual Channel Training Materials Roadmap Mini Training Guide Roadmap Standad Presentation e Accessories Training Pack Other Resources Consumer PR Kit Video Product and Lifestyle Image libraries Issue 2 0 Dominic Strowbridge 19 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series For Further Information WINGS SET YOU FREE gt YOU READY TO fiv Cellphones Aid gt Two We Radios Carnage Rend One Conadi wings motorola com New Wings Web site Issue 2 0 Dominic Strowbridge 20 Motorola Confidential Proprietary June 1998
46. LOUDSPEAKER lt Sh ESO 9 B 550 6555 EE 654 Be da 7 NC 23 DP ON OFF Amplified gt Signal 8 L Q yo 485 ED 8 RW 24 05 8 Analog TX Mic Signal HS gx as 9 KEY8 25 GND D Analog TX Mic Signal G 5558 2322 EN E563 coed 2 8 10 DO 26 D6 __ Amplified Analog TX Mic Signal ae 1 RESE 27 3Y5 TXQ Signal E bone gt 1 RESET 5 Signal 8 zm E 6 E 12 SIZI 28 D7 TXT Signal RI z C 96 915 13 PWR_SW 29 GND TX IF Frequency DCS GSM 120 170MHz 0482 ES N E E 0500 E a 8 14 DI 30 BL_CNTL Signal m lz B Onn SMOC gt 8 15 GND 31 L275 0 Feedback Signal 5 8 40 4 16 D2 32 10V rx Exciter via Shift Level us Bb us Gy gp 5 8 0 TX Exciter Signal 3 m Elem em 8 8 zi 8 Main VCO Tuning Voltage FL480 uu 3 8 49 1 Main VCO Feedback Line m 8 5 zu gt DCS Main VCO Signal E E 0 05 Main VCO Signal SHS Rej mei 3 C901 AFC Tuning Voltage 2803 05 5 Ee 6 N m m ES R5 qs 275 SW_VCC SF_OUT Main VCO Tun 1 500 R275 L275 V_SWITCH RX275 RX Local Osc Tun Volt TX Local Osc Tun Volt RX275 DOWNLINK SIM_5V V_SWITCH R475 EXT_B hmm a U i aan
47. PCB SMD 3 d LL II gt 947 727 SMD 1800MHZ SMD DR INTRBRD CONN 2X16 ZAP ECPT INTRBD 2X16 POS 1MM SMD ZAP ZAP ZAP ZAP CEPT XDCR SMD N N N N NTCT BATT PCB ZAPPA NTCT BATT PCB ZAPPA NTCT PCB SMD ZAP NTCT PCB SMD ZAP ECEPT MODULE 15 PIN SMD ECEPT XDCR SMD KT BOT ENTRY 2 POS NTCT BLK SIM CARD READER ZAP ND CER MLTILYR 10 0NH 1005 IND CER MLTILYR 47 0NH 1005 IND CER MLTILYR 18 0NH 1005 IND CER MLTILYR 15 0NH 1005 IND CHIP 82 NH 20 IND CHIP 120 NH 10 IND CER MLTILYR 4 7 NH 1005 IND CER MLTILYR 12 0NH 1005 IND CER MLTILYR 15 0NH 1005 IND CER MULTILYR 8 2NH 1608 IND CER MULTILYR 5 6NH 1608 IND CER MULTILYR 56NH 1608 IND CER MULTILYR 3 9NH 1608 IN CER MULTILYR IND CER MULTILYR 82NH 1608 CHIP IND 100000 NH IND CER MLTILYR 47 0NH 1005 IND CER MLTILYR 3 9 NH 1005 IND CER MLTILYR 47 0NH 1005 IND CHIP MLTLYR 18 NH 1608 IND CHIP MULTILYR 120NH 2012 IND CHIP 100 NH 10 IND CHIP MLTLYR 33 NH 1608 IND CER MULTILYR 33NH 1608 IND CHIP WW 22 NH 5 1608 IND CER MTLILYR 8 2 NH 1005 IND CER MTLILYR 5 6 NH 1005 IN CER MULTILYR 3 3NH 1608 IND CER MLTILYR 8 2 NH 1005 IND CHIP FER FLTR 1000 0402 Motorola Internal Use Only schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Schematic Symbol L351 2409154M83 0109038A80 IND CER MLTILYR 3 9 NH 1005 L367 2409154M84 0109040A4
48. amp Speech coder 0801 200ms After power up sequence any chip can hold RESET low to power phone off if there is problem gt 4 From CPU 0701 to Eprom DUAL CS II 1 Chip Enable controlling read write access to and from Eprom 0702 H y 4 28V From CPU 0701 to SRAM CS 10005 em 1 Chip Enable controlling read write access to and from Ist half of SRAM 0704 4 From CPU 0701 to SRAM RAM2_CS 2 8Vpp 100157 1 Chip Enable controlling read write access to and from 2nd half of SRAM 0704 T From CPU 0701 to Eprom es cm 1 Chip Enable controlling read write access to and from Eprom U702 5 28V lay via connector J101 DP EN cm 1 Processor selects to enable display When high the display is enabled and low disabled Wa gt A Speech Coder Interface This is a signal from uP 0701 to Speech Coder 0801 SC_INT press key 28V pp 1 This is a 20ms timing signal from U701 which times the decoding and encoding function of the Speech Coder 2ns cm 0801 4 From BIC to uP MF INT This signal periodically interrupts the uP at 21762 During Power Saving mode this signal is set to DC n From BIC to uP This signal interrupts the uP for a number of reasons 28Vpp 1 Keypad detection BIC INT press a key 5005 cm 2 Power Sense 3
49. 0662057M98 0609591M45 0662057M98 0662057N15 0609591M45 0609591M37 2609827G03 2609480M01 2609480M01 2609478M01 2609479M01 2609482M01 2609483M01 2609474M01 2609481M03 2609484M01 2609475M01 2609827G10 2609476M01 2609827G10 2609477M01 Intermediate Description 0109038A80 RES CHIP 10K 5 20X40 0662057N03 0109038A80 RES CHIP 15K 5 20X40 0109038A80 RES CHIP DUAL 100K 5 63W 0109038A80 RES CHIP 30K 20X40 0662057N39 0109038A80 RES CHIP 470K 5 20X40 0109038A80 RES CHIP 27K 5 20X40 0662057N39 0109038A80 RES CHIP 470K 5 20X40 0109038A80 RES CHIP 47K 5 20X40 0109038A80 RES CHIP 270K 5 20X40 0662057N07 0109038A80 RES CHIP 22K 5 20X40 0109038A80 RES CHIP 22K 5 20X40 0109038A80 RES CHIP 18K 5 20X40 0662057N23 0109038A80 RES CHIP 100K 5 20X40 0109038A80 RES CHIP 560 5 20X40 0109038A80 RES CHIP 560 5 20X40 0662057N03 0109038A80 RES CHIP 15K 5 20X40 0109038A80 RES CHIP 82K 5 20X40 0662057M74 0109038A80 RES CHIP 1000 5 20X40 0662057M01 0109038A80 RES CHIP 0 5 20X40 0109038A80 RES CHIP 0 5 20X40 0662057M98 0109038A80 RES CHIP 10K 5 20X40 0609591M33 0109038A80 RES CHIP DUAL 4 7K 5 0 63W 0109038A80 RES CHIP 0 5 20X40 0662057M90 0109038A80 RES CHIP 4700 5 20X40 0109038A80 RES CHIP 100K 5 20X40 0109038A80 RES CHIP 150K 5 20X40 0662057N32 0109038A80 RES CHIP 240K 5 20X40 0109038A80 RES CHIP 10K 5 20X40 0109040A42 RES CHIP DUAL 47K 5 0 63W
50. 08 1 77 0431 MRFSA9LT1 o 48 09527 24 d 777 _ On layer 51 M 0 18 DCS CH 700 11 t 11 3 71 1842 8 MHz DCS CH700 Ones _ GSM Rx 935 960 MHz 1627 8 MHz 9 Tx 890 915 MHz 7 200 10 3SM_DCS DIPLEX R208 Lavere 7 7 DCS 1805 1880 Mhz EE scones ee 1 Tx 1710 1785 MHz 25 26 09419M01 26 09482 01 n ELD 202102022 VII 26 9494101 26 09480M01 AP veo Tic SHIFLD 26 09480M01 _ 26 09477M01 zap oo 1I III LD ZAP EXCITER SHIFLD LOGIC 26 09415M01 P PA 8 14 98 SHS 5 4 9 2 LOGIC LOW SIDE LAYER 1 SOLID GROUND LAYER 4 GSM 62 947 4 MHz GSM CH 62 732 4 MHz d 5 450 4 R451 B 06 62957101 gt gt 24 09646M26 R450 g 96 6205 Mo os DCS CH700 1627 8 MHz GSM CH 62 732 4 MHz 06 62057M68 59 R452 cape 2 2K 06 62057M82 21 13743 46 21 13743183 R218 DNP 0402 FREQUEN GSM 720 745 MHz DCS 1590 1665 MHz 21 13743N69 06 62067M84 77 48 09527 20 0464 215 MHz On teuer 57 19 226 nils 460 1143 5
51. 13dB DCS 1748 4 DCS I2dB 5 14 TCA SaB U370 5 RATSV I From uP to SMOC VR353 s cHARGE _ PHASE 9 10 gt gt 2 8Vpp This is an interrupt from the uP to the SMOC When high this indicates to the SMOC the 4 41 DET R475 RX ACQ apis beginning of the receive burst 2 12 61 5 lt GSM 2 5 8 gt R275 62 TXQP From uP to GIF SYN DCS 6 048 VR354 MODUTATION TXAM ineno RESTART 28 Signal to drive the GIFSYN IC This is a pulsed signal which controls the sending of SPI data t 64 to the GIFSYN for all RF functions GSM 170 MHz TXLM FLTR 10V EXC DCS 120 MHz NT 1 Rx SIGNALS 1100624 262000 25013 2414 Y Em E 217Hz 1 0340 PAC gt requency z Ims cm RX SIGNAL PATH RF IN TX From GIF Syn to SMOC IC 1 8 2 DET A GSM nes LOCAL _ M TX SIGNAL PATH RXI s00us em This is a baseband analogue signal to A D convertors of SMOC Logig_ GSM_DCS cu CR 261 OSCILLATOR PAC 3 GSM 340 MHz p M DCS MAIN VCO SIGNAL PATH From GIF Syn to SMOC IC PR a DCS 240 MHz 10 s00us em This is a baseband analogue signal to A D convertors of SMOC D 8 TUNING VOLTAGES 5 09M IV REFERENCE CLOCK _ From SMOC GIF Syn c 5 IQ REF This is a DC level from SMOC for the RXI and Q signals to
52. 1998 Motorola Confidential Proprietary 24 MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION SHN6851 CCA6100 Plastic Holster May 98 SYN6913 n a Leather Pouch with flip top May 98 SYN7380 CCA6000 Leather Holster with rotating belt clip July 98 CD1310 PCC6000 _ Smart CELLect Data Cable amp Soft Modem July 98 58142 HFK6200 Professional Car Kit with DSP May 98 58141 TBD Professional Car Kit with DSP amp VR Q3 98 SLN3901 HFK6100 Basic Car Kit Q3 98 TBD TBD Wireless Headset adapter and Earpiece Q3 98 25 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION APPENDIX 1 SPECIFIC MODEL REQUIREMENTS Al Diagram of Flipped ZAP V N Diagram of Flipless ZAP 26 October 12 1998 Motorola Confidential Proprietary u MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION E J A a 7 EN N d pe ru kad 1 1220 Amm n O 62 D gt gt 8 gt 9 5 J 27 October 12 1998 Motorola Confidential Proprietary y MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION A2 Initial Coloured Housing Requirement
53. 2 8Vpp III II gt MF_INT 1 2 89 BIC_INT Pressakey gt 2 8Vpp UPLINK 10us sy DOWNLINK 10us Lr 13 IN 1 6Vpp 50ns test mode 088 108 364 2 7Vpp AUDIO IN 301092 Sus cm HL A test mode AUDIO OUT 084 104 36 2 8Vpp 4348 477 Sus cm G 2 8 CLK AUD Rt v FS_AUD C 506 em gt RX EN ACQ 0111 25016640 48 09605 05 LOGIC_GSM_ DCS MDM_ RF START R275 Q50 48 09607 05 DUAL BAND ZAP 14 81700 21 13743M34 C505 2201 1 RIO ISK 777 15K 9 0470 21 13743612 R791 701 32 168 7 48 09995L 05 2504617 48 09605 02 05101 1 N 1 402 E B 10510 Lusto n N DS103 m DS104 LNJS1168T INT LNJ311G8T INT iN 2 1 I 21 13743 20 03 777 DP_EN BL_CNTL CONNECTOR FOR VOICE ANN C792 C791 2 ToF 21137431 C3 Ci SPI SCK Ric BATTERY 6716 cH DM CS C102 33of 10pF 81700 PLACE C716 4 C717 BY BATT 2227 60MM Di _ CI RS232_EN
54. ARE OK rrect th Check the Voltage on Pin 23 of U220 257 5 If it is LOW check voltage on Collector of Q206 from Q205 NO My MOTOROLA GSM DCS ZAP Level 3 Procedure Put the Phone in TEST Mode and Digit 45062 C247 C248 CR202 and CR203 for faulty If it is HIGH check Main VCO components for dry joint and CR202 CR203 Q202 Q201 for faulty GSM DCS MATRIX page 18 MOTOROLA CONFIDENTIAL PROPRIETARY Page 16 MOTOROLA GSM DCS ZAP Level 3 Procedure VES _ __ NO MAIN is probable you have an intermittent problem VCO 1627 8 Mhz 2 Check U220 and Main VC0 DCS components for dry joint NO M0 Check the presence of B on 221 Is present on Q221 stil it the RX 2 75 st replace uen YES Is present on Q222 NO Check the presence of B the 0222 then replace it MDM ANA VCC 2 If still NOT OK replace U220 YES Is present on NO Is present on NO pin 21 of U220 Pin 22 of U220 Check R233 and R4 75 the SF OUT the 84 75 from Pin 41 of U900 YES YES Replace U220 DATA Check U500 for dry joint then Turn ON the 2 the following Bias Phone NOT in Test AREN T OK L2 75 on Pin 5 and Mode and check MDM_ANA_VCC on Pin 35 data on Pin 9 10 from Q222 and 11 of U500 If they are OK replace 0500 DATA ARE OK Is correct the Check the Voltage on Pin 23 of U220 YES If it is LOW check
55. Middle East amp Africa 597 xxx Display Modify Lock Code a gt ustomer Services 7100 Display Error Code Motorola Confidential Proprietary Level 3 Authorised Tx SIGNALS 110062 1215 310 Logig GSM DCS Frequency 217Hz 1ms cm 3 4 220 a z Signal from to SMOC ux SAT DET 3Vpp When PA is at or nea
56. Plug See Table 1 in section 4 4 Battery LGQ8 SNN5360 Battery Door AAA SHN6617 BLK SHN6825 Grey SHN6943 TP blue Universal Charger SPN4278 Plug See Table 1 in section 4 4 Battery LGQ8 SNN5360 Battery Door AAA SHN6617 BLK SHN6825 Grey SHN6943 TP blue Universal Charger SPN4278 Plug See Table 1 in section 4 4 Other Holster plastic SHN6851 ZAP WINGS box 5 Blue pulp insert 5603930K01 Flip escutheon See Table 2 in appendix Holster plastic SHN6851 Zap WINGS box 5 Blue pulp insert 5603930K01 Flip escutheon See Table 2 in appendix Holster plastic SHN6851 ZAP WINGS box 5 Blue pulp insert 5603930K01 Front escutheon See Table 2 in appendix Holster plastic SHN6851 ZAP WINGS box 5 Blue pulp insert 5603930K01 Front escutheon See Table 2 in appendix Hot Spot to Assembly Number Assignment database Click in Hot Spot to view or to generate a request for model kit or assembly numbers Define Manual requirements any translation priorities for the various models Attach OIR documents if applicable Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Language Market Models Manual Kit Number Manual Part Number Table 1 Chargers and Manuals Stage IV Stage IV Stage V Stage V Charger Manual Manual M
57. Schematic Symbol Component Intermediate Description 227 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C228 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C229 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C230 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C231 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C232 2113743141 0109038 80 CHIP 10000 PF 10 X7R C233 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C236 2113743N50 0109038A80 CAP CHIP 100 PF 5 COG C237 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C238 2113743N50 010903 8A80 CAP CHIP 100 PF 5 COG C240 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C241 2113743N46 0109038A80 CAP CHIP 68 0 PF 5 COG C242 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C243 2113743626 0109038A80 CAP CHIP 4 7 UF 16V 80 20 C246 113743141 0109038A80 CAP CHIP 10000 PF 10 X7R C248 113740A79 0109038A80 CAP CHIP REEL CL1 30 1000 C249 2113743N03 0109038A80 CAP CHIP 1 0 PF 4 25PF COG C253 2311049A56 0109038A80 CAP TAN CHIP A P 4 7 20 10 C254 113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C255 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C256 2113743N20 0109038A80 CAP CHIP 5 6 PF 4 5PF COG C257 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C259 2113743026 0109038 80 CHIP 4 7 UF 16V 80 20 C260 113743M10 0109038A80 CAP CHIP 2 2 PF 25PF COG C261 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V C262 2113743141 0109038 80 CHIP 10000 PF 10 X7R C263 113743117 0109038
58. lain Mawhinney PAGE 39 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION lain Mawhinney PAGE 40 21 6 98 86 9 12 17 22 8 32 8 512 X16 SRAM SRAM gt FLASH EEPROM Memory Data Address DO D15 0 18 SPI Interfa Pays SMoC ijn Enable Control 96 32 Pixel 68338 LCD Display Control 10 196 4 un vem Interface T 1 Reset Sim Card D8 D15 0 4 Watchdog Peripherals BIC 4 1 GCAP DSC Batt 3 6V Headset Battery Pack Thermistor Shrink Wrapped V IO QO LOIN NOLLVINHOHNI TVI LN3GIJNOO VIOHOLOW AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION C DESCRIPTION 0220 Gif Syn 5 2 This chip has the following functions Generation of RXI amp RXQ signals Supplies Main VCO and external tanks cleans up the 13Mhz RX de modulation Tx modulation and data links with the SMoC U340 PAC IC This IC controls the transmit power levels of the phone 0370 TIC IC This IC operates as a phase lock loop it controls the TX VCO by the use of the Modulated IF from the Gif the Main VCO and feedback from the TX VCO U500 SMoC This IC carries outthe following functions Modulation Demodulation Rx Baseband Analogue S
59. needs Form Factor In several user surveys focusing on design the Zap form factor has repeatedly ranked among the high est Test subjects indicated the phone was very comfortable to hold looked expensive and appeared like it was easy to use lain Mawhinney PAGE 13 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Data Compatibility With the data cable accessory Zap will support 1 Data 9600 baud transparent and non transparent AT and V 25 bis command operation V 42 bis compression decompression is Supported 2 Fax 9600 baud transparent and non transparent EIA TIA class 1 2 and 2 0 AT command operation Software and MMI description Zap uses the personality II interface however scrolling through menus is accomplished by using the up and down side buttons As with current products User Configurable Quick Access is supported The Smart button functions identical to StarTAC 110 The dedicated voice annotator key functions the same as it did on 8700 memo product multiple messages totalling 3 minutes including instant recording by pressing the dedicated button lain Mawhinney PAGE 14 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 5 lain Mawhinney PAGE 15 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION CONTENTS 1 Rx Path Brief Description Page 17 2 RF Switch Page 18 3 RF Switch To Receiver Front End Page 19 4 Main Rx
60. now shipping Nokia 6150 due end Q3 98 Siemens 515 due end Q2 98 Bosch Dual Com 738 now shipping Mitsubishi MT D30 due to launch in Q2 98 NEC G10 due end Q3 98 and DB2000 also now due in Q3 98 Nortel AEG 2785 due in Q3 98 2 3 6 Key Target Customers Same as cd920 and cd930 2 3 7 Product Tiering Strategy Zap is a product representing the mid tier 2 3 8 Models to be Replaced Model Name Model Number Comments cd920 5 0007 Stage II Flipped Zap cd920 5 0012 Stage II Flipped Zap w CPHS cd920 SE0300Bccxx Stage II Flipped Zap w SAT cd920 5 0311 Stage II Flipped Zap w CPHS amp SAT cd920 5 0287 Stage II Flipped Zap w PHFA cd920 5 0145 Stage II Flipped Zap GSM 900 only cd930 5 0006 Stage Flat Zap Motorola Confidential Proprietary Page 5 05 11 98 09930 5 0013 Stage Flat Zap w CPHS cd930 5 0913 Stage Flat Zap w SAT cd930 5 0310 Stage Flat Zap w amp CPHS cd930 5 0288 Stage Flat Zap w cd930 5 0146 Stage Flat Zap GSM 900 only 2 4 Target Markets Zap is positioned as a feature loaded product aimed at power users In particular the Business Accomplishment and Activity Managment user segments will be targeted 2 5 Adve
61. 10 0 PF 5 COG C00421 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00422 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00453 113740F11 0109040A42 CAP CHIP REEL CL1 30 2 2 C00460 113743117 0109040 42 CAP CHIP 1000 10 X7R C00461 2113743117 0109040 42 CAP CHIP 1000 10 X7R C00462 2113743N46 0109040A42 CAP CHIP 68 0 PF 5 COG 00468 2113743117 0109040A42 CAP CHIP 1000 PF 10 X7R 00469 2113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00470 2113743N12 0109040A42 CAP CHIP 2 7 PF 25PF COG C00481 2113740L27 0109040 42 CAP CHIP REEL CL1 30 10 C00482 2113743L41 0109040A42 CAP CHIP 10000 PF 10 X7R C00505 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00524 2113743N54 0109040A42 CAP CHIP 150 PF 5 COG C00525 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00530 2113743N54 0109040A42 CAP CHIP 150 PF 5 COG C00536 2113740F61 0109040A42 CAP CHIP REEL CL1 130 270 C00537 113743L05 0109040A42 CAP CHIP 330 PF 10 X7R C00538 2113741F29 0109040A42 CAP CHIP CL2 X7R REEL 1500 C00550 2113743N54 0109040A42 CAP CHIP 150 PF 5 COG C00551 2113743M24 0109040 42 CAP CHIP 100000 PF 80 20 Y5V 00552 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00553 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00554 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00555 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00556 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00557 2113743M24 0109040 42 CAP CHIP 100
62. 24 09154M96 CHANGE L203 TD P N 24 09154M35 CHANGE L332 10 P N 24 09154496 CHANGE 1999 10 P N 24 09154M66 CHANGE L309 TO P N 24 09646M26 CHANGE 1451 TD P N 24 0954 30 R215 2 2K gt 1 2K CHANGE REFERENCE NUMBERS 9100 6326 RIIOI gt R327 R1102 gt R328 R1112 gt R329 R1113 gt R321 L999 gt L304 1950 1280 L961 gt L301 1952 21302 L953 gt L303 C920 gt C393 921 gt 2396 C350 gt C398 C951 gt 0397 C988 gt C394 C991 gt 0399 CR904 gt 0R305 0 977 gt 28308 CRI88 gt R307 CX2990 gt 60306 2991 gt 22384 61001 gt 6324 C1002 gt C328 1004 gt 0357 1005 gt 0358 1101 gt 0353 C1103 gt 0383 1104 gt 6384 1105 50285 1106 5386 1107 2287 1111 gt 391 CI116 gt C292 61200 gt 6390 CHANGE L413 12NH gt 10NH C244 BBPF 39PF R239 100K gt 18K CHANGE C25T 10PF D1UF R239 18K gt 15K C372 22PF gt 100PF C382 1PF 2PF 309 3 9MI gt 3 3MI R313 100 gt 51 321 8930 gt 1L 402 4 gt C218 IPF 2PF C20D 1PF gt 1 2PF C206 1PF gt 1 5PF 248 1 gt 560 205 150 gt 100 400 1340 6 8NH DELETE 1308 C398 C304 C336 C952 CR3O5 amp 1302 FROM CHANGE C381 TD P N 23 11049864 R239 15K gt 18k ADD C398 NEAR IX VC0 CHANGE C372 100PF gt 22PF R239 18K gt 12K 9206 100 gt 120 245 560 CHANGE C376 6 8PF 10PF C352 1PF 1 8PF C299 8 2PF gt 1PF R437 100 gt 150 L43D 2 TNH gt 3 3NH CHANGE L3D3 B BNH 8 2NH C917 1 2PF gt DNP_RST7 1 5K gt DNP R982
63. 330mV pk pk riding on 1 65v DC level I Qref e TX EN I U500 26 27 29 28 60 gt gt 61 gt gt 62 GIF SYN pi 0201 gt gt 61 TxIP amp 4 330mv pk pk amp TxQM are INPUT FROM reference lines 1 65v dc PRAP OUTPUT THE TIC BLOCK DIAGRAM OF MIC I0 GIF_SYN lain Mawhinney 21 6 98 PAGE 27 My MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION GMSK Gaussian Minimum Shift Keying GMSK is a digital modulation technique where 15 and 0 s are represented by shifting the RF carrier by plus or minus 67 708Khz The data rate of GSM is 270 833 Kbits second which is exactly four times the RF frequency shift GMSK is not phase modulation Information is not conveyed in absolute phase states but by the change in phase states 15 are seen as a phase increase of 90 degrees 0 s are seen as a phase decrease of 90 degrees If a constant stream of 1 s are being transmitted MSK will stay 67 708Khz above the carrier centre fre quency If the carrier centre frequency is taken as a stationary phase reference the 67 708Khz signal will cause a steady increase of phase In one bit period the phase will go a quarter of the way round the IQ diagram or 90 degrees Two 15 cause a phase increase of 180 degrees three 15 270 degrees and so on 05 cause the same phase shift but in the
64. 3909173 01 0909888 04 3909301502 3909301502 3909173 01 3909173 01 0909449 03 0909888 01 0909195 01 3909426 01 2409154 88 2409154 96 2409154 91 2409154 38 2462587003 2462587036 2409154 84 2409154M37 2409154M38 2409646M30 2409646M28 2409646M70 2409646M26 2409646M44 2409646M72 2462587L36 2409154M96 2409154M83 2409154M96 2409257115 2409704 50 2462587035 2409257118 2409646M37 2409377M08 2409154M62 2409154M60 2409646M93 2409154M87 2409134727 0109036 75 0109036 75 0109036 75 0109040 42 0109038 80 0109038A80 0109032A86 0109038A80 0109032A86 0109040A42 0109036A75 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109032A8 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109038A80 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80 0109032A86 0109038A80 0109038A80 0109032A86 0109038A80 0109038A80 0109038A80 0109038A80 2 2 2 2 2 6 2 2 2 2 2 2 2 2 LED CHIP YEL G LED CHIP YEL G LED CHIP YEL G FLTR SAW BP 21 FLTR CER LP 89 FLTR CER RX 90 RN LNJ312G8T RN LNJ312G8T RN LNJ312G8T 5MHZ SMD 7 1747MHZ SMD OMHZ SMD FLTR CER 1800 MHZ SMD FLTR SAW RX LO FLTR CER RX LO CI PCB SMD PCB SMD TCT PCB SMD
65. 427 Bright White Pantone 427 Front Escutcheon Part Number 54 09397 Mxx 54 09397 54 09397 Mxx Front Escutcheon Background Black Silver MM524 Black Front Escutcheon Finish Polished Polished Polished Front Escutcheon Printing Pantone 427 Bright White Pantone 427 Back Escutcheon Part Number 54 09158 04 54 09158 04 54 09158 T04 Back Escutcheon Background Black Black Black Back Escutcheon Finish Domed Domed Domed Back Escutcheon Printing Pantone 427 Pantone 427 Pantone 427 Keypad Background Black Black Black Keypad Finish Hard Hard Hard Stage IV amp V Flipless Black Magix Grey Ten Pin Blue Lens Surround Black Silver MM524 Black Lens Printing Pantone 427 Bright White Pantone 427 Front Escutcheon Part 13 09432 Uxx 13 09432 Uxx 13 09432 Uxx Front Escutcheon Background Black Silver MM524 Black Front Escutcheon Finish as body as body as body Front Escutcheon Printing Pantone 427 Bright White Pantone 427 Back Escutcheon Number 54 09158 04 54 09158 04 54 09158 T04 Back Escutcheon Background Black Black Black Back Escutcheon Finish Domed Domed Domed Back Escutcheon Printing Pantone 427 Pantone 427 Pantone 427 Keypad Background Black Black Keypad Finish ili Silicon Silicon Table 3 Literature Kits Stage Stage IV Flat ZAP Stage V Flipped ZAP SE0007DccA1 Stage V Kit Flipless ZAP Number Kit Contents SE0012DccA1 SE0006DccA1 SJN8356BA Denmark Accessory leaflet 68p0941 4A66 SE0007
66. 4809527 24 4809579 04 4809605 02 XXX Motorola Internal Use Only 0109038A80 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109032A86 0109038A80 0109040A38 0109040A42 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109032A86 0109040A38 0109032A85 0109040A38 0109040A38 0109032A85 0109040A38 0109032A85 0109032A85 0109038A80 0109038A80 0109038A80 0109040A42 0109032A85 0109032A85 0109032A85 0109038A80 0109038A80 0109032A85 0109038A80 0109038A80 0109032A86 0109032A86 0109038A80 0109038A80 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 Page 9 16 Description IND CER MLTILYR 3 9 NH 1005 IND CER MLTILYR 4 7 NH 1005 IND CER MTLILYR 5 6 NH 1005 IND CER MULTILYR 8 2NH 1608 IN CER MULTILYR 10 NH 1608 IN CER MULTILYR 10 NH 1608 IND CER MLTILYR 2 7 NH 1005 IND PWR 33 UH 20 0 58A 01608 PCB ZAP METAL DOME KYPD PCB ZAP TSOP XCVR TSTR SIG NPN 2SC4617 TSTR SIG NPN 2501664 50189 TSTR NPN RF MRF949LT1 SC 90 TSTR NPN RF MRF949LT1 SC 90 TSTR NPN RF MRF949LT1 SC 90 TSTR MOSFET P CHAN 519424 TSTR DUAL PNP NPN UMZ2N TSTR NPN MRF947 A P TSTR NPN RF 25 4784 5 70 TSTR NPN MRF947 A P TSTR PNP DTA143EE TSTR PNP DTA143EE TSTR DUAL NPN PNP UMC 5 TSTR DIG PNP DTA114YE TSTR SIG
67. 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP CL2 X7R REEL 10000 CAP CHIP 10 UF 10 CAP CHIP 10 UF 10 CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 10 0 PF 5 COG CAP CHIP 10 0 PF 5 COG CAP CHIP 10 UF 10 CAP CHIP 10000 PF 10 X7R CAP CHIP 33 0 PF 5 COG CAP CHIP 1 6 PF 25PF CAP CHIP 3 0 PF 25PF CAP CHIP 4 7 PF 25PF CAP CHIP 10 0 PF 5 COG CAP CHIP 8 2 PF 5PF COG CAP CHIP 33 0 PF 5 COG CAP CHIP 10 0 UF 16V 80 20 CAP CERAMIC CHIP 10 0UF CAP TAN CHIP A P 4 7 20 10 CAP CHIP 10000 PF 10 X7R CAP CHIP 2 7 PF 25PF schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol RO710 2 2 R220 R221 R223 R261 Ju 301 R302 R303 R304 R306 R307 R501 R502 R503 R504 R601 R602 R605 R607 R608 R702 R703 R704 R705 R706 R903 R910 Q0000000000000000000n000000000000002QQ DS101 DS102 DS103 DS104 DS2 http cxema ru 2113743N12 2113743626 2113743312 2113743026 2113743117 2113743M24 2113743M24 2113743M24 2113743L11 2113743M24 2113743M24 2113743117 2113741L33 4809641F02 4809948D22 4809948D22 4813830M74 4809653F07 4809118D01 4809606 02 4813832 75 4809641 02 4809641F04 4809948D05 4809641F02 4813832P75 4809948D22 4809948D22 4809948D10 4809948D13 4809948D13 4809948D13 4809606 08 4809606 08 4809606 08 4809606 08 4809606 02 4809606 07 4809653F07 4809606E07 4809606 02 4809
68. 80 CAP CHIP 1000 10 X7R C264 2311049 56 0109038A80 CAP TAN CHIP A P 4 7 20 10 C265 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C266 2113743N32 0109038A80 CAP CHIP 18 0 PF 5 COG C267 2113740F67 0109038A80 CAP CHIP CL1 30 470 5 C268 2113743N54 0109038A80 CAP CHIP 150 PF 5 COG C269 2109622N09 0109038A80 CAP CER CHIP NPO CLASS I C299 2113743N10 0109040A42 CAP CHIP 2 2 PF 4 25PF COG C300 2113928J08 0109038A80 CAP CERAMIC CHIP 10 0UF C302 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V C306 2113740F09 0109038A80 CAP CHIP REEL CL1 30 1 8 C307 2113740109 0109038 80 CAP CER CHIP 4 3 0 1PF C308 21137431114 0109038A80 CAP CHIP 3 3 PF 25PF COG C309 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C310 113740F11 0109038A80 CAP CHIP REEL C 1 30 2 2 C311 2113740L10 0109032A86 CAP CER CHIP 4 7 PF 0 1LL C312 113742C30 0109038A80 CAP CER CHP 4 7PF 25PF 100V C313 2113743M26 0109038 80 10 0 5 C315 2113743M10 0109038A80 CAP CHIP 2 2 PF 25PF COG C319 2113743N50 0109032A86 CAP CHIP 100 PF 5 COG C320 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C321 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C323 2113743N30 0109032A85 CAP CHIP 15 0 PF 5 COG C324 2113743N30 0109038A80 CAP CHIP 15 0 PF 5 COG C326 2113743N36 0109032A85 CAP CHIP 27 0 PF 5 COG C327 2113743N24 0109038A80 CAP CHIP 8 2 PF 5PF COG C330 2113743N24 0109038A80 CAP CHIP 8 2 PF 5PF COG C331 2113743N10 0109038A80 C
69. 97 31 DEC 97 6 JAN 98 3 JAN 98 29 JAN 98 2 FEB 98 4 FEB 98 5 FEB 98 9 FEB S8 10 FEB 98 20 98 27 98 3 MMC 98 5 10 MAR 98 12 98 16 98 19 MAR 98 gt 1 8PF 25 MAR 98 9 APR 98 2 0 p10 v2 ufo pio v4 ul pii v4 uf pf v5 uf pf v6 vM pit v7 012 VI 12 2 DELETE C387 L324 22PF gt 15PF C393 10PF gt 8 2PF L304 8 2NH gt 5 6NH R319 1K 1 2K C349 10PF gt 22PF 0331 1 BPF gt 2 2PF R340 10K 58 2K 0344 22 gt 1000 6375 8200 gt B B1UF C321 5 GPF 4 7PF R320 51 gt 100 CHANGE L332 10 FERRITE BEAD ADD CR309 amp R304 CHANGE 0327 amp C977 TO 20x40 CHANGE C351 10PF gt 2200PF R369 1 5K gt 1 8K CHANGE C365 TO 0020VC CHANGE 0308 5 1PF gt 5 C3P1 4 TPF 32 100 gt 221 CHANGE L340 10 R343 0 CHANGE C304 10PF gt 100PF CHANGE 304 8 gt CHANGE 6917 10 30X60 393 8 2PF gt 10PF R215 2 2K gt 1 2k C953 10PF gt 22PF L303 8 2MV gt 4 1M CHANGE C319 1000PF gt 100PF 395 5 1 gt 4 1 D gt 220 R319 1 2K gt 1K C341 22PF C340 1000PF gt 10PF 22 APR 98 EC 1 MM 98 5 98 T MAY 98 1 98 14 NAY 98 15 MAY 98 15 NAY 98 1 JUN 88 1520 160 H b 24 62587P36 06 C057M60 Europe Middle East amp Africa Customer Services 15 07 98 2700L C538 lt 0537 axo 213140 61 330 21 13741F 3
70. C601 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C602 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V C603 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C604 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 6 16 Schematic Symbol Component Intermediate Description C606 2113743N50 0109038A80 CAP CHIP 100 PF 5 COG C607 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C608 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C610 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C611 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C614 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C620 2113743L21 0109038A80 CAP CHIP 1500 PF 10 X7R C701 2113740F19 0109038A80 CAP CHIP REEL CL1 30 4 7 C703 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C706 2113743E12 0109038A80 CAP CHIP 047 UF 10 X7R C709 2113743E07 0109038A80 CER CHIP CAP 022UF C710 2113743N54 0109038A80 CAP CHIP 150 PF 5 COG C711 2113743E12 0109038A80 CAP CHIP 047 UF 10 X7R C712 2113743E07 0109038A80 CER CHIP CAP 022UF C714 2113743117 0109038 80 CHIP 1000 PF 10 X7R 52727 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C759 2113743E12 0109038A80 CAP CHIP 047 UF 10 X7R C760 2113743E12 0109038A80 CAP CHIP 047 UF 10 X7R C761 2113743E12 0109038A80 CAP CHIP 047 UF 10 X7R C763 2113743141 0109038A80 CAP CHIP 10000 PF 10 X7R C791 2113743N3
71. Check 0500 Emmibox or Master card NOTE1 IF OK then 574 replace it If the problem persist sent to HTC NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 21 My MOTOROLA GSM DCS ZAP Level 3 Procedure START Put PCB in Test mode Use GSM Keypad Simulator and digit 4810004 Generate BF signal 1Khz 891 Start Recording mode NO Is present the BF signal 1Khz with off set of 1 1 V on pin 25 of U980 YES Remain enought time in recording state 20 sec then Digit 892 Stop Recording mode 164 Turn OFF generate tone 1Khz 893 Start Play mode NO Is there the BF signal 1Khz on pin 20 of U980 YES Check the the presence of 1Khz from pin 7 of U982 to pin 46 of 0500 If OK check U500 NOTE 1 and faulty If NOT OK check U982 and relative components NOTE 1 and faulty NO VOICE ANNOTATION Check on pin 49 of U500 the 1Khz If OK check U982 and the relative components NOTE 1 and faulty If NOT OK check U500 NOTE1 and faulty Check U701 NOTE 1 if OK replace it NO Is there activity on pin 8 9 10 of U980 during the play mode time YES Check U980 and relative components NOTE 1 If OK Replace it NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY My MOTOROLA GSM DCS ZAP
72. DSC_EN_B Q702 DIC114TE 48 09940E03 6915 10u 55817 21 13928J08 Q701 CR910 2 R708 37 36 39 34 6916 12 68uF 23 11049C16 25 4617 48 09605 02 77 1 275 410K 35 OR TEST PURPOSES R904 ON OFF SENSE 33 R920 DNP 0402 4 4 PWR_SENSE 1K 32 WDOG 31 30 RESET DOWNLINK EN 53 52 54 50 49 31 32 0109 03 gt 09 C759 125 0 047uF 21 13743 12 48 ON OFF_SENSE 24 28 27 26 25 PWR SENSE 58027 E los 0904 08091 8275 46 10pF 9 06 62057M01 01 51 45 44 43 42 40 bo TXD_DOWNLINK Hs L275 R792 DNP 0402 R701 10K gt 21 13743 07 09632075 L500 C901 C808 335 21 12743 36 R807 6810 0 4 L 21 13743 27 0808 41 777 809 560 C81 550 307 21 13143438 23 1 18 330f 21 13743M86 73 R809 BIAS 803 C802 cgo 33 VSWITCH AD TH TEXT ZAP XCVR 840092610 SHEET 1 LOGIC RX SIGNAL PATH TX SIGNAL PATH MAIN VCO SIGNAL PATH TUNING VOLTAGES 13 MHz REFERENCE CLOCK DATA BUS ADDRESS BUS REFERENCE SIGNALS 155 COMMENTS DATE GSM DUALBAND RADIO NEW PRT 8409261001 CREATED FROM 8409150 05 CHANG
73. FL400 LOW NOISE AMP Q410 FL461 21461 IL MIXER Q460 MAIN VCO RF SWITCH TO RECEIVER FRONT END BLOCK DIAGRAM GSM AA MOTOROLA SIGNALS MIXER FROMLNA sm ISOLATE amp VCO V1 456 AMP Q480 Q460 TO GIF SYN RX EN PIN 31 U220 MUTE 0V BLOCK DIAGRAM OUTPUT OF LNA TO GIF SYN GSM AA MOTOROLA FROM AMP Q480 ISOLATE 153 MHz LOCAL OSCILLATOR 430 MHz RXI 42 43 46 gt M 31 Q GIF_SYN U220 95 5 0500 BLOCK DIAGRAM ISOLATE SMOC GSM AA MOTOROLA RF SWITCH MIC ZAP TX BLOCK DIAGRAM PA BIAS MAIN VCO IX EXCITER a 0370 0301 A 0340 lt lt lt q 5 ja GIF_SYN 0500 gt U220 GCAP x U900 LOCAL OSCILLATOR AA MOTOROLA __ 45 SMOC 0500 26 27 29 28 GIF_SYN_5 2 TXIM amp TXQM are reference lines 60 U220 gt 61 a 62 63 gt 64 4 TXI amp TXQ AFE 330mVpp riddin
74. INV GATE TC7SHO4FU IC BILAT SW QUAD TC74HC4066 IC VOLT REG 2 7V LP2981 5SOT SNGL GATE TC7SHO8FU IC COMPTR LMC7221 SOT23 CUST BICMOS GCAP LT 480 IC LIN 5V REG LM2970 SOT23 IC EEPROM ANALOG ISD33180C2020 IC SSOP8 TA75WO1FU DIODE VARACTOT SMV1104 36 DIODE ZENER 8 2V UDZTE178 2B TRANS SUP QUAD 6 8 V IODE DUAL 6 8V COM ANODE IODE Z R 9 1V UDZ9 1B SOD IODE V CTOR SMV1104 33 IODE Z R 8 2V UDZTE178 2B IODE Z R 8 2V UDZTE178 2B IODE D 6 8V COM ANODE IODE ZENER 8 2V UDZTE178 2B IODE ZENER 8 2V UDZTE178 2B XTAL QUARTZ 32 768KHZ CCAV T1 XTAL 13MHZ 11PPM SMD 5X7 MM SMT PARTS XCVR BD DCS ZAP BACK SMT PARTS BACK FIRESTORM SMT PARTS XCVR BD DCS ZAP FRNT SMT PARTS XCVR ZAP FIRE FRNT DIODE ZENER 8 2V UDZTE178 2B RES CHIP O 5 20X40 PE BEUTEL 130X250MM ESC FLATZAP LBL COMBI MOD ZAP STAC CTN REPL GSM XCVR MODULUS XCVR GSM DCS CD930 SW04 29 ANT STUBBY ZAP GASKET ALERT 12MM DECAL REAR BLK DOMES SCR METRIC TYPE PT GASKET ALERT 12MM MIC PANASINIC 5009536H15 Q LI S LI gt 5 E El zz E El ah gt ps Motorola Internal Use Only schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 Schematic Symbol http cxema ru 5402373T01 5402374 01 6009223703 7509431001 3809429001 5409468001 6109428007 0102701T17 0102701T25 5402139T02 5402287 01 CDLN4282B CDLN4290A SAG4013
75. IP IP 10 0 1000 100000 100000 100000 560 100000 100000 1000 CL2 X7R DUAL 6 8V COLOR LNJ1 DUAL DUAL DUAL DUAL DUAL DUAL ARRAY ARRAY DUAL ARRAY DUAL ARRAY SCHTTKY DUAL SCHTTKY DUAL SCHTTKY DUAL IODE SCHTTKY DUAL DE DUAL SCHOTTKEY RB715F 1A MBRM120ET3 MBRM120ET3 YEL GRN YEL GRN YEL GRN YEL GRN YEL GRN YEL GRN 5 COG 10 X7R PF 80 20 PF 80 20 PF 80 20 10 X7R PF 80 20 PF 80 20 10 X7R REEL 2200 COM ANODE 1A MBRM120ET3 07 5 DE DUAL ARRAY DAN222 RANS SUP QUAD 6 8 V DE VCTR ABRUPT SMD SOD232 ODE VCTR SMV1204 70 SOT23 DIODE RF SWITCH SMT SOD323 DE VCTR ABRUPT SMD SOD232 NS SUP QUAD 6 8 V IODE PIN BAR65 02W SCD 80 DE PIN BAR65 02W SCD 80 DE PIN BAR63 03 RF SWITCH BA892 ESC RF SWITCH BA892 ESC RF SWITCH BA892 ESC SCHOTTKEY RB715F SCHOTTKEY RB715F SCHOTTKEY RB715F SCHOTTKEY RB715F DAN222 DA221 1A MBRM120ET3 DA221 DAN222 RB717F S RB717F S RB717F S RB717F S LNJ312G8T LNJ312G8T LNJ312G8T LNJ312G8T LNJ312G8T LNJ312G8T 2 7 PF 25PF UF 16V 80 20 2 7 PF 25 COG Y5V Y5V Y5V Y5V Y5V OT OT OT OT schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol DS6 FL0480 FL301 FL400 FL401 FL461 FL462 00500 00502 00503 00504 00505 00803 0803A 0803B 506 507 600 603 802 900 L00201 L00203 L00
76. Invalid Battery 68P09415A42 0007 1 5 0006 51 SJN8356AS Slovakia Leaflet 68P09414A82 15 October 12 1998 Motorola Confidential Proprietary u MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Battery 68P09415A43 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Other models Other models SJN8356AT Arab Eng French Leaflet 68P09414A83 Invalid Battery 68P09415A44 5 0007 1 5 0006 1 SJN8356AT North Africa Accessory Leaflet 68P09414A83 Invalid Battery 68P09415A30 Invalid Battery 68P09415A33 Invalid Battery 68P09415A44 SE0007AB1U1 SE0007BccU1 SE0006BccU1 SJN8356AU Russia Accessory Leaflet 68P09414A84 Invalid Battery 68P09415A45 5 0007 SE0007BccV1 8 0006 1 SJN8356AV Lithuania Accessory Leaflet 68P09414A85 Invalid Battery 68P09415A46 SE0007BccW1 5 0006 1 SJN8356AW Poland Accessory Leaflet 68P09414A86 Invalid Battery 68P09415A47 5 0007 1 8 0006 1 SJN8356AX Czech Republic Accessory Leaflet 68P09414A87 Invalid 68P09415A48 5 0007 71 SEOO06BccZ1 Generic Euro Plug none none SE0005AB1B2 SE0007BccB2 SE0006BccB2 SJN8491AA South Africa Accessory Leaflet 68P09414A67 Invalid Battery 68P09415A30 5 0007 2 SE0006BecC2 SJN8356AY Croatia Accessory Leaflet
77. Level 3 Procedure START Insert a card and connect to Ground the Thermistor line use C830 PIN CHECK CARD Is present and correct the VSWITCH Voltage on pin 1 of U902 Check VSWITCH components and U900 NOTE 1 If OK replace U900 Is present the Enable signal on pin 3 of U902 from pin 7 of BIC during the Power ON instant Check U703 NOTE 1 If OK replace U703 Is present the correct voltage on pin 5 of U902 Check 0902 NOTE1 during the Power If OK replace U902 ON instant Check the J900 connector 0703 and R724 5 NOTE 1 If OK replace U703 Remember to remove the connection between ground and thermistor line NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 23 My MOTOROLA GSM DCS ZAP Level 3 Procedure MOTOROLA CONFIDENTIAL PROPRIETARY Page 24 My MOTOROLA GSM DCS ZAP Level 3 Procedure MOTOROLA CONFIDENTIAL PROPRIETARY Page 25 10ms em WI om 10ms em RESET 28Vrms 200ms em y 2 8 DUAL_CS 100ns em 2 8 CS 10005 em 4 2 8Vj RAM2 CS 10055 cm ROMI CS 2 8Vpp 100ns em startupor
78. MAR 99 LS Page 14 16 Schematic Symbol Component Intermediate Description R731 0662057N03 0109038A80 RES CHIP 15K 5 20X40 R745 0609591M49 0109038A80 RES CHIP DUAL 100K 5 63W R754 0662057N10 0109038A80 RES CHIP 30K 5 20X40 R755 0662057N39 0109038A80 RES CHIP 470K 5 20X40 R765 0662057N09 0109038A80 RES CHIP 27K 5 20X40 R766 0662057N39 0109038A80 RES CHIP 470K 5 20X40 R791 0662057N15 0109038480 RES CHIP 47K 5 20X40 R800 0662057N33 0109038A80 RES CHIP 270K 5 20X40 R801 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R802 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R803 0662057N05 0109038A80 RES CHIP 18K 5 20X40 R804 0662057N23 0109038A80 RES CHIP 100K 5 20X40 R807 0662057M68 0109038A80 RES CHIP 560 5 20X40 R809 0662057M68 0109038A80 RES CHIP 560 5 20X40 R810 0662057N03 0109038A80 RES CHIP 15K 5 20X40 R811 0662057N21 0109038A80 RES CHIP 82K 5 20X40 R815 0662057M74 0109038A80 RES CHIP 1000 5 20X40 R817 0662057M01 0109038A80 RES CHIP 0 5 20X40 R818 0662057M01 0109038A80 RES CHIP 0 5 20X40 R819 0662057M98 0109038A80 RES CHIP 10K 5 20X40 2901 0609591M33 0109038A80 RES CHIP DUAL 4 7K 5 0 63W 2905 0662057M01 0109038A80 RES CHIP 0 5 20X40 2911 0662057M90 0109038A80 RES CHIP 4700 5 20X40 2912 0662057N23 0109038A80 RES CHIP 100K 5 20X40 2913 0662057N27 0109038A80 RES CHIP 150K 5 20X40 2914 0662057N32 0109038A80 RES CHIP 240K 5 20X40 2915 0662057M98 0109038A80 RES CHIP 10K 5 20X40 2980 0609591M45 0109040A42 RES CHIP
79. No changes to lens housing keypad or branding on rear of product Nochanges to transceiver or box labels except to reflect product name or EAN e space on Tranceiver label limited to 10 characters Box artwork must conform to new Motorola brand guidelines No changes allowed to inside of manuals cover can be customised for large customers within POD and brand guidelines Minimum volume for any change is 50k units over a 12 month period Issue 2 0 Dominic Strowbridge 15 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Competitors _ Standard Package Best Performance _ Strengths Weaknesses Motorola cd920 cd930 Ericsson 51888 or 51888 Nokia 6150 Dual band version of 6110 expected end Q3 98 Siemens 515 Dual Com 738 Mitsubishi MT D30 expected end Q2 98 NEC 002000 Low tier model G10 also expected Q3 98 Nortel AEG Matra 2785 Expected end Q3 98 Issue 2 0 Dominic Strowbridge 16 Size cc 139 Weight gm 145 Talk time mins 210 270 Standby time hrs 90 105 Size cc 140 Weight gm 195 Talk time mins 210 265 Standby time hrs upto 80 Size cc 130 Weight gm 142 Talk time mins 180 300 Standby time hrs 60 260 Size cc 160 Weight gm 185 Talk time mins upto 180 Standby time hrs upto 80 Size cc Weight gm Talk time mins Standby ti
80. R701 R704 R706 R707 R708 R709 R710 R711 R713 R714 R715 R716 R717 R718 R719 R720 R721 R722 R724 R725 http cxema ru 0662057M98 0662057N09 0662057N01 0662057N03 0662057M78 0662057M38 0662057M92 0662057M88 0662057M26 0662057M62 0662057M26 0662057M90 0662057M34 0662057M82 0662057M78 0662057M80 0662057N47 0662057N47 0662057M30 0662057M92 0662057M90 0609591M33 0662057M50 0662057M30 0609591M33 0662057M90 0662057M92 0662057M54 0662057M01 0680195M64 0662057M50 0609591M37 0662057M98 0662057M90 0662057M98 0662057M74 0662057M98 0662057N23 0609591M57 0662057N23 0609591M49 0609591M39 0662057N23 0662057M50 0662057N03 0662057M74 0662057M78 0662057M74 0662057M50 0662057N07 0662057M58 0662057M98 0662057M50 0662057M98 0109032A85 0109032A85 0109032A85 0109032A85 0109032A86 0109038A80 0109038A80 0109038A80 0109032A85 0109038A80 0109038A80 0109032A85 0109032A85 0109032A85 0109032A85 0109032A85 0109040A42 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109032A86 0109032A86 0109032A86 0109032A86 0109032A86 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 Page 13 16 Description RES CHI
81. RES CHIP 33K 5 20X40 RES CHIP 12K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 10K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 15K 5 0 63W RES CHIP 0 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 47K 5 20X40 RES CHIP 20K 5 20X40 RES CHIP 300 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 100 5 20X40 RES CHIP 10K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 10K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 15K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 100K 5 63W RES CHIP DUAL 100K 5 63W RES CHIP DUAL 100K 5 63W RES CHIP 100K 5 20X40 RES CHIP 47K 5 20X40 schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 12 16 Schematic Symbol Component Intermediate Description ROO805 0662057N19 0109040A42 RES CHIP 68K 5 20X40 ROO806 0662057M68 0109040A42 RES CHIP 560 5 20X40 ROO808 0662057M90 0109040A42 RES CHIP 4700 5 20X40 ROO812 0662057M74 0109040A42 RES CHIP 1000 5 20X40 ROO852 0662057M26 0109040A42 RES CHIP 10 5 20X40 R00853 0662057M26 0109040A42 RES CHIP 10 5 20X40 ROO920 0662057M74 0109040A42 RES CHIP 1000 5 20X40 ROO977 0662057M76 0109040A42 RES CHIP 1200 5 20X40 R00984 0662057M98 0109040A42 RES CHIP 10K 5 20X40 ROO985 0609591M42 0109040A42 RES CHIP DUAL 27K 5 0 63W R1
82. Replace pcb KEYPAD Display Keyboard 15 still no display START Check Replace pcb Check on ZAP the REED_SWITCH and Display Keyboard correct matching __ MYLAR Is KEYPAD works between the Software if OK replace pcb fine and the PCB Display display and Reflex the Phone Is still NO Display Check J500 and the KEYPAD Check U101 NOTE 1 LINE components NOTE 1 Is there on pin 4 of Check on pin 6 the L500 from pin 3 R770 to R778 and CR702 3 4 5 U101 the 10 V 2 of 0900 If OK probable U701 fault If OK check J500 NOTE 1 Check J500 NOTE 1 If ok probable U701 fault Phase Error OUT of Spec START Check 500 NOTE 1 Arethe leaned TAQ Check U220 NOTE 1 signal on pin 61 62 63 64 If OK replace it of 0220 correct 2 If OK replace it NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 19 MOTOROLA GSM DCS ZAP Level 3 Procedure START With PCB in Test mode digit 481000 generate tone 1Khz 4707 Volume level For Ringer digit 432 For Audio digit 434 NO Is present at pin 49 of U500 the 1Khz END YES NO Replace Ringer 15 still NO LOW RINGER Is a ringer problem Check the components from 0500 to 0900 NOTE 1 Is present at pin 6 of U900 1Khz YES Is present the 1 Khz on pin 5 of 0900 If OK Check components from Gcap to Ringer N
83. Required Introduction Date 01 SEPT 98 Launch Volume number of units 5 000 Volume Volume Volume Volume Volume Period MMMYY Region 1 Region 2 Region 3 Other Total Worldwide EMEA ASIA Required Stock for Sep 98 15 000 15 000 0 0 30 000 Launch Define expected Product Lifetime Through Q4 1999 Keep a list of all requirements requested in this product description from the first draft through final copy which ARE NOT POSSIBLE in this product design The intent of this section is to keep a running list of all non fulfilled requirements for inclusion in the next product design activity Approval of this product description brings an agreement between all team members on what will be included in this product design Items in this section are EXCLUDED from the approval Define Key Requirements Excluded From This Product Description but required for future product introduction Insert drawings photos or other representation if required after table Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Tracking Number Description Status First Launch Status Main Launch Priority Define Other Expected Customers in First 3 Months of Production Customer Name Product Required Comments Attach any additional information required Table 2 Stages IV and V Flipped Black Grey Ten Pin Blue Lens Surround Black Silver MM524 Black Lens Printing Pantone
84. SEO006BccH1 SYN4655 SIN7607A 6809402A72 SE0007BccJ1 SE0006BccJ1 SYN4655 SE0007BccK1 5 0006 SYN4655 SE0007BccL1 SE0007BccMI1 SE0007BccN1 SE0007BccP1 5 0007 01 SE0007BccR1 SE0007BccS1 other models SE0007BccT 1 SE0007BccUI 5 0007 1 SE0007BccW 1 5 0007 1 SE0007BccZ1 SE0007BccB2 SE0007BccC2 SE0007BccF2 SE0007BccG2 SE0007BccP2 SE0007BccS2 SEO0006BccL1 SYN4655 SE0006BccM1 SYN4655 5 0006 1 SYN4655 5 0006 SYN4655 SYN4655 SYN4655 SYN4655 T 5 0006 1 SYN4655 SYN4655 SYN4655 SYN4655 SYN4655 SYN4655 5 0006 2 SYN4655 5 0006 2 SYN4655 5 0006 2 SYN4655 SE0006BccG2 SYN6718 SYN4656 5 0006 2 SYN4655 SJN7601A SJN7606A SJN7602A amp SJN7604A SJN7604A SJN7607A amp SJN7608A SJN7595A 5 7596 5 7572 SJN7610A SJN7604A SJN7609A amp SJN7610A SJN7593A SJN7792A 5 7571 SJIN7793A SJN7609A SJN8173A SJN7608A 5 7600 SJN8174A 5 0006 52 SYN4655 SJN8175A 5 0007 2 5 0006 2 SYN6718 or SJN7604A SJN7609A amp 5 7610 SE0007BccU2 SEO006BccU2 SYN4655 5 8176 SE0007BccX2 SEO006BccX2 SYN4655 SIN8180A 6909413 09 5 0007 72 8 0006 72 SYN6718 or none SYN4656 SE0007BccA3 5 0006 SYN4655 SIN8177A 6909413 06 SE0007BccC3 SEO006BccC3 SYN4655 SIN8178A 6
85. SIM Functions gt 4 DSC Bus Status Indicators A 28Vpp From butt plug 1600 to BIC chip 1600 This is comms link from an external peripherale and the phone UPLINK nnnnnnnnnnnn dons cui and could be either data information or speech information It is also used to sense the presence of a DHFA and the ignition status of the DHFA with DC levels 4 From BIC chip U703 to butt plug 1600 This is comms link from an external peripherale and the phone Innnnnrnnnnnn 5Vpp and could be either data information or speech information It is also used to sense the presence of a DHFA and 10us cm the ignition status of the DHFA with DC levels From GIF Syn to BIC IC 13MHz clock 13 IN L6Vpp This is the master clock reference required for the radio 5005 cm gt Measured in test mode test mode O8 108 364 2 7Vpp External audio from butt plug directly to SMOC IC AUDIO IN 4344 Sus cm Lg 4 test mode AUDIO OUT 084 108 36 2 8Vpp External audio from SMOC via FCAP to butt plug 4348 477 Sus cm 4 2 8Vpp Soe fea This signal is from the BIC to the SMOC CLK_AUD It is a timing signal and runs at 512KHz and times the transfer of speech information on the DSC Bus between BIC and SMOC This signal is from the BIC to the SMOC FS_AUD It is a timing signal at SKHz and provides for frame synchronisation during speech transfer gt the DSC bus
86. Supply 4809653F02 0500 5199332C04 Tixxxx Program Main Local Osc to Channelbb If ok then follow 13MHz path through GIF SYN amp BIC and then to Call Processor and SMOC J500 Keyboard Connector 2809424M01 U703 BICIC 5109962C11 12xx Set Tx Power level to fixed valure z If ok then check chip enables from Eprom and SRams at Test Points J600 Connector Extern 0909449B03 U900 GCAP 5109632D75 19 SW Veron 20 Display SW Version Number of Modem If ok then verify Reset Line J603 Connector Vibra 0909888M01 0980 Voice Annotation IC 5109152 07 22 Display SW Version Number of Speech Coder J802 Connector Microphone 0909195E01 U982 Amlifier IC 5109731C03 25 Set Continuous AGC J803 Connector Speaker 0909888 04 SHII Shield Call Processor 2609482M01 26 Set Continuous AFC J900 SIM Connector 3909426 01 SH12 Shield GCAP 2609481 01 mE Pseudo Random Sequence with Midamble gt 33xxxx Synchronize to BCH Carrier LS802 Speaker 5009076E12 13 Shield SMOC 2609483M01 36 Tnitiate Acoustic Loopback Mic Microphone 5009536H15 SH14 Shield BIC EEPROM 2609484M01 Europe Middle East amp Africa Customer Services 20 03 98 gt LEVEL 3 COLOUR DIAGRAMS Rev 10 Q501 Transistor TX EN 4809607 E05 45XXXX Serving Cell Power Level Dual Band ZAP 46 Display Current Valure od AFC Colin Jack Michael Hansen Billy Jenkins Page of 2 47X Set Audio Volume
87. Surface Acoustic Wave FL480 which only passes the difference of these two Signals 215Mhz The signal then passes onto the Isolation Amplifier Q480 which provides a little gain and also prevents feedback noise from the GIF SYN I C 0220 The now cleaned signal now enters 0220 pin 31 in where it is mixed internal to U220 with a pure 215Mhz signal The internal 215Mhz signal is derived from the 430Mhz L O which is divided by two internally this again gives us the difference From the mixing of the two 215Mhz signals of which one has modulated data derived from the external RF Signal we derive two signals the Rxl and the RxQ which contain the Digital information This is further demodulated in the SMoC 1 0500 and provides serial data which is then D A converted amplified by the G Cap and presented to the speaker PAGE 17 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION RF SWITCH Circuit Description The RF switch has two basic functions Firstly it prevents RF entering the Rx path when the unit is trans mit mode Secondly it switches the path for the RF signal from the antenna A1 to the SW_RF connector 600 pin2 U403 15 the logic switch that controls the state of U401 RF switch When the radio is in a transmit state Tx_EN is high and Rx_EN is low therefore V1 is going to be high 3V V2 will therefore be low 7V The state of these two control signals will determine the path
88. Vco Page 20 5 Output Of Low Noise Amplifier To Gif Syn Page 21 6 Mixer To Gif Syn Page 22 1 Audio Path From SMoC To Speaker Page 23 lain Mawhinney PAGE 16 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION lain Mawhinney 21 6 98 Rx Path Brief Description As the Zap product is bandaware there are two RF paths to follow GSM and DCS the following deals primarily with GSM and has the equivalent DCS parts in Bold type The RF Signal enters the Radio via the antenna then passes through the RF switch depending on the switching signals present at the switch network of U401and 0403 From the RF switch the signal then passes through FL400 FL401 which are bandpass filters where it is cleaned up before being passed onto C413 C433 de coupling capacitors The signal is then passed onto the base of Q410 0430 low noise amplifiers where it gains small amplification The output of the LNA now passes through FL461 FL462 which are combination bandpass filters with approximate losses of 3dbm across the filters The MAIN VCO signal also enters the filters FL461 FL462 at this point and both signals are passed onto the Mixer Stage Q460 The output of the mixer consists of 3 main components F1 x F2 F1 F2 1 22 You will also find various harmonics at this point 21 signal F2 Main VCO signal To remove the unwanted signals at the output of the mixer these signals are fed through a SAW filter
89. When the radio changes channels the GIFSYN will tune the main VCO to the desired channel This in turn will change the output of the mixer causing the phase detector to steer the charge pump to change CP OUT until the TX VCO signal is 170 MHz above the main VCO and the PLL is locked e To Exciter stage out PHASE DETECTOR pin23 main limout GIF SYN IFin U370 TIC _ d 170Mhz 67Khz BLOCK DIAGRAM OF TIC OPERATION lain Mawhinney PAGE 31 21 6 98 MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Tx VCO TO EXCITER Circuit Description Zap utilizes two Tx VCO circuits one for GSM the other for DCS These Tx VCO s are of Colpitts oscilla tor configuration capacitive feed back where VR 354 amp C364 form a tank circuit for Q351 the oscillating device for GSM and VR353 amp C356 form the tank circuit for Q350 the oscillating device for DCS The control voltage CP_OUT from the TIC pin 8 passes through the loop filter C378 C379 amp R377 in order to clean up this signal before it reaches the required varactor for the mode of operation Q309 de termines what Tx VCO is on via control signals C1 amp C2 C2 forward biases Q351 for GSM and C1 for ward biases Q350 for DCS This control voltage from the TIC changes the capacitance
90. Xcvr only Transceiver Escutcheon Manual Flex Asia Stage I ZAP for S Asia US Plug Transceiver Escutcheon Manual Flex Asia Stage I ZAP for Australia NZ Transceiver Escutcheon Flex Asia Stage I ZAP for 5 Asia Delux Euro Transceiver Escutcheon Flex Asia Stage I ZAP for S Asia Delux US Transceiver Escutcheon Flex 57945 57946 S7979ABB S7980ABB S798 1ABZ Asia Stage I ZAP w S Asia Languages Transceiver Escutcheon Flex Europe Stage I v A or Stage II v B Add to ZAP with std package Europe Stage III ZAP with PHFA Add PHFA to std package Europe Stage II ZAP for TIM Escutcheon Manual Box Flex Europe Stage II ZAP for Omnitel Escutcheon Flex Europe Stage II ZAP for Wind Escutcheon Flex 0287 5 0288 SE0166BB1H2 SE0160BB1H3 SE0167BB1H4 SE0161BH2B3 Europe Stage II ZAP for Orange Escutcheon Box Flex Europe Stage II for 2 Escutcheon Box Manual Flex SE0162BB1B7 SE0164BB1G4 Europe Stage II ZAP for Cosmote Escutcheon Flex SE0282 AB 1F9 SE0165AB1A5 Europe Stage I ZAP for Connect Flex only Europe Stage I ZAP for Mobilix Flex only October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 5 015 5 Europe Stage III ZAP for E Plus Escutcheon Flex 0152 1 8 Stage ZAP for Interkom Escutcheon Flex SE0168BB1
91. cover two LP 13 batteries The doors will be completely removable and will mountto the rear housing by placing the heel of the door into a guide and rotating down until it snaps to the back housing The doors will be the same colour and texture of the front and rear housing lain Mawhinney PAGE 10 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Display Indicators The display consists of a 96 x 32 pixel LCD module with full graphics support and icons Utilizing the same pixel density of StarTAC and 8700 the display size is slightly smaller measuring 34mm by 23mm The display icons are arranged in two rows located atthe top of the display Top row signal strength indicator real time clock battery charge indicator Bottom row off hook roam home voicemail message SMS ringer on The top row will be continuously on while the illumination of the bottom row icons will depend on the specific operating conditions New with Zap the ringer on icon will be illuminated when the ring alert has been selected The icon will not be visible when either vibracall or silent alert has been activated Lens The lens is curved to follow the contour of the front housing Motorola branding is positioned atthe top of the lens The lens has a glossy finish and has the same colour as the housing For the flip version of Zap the flip is designed to fully cover the keypad The top edge of the flip will coin cide with the lens A ca
92. material to show through A Holographic effect will be applied to the lenses of the models in Stages II and III of the product launch 2 1 5 Keypad The flipped ZAP keypad will consist of 18 keys the flipless ZAP keypad will consist of 17 keys as the scroll up and down keys will be incorporated into one rocker key The flipped ZAP keypad will have hard keys the flipless ZAP keypad will be made of rubber with a clear encapsulated non glare top this will blend with the larger lens area of the flipless design See below for keypad layout Menu Menu ZABC 7 PQRS 8 TUV 9 WXYZ Scroll left Scroll right October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 2 2 2 2 1 2 2 2 Spacing of keys must be maximised as per form factor survey results Tactile response should also be maximised Key colours will be Background Black for all keys Pantone 60 Digits alphas Menu Quick Access scroll icons White Pantone 4270 Cancel and power icon Red Pantone 4850 OK Green Pantone 3470 Side buttons will all be black in colour LED Indicators A status LED indicator will be positioned at the top left of the phone towards the front This indicator will have the same functionality as on the StarTACTM Connectors ZAP will use the same connector for battery charging RF output and connection to peripherals as on the StarTACTM SIM Card ZAP wi
93. mid to high tier business users It will replace the 8000 series product line which includes a S moC based 8700 S moC based 8700 with Voice Annotator and a band aware version 8900 Zap will incorporate the latest in feature offerings including HDML multi rate speech coder one touch voice memo recording and offer market leading talk and stand by times A full line of accessories will be developed to support Zap including DHFA with Voice Recognition headset with mic desktop charger and data cable which eliminates the need for a PCMCIA card S everal different batteries will be availa ble allowing the user to either minimize weight or maximize performance To fully capitalize on Motorola s leadership in band aware technology Zap must be introduced no later than Q4 1997 Dancall and Ericsson among others have announced their intentions of new product of ferings in this category Aggressive ramp schedules must be met to achieve a Europe wide launch in December 1997 Target Markets The target market for Zap will be mid to high tier business with emphasis on the focused and balanced business user segments Focused Business These are the heaviest users and are prone to use the phone for business only Viewing the phone as an absolute necessity the focused business user is able to carry out professional responsibilities efficiently and tirelessly Mainly travelling to dense urban environments call success rate is extremely importan
94. of the varactor the higher the voltage the lower the capacitance and therefore the higher the frequency of oscillations Capacitors C360 amp C361 are feedback capacitors for GSM and C354 amp C355 are feedback capacitors for DCS TL350 and TL360 are used as RF chokes to prevent RF from going to the control lines Logic GSM DCS DM CS and L350 is used as an RF choke to prevent RF from going onto the R275 supply voltage Transmission lines L351 amp TL361 are used as part of the frequency determining network for their respective circuits The output of the VCO s are then sentto two points pin 14 of the TIC and to the base of the Tx Exciter buffer amplifier 0331 and then onto the exciter 0 330 TX VCO TX VCO p GSM DCS _ 4 VR354 VR353 Q331 Q330 A A LOOP FILTER GIF_SYN U220 TIC U370 IF from GIF BLOCK DIAGRAM OF Tx VCO TO EXCITER lain Mawhinney PAGE 32 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION FROM EXCITER TO POWER AMP Circuit Description The input from the Tx VCO is passed through the driver Q330 to produce a gain of 8dBm 12dBm then the signal is passed through a impedance matching circuit using C316 C334 C329 C324 C396 I L310 TL309 The signal is then input to the PA pin 8 The exciters output is controlled by the PAC I C 0340 This IC allows the a
95. opposite direction See diagram below DATA 270 33 FREQUENCY 67K Hz 90 LI II 90 PHASE 360 Q 4 1 BIT PERIOD 270 90 I 270 33KHz 180 lain Mawhinney PAGE 28 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION GIF SYN TO TRANSLATIONAL IC TIC Circuit Description Inside the SYN the baseband inputs from the SMoC pass through an 10 low pass Filter The inputs labelled M TxQ_ P TxQ M inthe GIF are differential in phase and quadrature inputs Q is defined as lagging I by 90 These inputs may be driven either single ended or double ended In the single ended configuration Txl and are inputs while IXIX and are tied to VREF A D The baseband single ended inputs to the IQ Modulator are 0 12 x Vcc 10 peak centred on VREF The IQ inputs must be filtered to avoid alias components and must keep all noise components below 79dBc on the exciter output After filtering the IQ signals are sentto the IQ modulator where they are mixed along with the TX Offset LO see below A pair of active mixers are used atthis point where the outputs are recombined in a pas sive load and then buffered and amplified and then passed to the limiter stage and is output at LodBm 2dB into 200ohms at pin 4 of U220 The output of the modulator is controlled by the MOD EN pin 60 0220 This is a digital input whic
96. pi VRTCE SPI MI SPI MO SPI SCKr DM CS MDM MDM_WR 6751 0 047 21 13743 12 SPI SCI_TX H SCI_RX AL Jl in A6 K2 A7 8 1 AQ All 413 MI E L275 3 30f 21 1314314 2 DP ON OFF CS BATT CNTL SPI MO SC INT BL CNTL x la B2 2 C4 3 B4 C 5 6 B6j CT TATSAT N3 P3 M8 9 L6 NGI PG MI MI PTT M8 C 15C8 IFETCHg RESETQ rry FREEZES 13 DCLK Cal 1 L330 04T 77 REOG 100K 060 25 4617 0604 BSR33 Vib voltege 0 7 to 1 7V VIB DRIVE C612 330 GND 12K 9607 33K 59 ADDRESS_BUS A19 A0 19 AMICS al ROMOE ROM20E 0CI0 11811 12812C1II 13MI3M14 MF_INT L275 LED_RE BIC_INT E 5IM 8153 15K R 20K P_PWR_EN C12 4 ma TP7 BIC CS RAM2CS 1U714 NP TC7S04F U 2 4 1 C 4 2 3 A5 7 17 L215 V 0M0 U713 DNP
97. ride on DCS 1 7 2V gt 5 Orderable Part Designator Description Number Designator Description Number press 2 sec Enter Manual Test Mode with Test Card Before actually removing any cans it may be worth checking the gt QD EN 10 Put the phone into test mode and key in the commands 110062 12008 310 Al Antenna Connector 3909155 01 0350 351 TX VCO Transistor 4809940E01 01 Exit Manual Test Mode ithe Logig Gs QD _ is high to switch the output of Q412 and 0205 Pind to high Firstly if no Transmiter output we should check the modulation output at U220 Pin 4 and the Main VCO gt gt at point 4 to establish which of the signals are missing or if both the signals are missing CR202 Main VCO Varactor 480964 1F02 Q411 Receive Power Transistor 4809527E24 07 Mate Rx Audio Path TEST MODE Type in Key commands 110062 262000 25013 241 Test for a set level eg S0dB s at 1 compensate cable 105 If the modulation output is missing and Main VCO is fine then remove SH03 and check in the TX Local Oscillator CR203 Main VCO Diode 4809948D10 Q412 GSM DCS Switch 4809939C07 The only real short cut we can take is by probing the 215MHz test point pin 31of GIF the CR212 and the tuning voltage from U220 Pin10 Check if Q222 and 0221 have both 2 7V 09 Mute Tx Audio Path
98. taken in this case RF will only pass through the antenna and not enter the receive path In receive mode the reverse will be true and RF will be directed to the Rx path In the second case the circuit must be able to establish whether the antenna or the SW_RF connector 15 connected This is done by sensing the impedance to ground gt 10K of the auxiliary RF connector Switch U403 also detects the 50ohm resistance of the RF cable used when the SW_RF is connected thus allowing antenna or AUX RF connection NTENNA V2 ZAP T R SWITCH COMBINATIONS RX lain Mawhinney PAGE 18 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION FROM RF SWITCH TO RECEIVER FRONT END Circuit Description The RF signal enters the antenna A1 and when the Rx_EN is high the signal passes through the RF Switch to FL400 FL401 these are bandpass filters with pass bands of 935 960Mhz BW 25Mhz for GSM and 1805 1880Mhz for DCS BW 75Mhz respectively both having approximately 3db loss The signal passes onto Q410 Q430 which are low noise amplifiers with a typical gain of 13 9 5dBm L410 L430 are RF chokes to prevent AC getting to the DC bias voltage Rx275 Capacitors C413 C433 and C412 C432 are coupling capacitors and there purpose is to prevent DC bias voltage from Q410 Q430 from reaching the other stages Q410 Q430 are enabled from Rx_EN via U701 pin A9 and LOGIC_GSM_ DCS from U701 pin B5 via Q412 which controls Q411 Q431 hence de a
99. wi 10K C608 330L 880 L275 C R650 BATTERY 7 CONNECTOR SER DATA T gt 6614 210 C837 100f L _ 99 C606 100pf 0 PLACE NEAR SPEAKER CONNECTOR R852 10 SPEAKER 1 1 5802 803 2 22 12 1275 C804 680pF 2 13741221 R86 22K C838 3307 13743838 R802 2K 3 1 C815 C709 R794 909 C908 C90 9 0 01uF 2 C903 1K 18uf 21 13743H14 0 1 21 13743 20 uf 21 1374307 104 Our 21 13143M14 177 RTT IC L500 38 3 35 34CLK AUD 33 FS AUD 2714 1 5 9120 R719 _INT100 15K R743 15K 77 15 22k 21 13743N54 L C701 Tot 2113740 19 100 Q703 IL Cnt 0 04 L 21 13743612 DOWNLINK MMBT2907ALT3 48 13824 33 DWNLINK_AUD UX AU lt II gt UPLINK AUD 1 DNP 0402 vee L275 ground GND 01 R745 C560 0 luf 4 TCTSHOZFU 109402 C763 9 0100 21 12143 4 100K 0745 100K 50 Sm RX_AUDIO H3 vec L275 g
100. 0 U00701 000702 000704 000981 0220 0301 0401 0703 0705 0707 0708 0709 0710 0711 0712 0900 0902 0980 http cxema ru 5199374C02 5109841C42 5109509A16 5199342A01 5109522E14 5109632D92 4809527E31 5109572E04 5109962 11 51993012401 5199249A01 5109522E23 5109522E30 5109512F02 5109522E34 5109817F22 5109923D38 5109781E50 5109152M07 5109731C03 4809877C04 4809788E08 4813832P75 4813830M74 4809788E11 4809877C06 4809788 08 4809788 08 4813830 74 4809788 08 4809788 08 4809995105 48096121719 0109032 86 0109038A80 0109032A85 0109040A42 0662057M01 0909423M03 5402282T01 1161 5402505 01 5409397 08 5602702206 SUG1165E 8509397 01 0309315 03 0509391 02 1109108701 1109108001 3209003701 3809357 02 5009076E12 5102543T01 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109038A80 0109040A42 0109040A42 0109040A42 0109040A42 0109040A38 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0102701T17 0102701T17 0102701T25 0102701T25 0109038A80 0109040A38 0109040A38 8323A 8323A 8323A 8323A 8323A SAG4013A HN6607B HN6607B HN6607B HN6607B HN6607B HN6607B HN6607B HN6607B 020200 0 0 0 0 DG IC EC TST
101. 0 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 1000 PF 10 X7R CAP CHIP 470 UF 10 16V CAP TAN CHIP A P 4 7 20 10 CAP CHIP 10 UF 10 CAP CHIP 10 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 10 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP TANT CHIP 10 UF 16V 10 CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 0 PF 5 COG CAP CHIP 10 UF 10 CAP CERAMIC CHIP 10 0UF CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 UF 10 CAP CERAMIC CHIP 10 0UF CAP CHIP 560 PF 10 X7R CAP CERAMIC CHIP 10 0UF CAP TANT CHIP 68 UF 10V 10 CAP CHIP 1 2 PF 25PF COG CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 1 0 UF 16V 80 20 CAP CHIP 4 7 UF 16V 80 20 CAP CHIP 10 UF 10 CAP CHIP 220 PF 10 X7R CAP CHIP 220 PF 10 X7R CAP CHIP 10 0 PF 5 COG CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 1 5 25PF COG CAP CHIP 18 0 PF 5 COG CAP CHIP 1000 PF 10 X7R CAP CHIP 1000 PF 10 X7R CAP CHIP 3 3 PF 25PF COG CAP CHIP 1 8PF 16V 25PF CAP CHIP 100 PF 5 COG CAP CHIP 10000 PF 10 X7R CAP CHIP 12 0 PF 5 COG CAP CHIP 15 0 PF 5 COG CAP CHIP 1000 PF 10 X7R CAP CHIP CL1 30 470 5 CAP CER CHIP NPO CLASS I schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 4 16
102. 0 0109038A80 CAP CHIP 15 0 PF 5 COG C792 2113743N30 0109038A80 CAP CHIP 15 0 PF 5 COG C802 2113928J08 0109038A80 CAP CERAMIC CHIP 10 0UF C803 113743A19 0109038A80 CAP CHIP 100 UF 10 X7R C804 2113741F21 0109038A80 CAP CHIP 12 X7R REEL 680 C805 2113743A19 0109038A80 CAP CHIP 100 UF 10 X7R C808 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C809 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C811 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C813 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C815 2113741F49 0109038A80 CAP CHIP 12 X7R REEL 10000 C817 2113743E20 0109038A80 CAP CHIP 10 UF 10 C818 2113743E20 0109038A80 CAP CHIP 10 UF 10 C819 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C820 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C821 2113743M26 0109038A80 CAP CHIP 10 0 PF 5 COG C822 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C825 2113743E20 0109038A80 CAP CHIP 10 UF 10 C826 2113743141 0109038A80 CAP CHIP 10000 PF 10 X7R C827 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C830 2113743N08 0109038A80 CAP CHIP 1 6 PF 25PF COG C831 2113743M13 0109038A80 CAP CHIP 3 0 PF 25PF COG C834 2113743N18 0109038A80 CAP CHIP 4 7 PF 25 COG C835 2113743M26 0109038 80 10 0 5 C837 2113743M24 0109038A80 CAP CHIP 8 2 PF 5PF COG C838 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG C906 2113743H14 0109038A80 CAP CHIP 10 0 UF 16V 80 20 C910 2113928708 0109038A80 CAP CERAMIC CHIP 10 0UF C911 2311049A56 01090384
103. 00 0699200A13 0109036A75 RES CHIP DUAL 33 5 0603 R102 0609591M07 0109038A80 RES CHIP DUAL 33 5 0 63W R103 0609591M07 0109038A80 RES CHIP DUAL 33 5 0 63W R104 0660076N01 0109036A75 RES CHIP 10 OHM 5 1 16W R105 0660076N05 0109036A75 RES CHIP 15 OHM 5 1 16 R106 0662057N11 0109032A85 RES CHIP 33K 5 20X40 R106 0699200A13 0109036A75 RES CHIP DUAL 33 5 0603 R107 0662057N11 0109032A85 RES CHIP 33K 5 20X40 R107 0699200A13 0109036A75 RES CHIP DUAL 33 5 0603 R108 0699200A13 0109036A75 RES CHIP DUAL 33 5 0603 R110 0662057M62 0109032A85 RES CHIP 330 5 20X40 R111 0662057M98 0109032A85 RES CHIP 10K 5 20X40 R14 0660076N93 0109036A75 RES CHIP 68 K OHM 1 16 W R18 0660076P03 0109036A75 RES CHIP 120K OHM 5 1 8W R200 0662057M38 0109032A85 RES CHIP 33 5 20X40 R215 0662057M76 0109032A85 RES CHIP 1200 5 20X40 R216 0662057M90 0109032A85 RES CHIP 4700 5 20X40 R217 0662057M85 0109032A85 RES CHIP 3000 5 20X40 R219 0662057M38 0109038A80 RES CHIP 33 5 20X40 R220 0662057M80 0109038A80 RES CHIP 1800 5 20X40 R221 0662057N03 0109038A80 RES CHIP 15K 5 20X40 R222 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R223 0662057M26 0109038A80 RES CHIP 10 5 20X40 R224 0662057N15 0109038A80 RES CHIP 47K 5 20X40 R225 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R226 0662057M38 0109038A80 RES CHIP 33 5 20X40 R228 0662057M26 0109038A80 RES CHIP 10 5 20X40 R230 0662057N13 0109038A80 RES CHIP 39K 5 20X40 R231 0662057N29 0109038A80 RES CHIP 180K 5 20X40 R238 06620
104. 000 PF 80 20 Y5V 00558 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00559 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00560 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00561 2113743G26 0109040A42 CAP CHIP 4 7 UF 16V 80 20 C00562 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00563 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00564 2113743E20 0109040A42 CAP CHIP 10 UF 10 C00565 2113743E20 0109040A42 CAP CHIP 10 UF 10 C00605 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00612 2113743N38 0109040A42 CAP CHIP 33 0 PF 5 COG C00702 2113743N38 0109040A42 CAP CHIP 33 0 PF 5 COG C00704 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R C00705 2113743E12 0109040A42 CAP CHIP 047 UF 10 X7R Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8324A Date Schematic Symbol 00708 C00715 C00716 C00750 C00751 C00752 C00753 C00754 C00755 C00806 C00810 C00812 C00816 C00850 00858 00860 00861 C00901 C00902 C00903 C00904 C00905 C00907 C00908 C00909 C00913 C00914 C00915 C00916 C00977 C00980 C00981 C00983 C00984 C00986 C105 C108 C11 C12 C14 C15 C200 C202 C204 C214 C217 C218 C220 C221 C222 C223 C224 C225 C226 http cxema ru 30 MAR 99 2113743E12 2113743125 2113743126 2113743E12 2113743E12 2113743E12 2113743E12 2113743E12 2113743E12 2113743117 2113743 27 23110
105. 0109032A86 0109038A80 0109038A80 0109032A86 0109038A80 0109038A80 0109038A80 0109038A80 2 2 2 2 2 2 2 2 2 2 2 6 2 2 2 2 2 2 2 2 LED CHIP YEL GRN LNJ312G8T LED CHIP YEL GRN LNJ312G8T LED CHIP YEL GRN LNJ312G8T LED CHIP YEL GRN LNJ312G8T FLTR SAW BP 215MHZ SMD FLTR CER LP 897 1747MHZ SMD FLTR CER RX 900MHZ SMD FLTR CER 1800 MHZ SMD FLTR SAW RX LO 947 727 SMD FLTR CER RX LO1800MHZ SMD DR INTRBRD CONN 2X16 ZAP SMD ZAP SMD ZAP TCT PCB SMD ZAP PCB SMD ZAP CEPT XDCR SMD CT ZAPPA CT BATT ZAPPA PCB SMD ZAP PCB SMD ZAP CEPT MODULE 15 PIN SMD CEPT XDCR SMD BOT ENTRY 2 POS BLK SIM CARD READER ZAP CER MLTILYR 10 0NH 1005 CER MLTILYR 47 0NH 1005 CER MLTILYR 18 0NH 1005 CER MLTILYR 15 0NH 1005 CHIP 82 NH 20 CHIP 120 NH 10 CER MLTILYR 4 7 NH 1005 CER MLTILYR 12 0NH 1005 CER MLTILYR 15 0NH 1005 H H CI d i CI CI CI d LL 1 9 0 3 3 5 L 2 HH I 42242424 CER MULTILYR 8 2NH 1608 CER MULTILYR 5 6NH 1608 CER MULTILYR 56NH 1608 CER MULTILYR 3 9NH 1608 CER MULTILYR R MULTILYR 82NH 1608 IP IND 100000 NH CER MLTILYR 47 0NH 1005 CER MLTILYR 3 9 NH 1005 ER MLTILYR 47 0NH 1005 HIP MLTLYR 18 NH 1608 HIP MULTILYR 120NH 2012 HIP 100 NH 10 HIP MLTLYR 33 NH 1608 ER MULT
106. 0213 2113740112 0109040 42 CER CHIP 5 6 PF 0 1PF 00216 2113743 09 0109040A42 CAP CHIP 2 0 PF 25PF COG C00234 2113743117 0109040A42 CAP CHIP 1000 PF 10 X7R C00235 2113743M50 0109040 42 100 5 C00239 2113743M34 0109040 42 22 0 5 C00244 2113743M40 0109038 80 39 0 5 C00247 2113740 67 0109040A42 CAP CHIP REEL CL1 30 330 C00250 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00251 2109622M16 0109040 42 CER CHIP CLASS I C00252 2109622N16 0109040A42 CAP CER CHIP NPO CLASS I C00271 2113743L41 0109032A86 CAP CHIP 10000 PF 10 X7R C00301 2113741F49 0109040A42 CAP CHIP CL2 X7R REEL 10000 C00304 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG C00314 2113743E20 0109040A42 CAP CHIP 10 UF 10 C00317 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00318 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00322 2113743N40 0109038A80 CAP CHIP 39 0 PF 5 COG C00337 2113743M42 0109038A80 CAP CHIP 47 0 PF 5 COG C00340 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG 00341 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00342 2113743101 0109040 42 CHIP 220 10 X7R C00343 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00344 113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00345 2113743L01 0109040A42 CAP CHIP 220 PF 10 X7R C00346 2113743L01 0109040A42 CAP CHIP 220 PF 10 X7R C00350 2113743L41 0109040A42 CAP CHIP 10000 PF 10 X7R C00353 2113743N18 0109040A4
107. 038A80 RES CHIP 10 5 20X40 R224 0662057N15 0109038A80 RES CHIP 47K 5 20X40 R225 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R226 0662057M38 0109038A80 RES CHIP 33 5 20X40 R228 0662057M26 0109038A80 RES CHIP 10 5 20X40 R230 0662057N13 0109038A80 RES CHIP 39K 5 20X40 R231 0662057N29 0109038A80 RES CHIP 180K 5 20X40 R238 0662057M50 0109038A80 RES CHIP 100 5 20X40 R239 0662057N17 0109038A80 RES CHIP 56K 5 20X40 R240 0662057M80 0109038A80 RES CHIP 1800 5 20X40 R241 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R242 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R243 0662057M82 0109032A85 RES CHIP 2200 5 20X40 R250 0662057M68 0109032A85 RES CHIP 560 5 20X40 R303 0662057M43 0109038A80 RES CHIP 51 5 20X40 R310 0662057M74 0109032A86 RES CHIP 1000 5 20X40 R311 0662057M70 0109032A86 RES CHIP 680 5 20X40 R312 0662057M70 0109032A86 RES CHIP 680 5 20X40 R313 0662057M43 0109032A85 RES CHIP 51 5 20X40 R314 0662057M78 0109032A85 RES CHIP 1500 5 20X40 R315 0662057M01 0109038A80 RES CHIP 0 5 20X40 R319 0662057M74 0109038A80 RES CHIP 1000 5 20X40 R320 0662057M58 0109038A80 RES CHIP 220 5 20X40 XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol R322 R324 R325 R326 R329 R332 R333 R334 R336 R339 R349 R351 R353 R355 R368 R369 R371 R373 R410 R411 R412 R415 R418 R430 R431 R432 R433 R437 R450 R602 R603 R611 R614 R650
108. 057 98 DATA_BUS D15 U705 12 2 kn La leo 24 R W 8 T 2 8 2 21 2 047uF 104 015 014 013 D12 D9 D8 CONNECTOR FOR 3 RB715F I TIVR502 KEY3 SRE 2 6 8V 08505 80 00012 mp sotea MBZGVBALTI 10V PWR_SW DP ON OFF eris KERo 48 13830474 KEY7 KEY4 KEYI RW gt L275 KEY7 KEY4 AO RW DO 5171 D1 D2 B D7 BL_CNTL 10V 13 DCLK BIC I 9800 150K 06 62057 R806 VREF 4 PUMP 560 DTAT43EE 48 09607E05 R275 SIMIO R475 C906 1 18uf 21 13743 14 SIM_VPP 9725 SIM RS 10K CLK B 0923 C919 C912 C967 C918 9 01007 2 ToF 10000F Tp R555 L275 51 777 RF SPI lt 4 R516 41K RF_SCK 15K DET SW SAT DET r3 IQREF RXQ RXI AFC lt TT 25 C763 22pf 21 13743N34 CUSED AS AN ENABLE gt rativswrrCcH LM2970 J
109. 057M76 0662057M82 0662057M62 0662057M60 0662057M01 0662057M74 0662057M98 0662057N03 0662057N15 0662057M01 0662057M74 0662057N15 0662057M74 0662057M60 0662057N15 0662057N06 0662057N23 0662057N11 0662057N01 0662057M74 0662057M98 0609591M39 0609591M39 0609591M39 0662057M01 0609591M39 0662057N15 0662057N06 0662057M61 0609591M39 0662057M50 0662057M98 0609591M39 0662057M98 0662057M74 0662057N03 0662057N03 0609591M39 0609591M37 0609591M37 0609591M37 0609591M37 0609591M49 0609591M49 0609591M49 0662057N23 0662057N15 0662057N19 0662057M68 Motorola Internal Use Only 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 11 16 Description RES CHIP 100K 5 20X40 RES CHIP 0 5 20X40 RES CHIP 2700 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 120 5 20X40 RES CHIP 1200 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 330 5 20X40 RES CHIP 270 5 20X40 RE
110. 057M98 0609591M39 0662057M98 0662057M74 0662057N03 0662057N03 0609591M39 0609591M37 0609591M37 0609591M37 0609591M37 0609591M49 0609591M49 0609591M49 0662057N23 0662057N15 Motorola Internal Use Only 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 11 16 Description RES CHIP 51 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 100K 5 20X40 RES CHIP 0 5 20X40 RES CHIP 2700 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 120 5 20X40 RES CHIP 1200 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 330 5 20X40 RES CHIP 270 5 20X40 RES CHIP 0 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 10K 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 0 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 270 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 20K 5 20X40 RES CHIP 100K 5 20X40
111. 0662057M50 0109032A85 RES CHIP 100 5 20X40 0109038A80 RES CHIP 10K 5 20X40 0662057M78 0109032A86 RES CHIP 1500 5 20X40 0109038A80 RES CHIP 47K 5 20X40 0109038A80 RES CHIP DUAL 47K 5 0 63W 0662057M21 0109038A80 RES CHIP 6 2 5 20X40 0109038A80 RES CHIP DUAL 10K 5 0 63W 0611079B31 0109036A75 RES FIXED CHIP 220K 5 1 10 A P 2609827603 0109036A75 SHIELD SPACER 0109036A75 SHIELD SPACER 0109040A42 SHIELD VCO TIC ZAP 2609480M01 0109040A42 SHIELD VCO TIC ZAP 0109040A42 SHIELD VCO TIC ZAP 0109040A42 SHIELD MIXER ISO AMP ZAP 0109040A42 SHIELD RF SWITCH ZAP 0109040A42 SHIELD LOGIC 2 ZAP 0109040A42 SHIELD LOGIC 3 ZAP 0109038A80 SHIELD LNA ZAP 0109038A80 SHIELD LOGIC 1 ZAP 0109038A80 SHIELD LOGIC 4 ZAP 0109038A80 SHIELD PA ZAP 0109036A75 SHIELD INDUCTOR SURFACE MNT 0109038A80 SHIELD GIF SYN ZAP 0109036A75 SHIELD INDUCTOR SURFACE MNT 0109038A80 SHIELD EXCITER ZAP XXX Motorola Internal Use Only schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 Schematic Symbol 000101 000340 000370 000403 000500 000701 000702 000704 000981 0220 0301 0401 0703 0705 0707 0708 0709 0710 0711 0712 0900 0902 0980 http cxema ru 5109920D12 5109632D91 5109879E12 5109923D14 5199374 02 5109841 42 5109509A16 5199342A01 5109522E14 5109632D92 4809527 31 5109572E04 5109962 11 51993012401 5199249 01 5109522E23 5109522E30 5109512F02 5109522E34 5109817F22 5109923D38 5109781E50 5109152M07 5109731C0
112. 08 0609591M57 0109038A80 RES CHIP DUAL 470K 5 63W R709 0662057N23 0109038A80 RES CHIP 100K 5 20X40 R710 0609591M49 0109038A80 RES CHIP DUAL 100K 5 63W R711 0609591M39 0109038A80 RES CHIP DUAL 15K 5 0 63W R713 0662057N23 0109038A80 RES CHIP 100K 5 20X40 R714 0662057M50 0109038A80 RES CHIP 100 5 20X40 R715 0662057N03 0109038A80 RES CHIP 15K 5 20X40 R716 0662057M74 0109038A80 RES CHIP 1000 5 20X40 R717 0662057M78 0109038A80 RES CHIP 1500 5 20X40 R718 0662057M74 0109038A80 RES CHIP 1000 5 20X40 R719 0662057M50 0109038A80 RES CHIP 100 5 20X40 R720 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R721 0662057M58 0109038A80 RES CHIP 220 5 20X40 R722 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R724 0662057M50 0109038A80 RES CHIP 100 5 20X40 XXX Motorola Internal Use Only XXX http cxema ru schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 Schematic Symbol R725 R731 R745 R754 R755 R765 R766 R791 R800 R801 R802 R803 R804 R807 R809 R810 R811 R815 R817 R818 R819 2901 2905 2911 2912 2913 2914 2915 R980 R982 R988 R990 R993 R994 R996 R997 RTI 5 0001 5 0002 5 0005 5 0006 5 0007 5 0008 5 0009 5 0011 5 0013 SH1 SH12 SH14 SH2 SH3 SH3 SH4 SH4 http cxema ru 0662057M98 0609591M49 0662057N10 0662057N09 0662057N15 0662057N33 0662057N07 0662057N05 0662057M68 0662057M68 0662057N21 0662057M01 0662057M01 0662057N23 0662057N27
113. 09040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109032A8 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 NNNNNNNNNNNNNNNNNNNUNNNNNNNNNNNNNNNNNNNNNNDND N DIG NPN DTC114TE 6A PURP SIG NPN 2SC4617 DIG PNP DTA114YE DUAL PNP PNP UMT1N MOSFET P CHAN 519424 DUAL NPN PNP UMC 5 RES CHIP 1800 OHM 1 16 W RES CHIP 68 K OHM 1 16 W TSTR TSTR TSTR TSTR TSTR TSTR TSTR ES E CI CI LI CI CI Dd LI LI LI Dd 00 00 0 LI ui CI D Di LI LI CI b LI LI LI LI LI CI Di LI CI Di LI CI Di LI 1 Di bi pi Dd LI 0 0 0 0 0 R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R R 60V 12 5 1 8V 1800 5 20X40 CHIP 51 5 20X40 CHIP 150 5 20X40 CHIP 4700 5 20X40 CHIP 2700 5 20X40 CHIP 120 5 20X40 CHIP 270 5 20X40 CHIP 22 5 20X40 CHIP 1500 5 20X40 CHIP 1000 5 20X40 CHIP 2200 5 20X40 CHIP 1800 5 20X40 CHIP 5f 5 20X40 CHIP 51 5 20X40 CHIP 33 5 20 40 CHIP 10K 5 20X40 CHIP 33 5 20X40 CHIP 2700 5 20 40 CHIP 560 5 20X40 CH
114. 1 Is present at Pin 2 3 4 of 0301 the correct level of Tx signal YES from NO page 12 Verify TX VCO components for dry joint and the following signals NO Do you have the NO Bias R2 75 on Collector of Q351 0350 Tx signal of Q331 the control signals on Base of Q351 and Q350 Base of Q330 by LOGIC_GSM_ DCS DM_CS LOGIC_ GSM_DCS YES Check L367 VR354 VR353 and Q351 Q350 for faulty YES Check the presence of B on Collector of Q330 YES replace Q331 Do you have at Collector of Q331 the DM_CS signal Check the EXC Signal from PAC IC U340 at Base of Q330 If NOT OK go to H page 11 NO If ALL OK replace Q330 Check the path from Q520 pin2 SMOC and the relative components as L351 L332 MOTOROLA CONFIDENTIAL PROPRIETARY Page 10 MOTOROLA GSM DCS ZAP Level 3 Procedure NO TX GSM MODE Check the path and Filters circuit CR301 302 304 and relative components I OK check the TX_GSM signal from of TX signal 2 Q304 pin 4 and relative controls LOGIC_GSM_DCS TX_EN FLTR_ 10 V Is present at Is correct the level at output of FL301 Replace FL301 Check for dry joint or faulty U401 U403 and also check their relative controls TX_EN RX_EN RX_2 75 10 V from page 10 14 DET SW from SMOC PIN 14 If NOT OK go t
115. 1 SE0007BccF1 0006 1 SJN8356AF Germany Accessory Leaflet 68P09414A71 Registration Card 68P09408A22 24 Hour Service 68P09405A07 Invalid Battery 68P09415A34 SE0007BccG1 SE0006BccG1 SJN8356AG Greece Accessory Leaflet 68P09414A72 Invalid Battery 68P09415A35 5 0007 1 SE0006BccH1 SJN8356AH Italy Accessory Leaflet 68P09414A73 Invalid Battery 68P09415A36 SE0007AB1J1 5 0007 1 SEOOO6BccJ1 SJN8356AJ Accessory Leaflet 68P09414A74 Invalid Battery 68P09415A37 5 0007 SEO006BccK1 SJN8356AK Portugal Accessory Leaflet 68P09414A75 Warranty Card 68 09405 09 Invalid Battery 68P09415A38 SE0007BccL1 5 0006 1 SJN8356AL Spain Accessory Leaflet 68P09414A76 Registration Card 68P09408A23 Warranty Card 68P09405A08 Invalid Battery 68P09415A39 SE0007ABIMI SE0007BccMI SE0006BccMI SJN8356AM Sweden Accessory Leaflet 68P09414A77 Invalid Battery 68P09415A40 SE0007BccN1 SE0006BccN1 SJN8356AN Belgium Accessory Leaflet 68P09414A78 Invalid Battery 68P09415A32 Invalid Battery 68P09415A33 0005 1 1 SE0007BccP1 5 0006 SJN8356AP Switzerland Accessory Leaflet 68P09414A79 Invalid Battery 68P09415A33 Invalid Battery 68P09415A34 Invalid Battery 68P09415A36 SE0007BccQ1 SE0006BccQ1 5 7 8356 Turkey Accessory Leaflet 68P09414A80 Invalid Battery 68P09415A41 SE0007BccR1 SE0006BccR1 SJN8356AR Hungary Accessory Leaflet 68P09414A81
116. 113743105 0109038A80 CAP CHIP 330 PF 10 X7R C393 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C394 2113743N18 0109038A80 CAP CHIP 4 7 25PF COG C395 2113740F19 0109038A80 CAP CHIP REEL CL1 30 4 7 C397 2113743N34 0109032A86 CAP CHIP 22 0 PF 5 COG 399 2113743N36 0109032A85 CAP CHIP 27 0 PF 5 COG C402 2113743N18 0109038A80 CAP CHIP 4 7 PF 25 C403 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C408 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C411 2113743141 0109038 80 CHIP 10000 PF 10 X7R C412 2113743N10 0109038A80 CAP CHIP 2 2 25PF C413 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C415 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C416 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C417 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C418 2113743N50 0109038A80 CAP CHIP 100 PF 5 COG C419 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C430 2113743141 0109032 86 CAP CHIP 10000 PF 10 X7R C432 2113743N08 0109038A80 CAP CHIP 1 6 PF 25PF COG C433 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C435 2113743141 0109032 86 CAP CHIP 10000 PF 10 X7R C436 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C437 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C438 2113743N50 0109032A86 CAP CHIP 100 PF 5 COG C439 2113743N50 0109032A86 CAP CHIP 100 PF 5 COG C440 2113743N12 0109032A86 CAP CHIP 2 7 PF 25PF COG C463 2113740F13 0109040A42 CAP CHIP REEL CL1 30 2 7 C600 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG
117. 16 Description CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 1000 PF 10 X7R CAP CHIP 470 UF 10 16V CAP TAN CHIP A P 4 7 20 10 CAP CHIP 10 UF 10 CAP CHIP 10 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 10 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP TANT CHIP 10 UF 16V 10 CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 0 PF 5 COG CAP CHIP 10 UF 10 CAP CERAMIC CHIP 10 0UF CAP CHIP 10 0 UF 16V 80 20 CAP CHIP 10 UF 10 CAP CERAMIC CHIP 10 0UF CAP CHIP 560 PF 10 X7R CAP CERAMIC CHIP 10 0UF CAP TANT CHIP 68 UF 10V 10 CAP CHIP 1 2 PF 25PF COG CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 1 0 UF 16V 80 20 CAP CHIP 10 0 PF 5 COG CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 100 UF 10 X7R CAP CHIP 4 7 UF 16V 80 20 CAP CHIP 10 UF 10 CAP CHIP REEL CL1 30 1 0 CAP CHIP REEL CL1 30 1 0 CAP CHIP REEL CL1 30 1 0 CAP CHIP 100 UF 10 X7R CAP CHIP 1 5 PF 25PF CAP CHIP 18 0 PF 5 COG CAP CHIP 1000 PF 10 X7R CAP CHIP 220 PF 10 X7R CAP CHIP 1000 PF 10 X7R CAP CHIP 3 3 PF 25PF CAP CHIP 1 8PF 16V 25PF CAP CHIP 220 PF 10 X7R CAP CHIP 100 PF 5 COG CAP CHIP 10000 PF 10 X7R CAP CHIP 12 0 PF 5 COG CAP CHIP 15 0 PF 5 COG CAP CHIP 1000 PF 10 X7R CAP CHIP CL1 30 470 5 CAP CER CHIP NPO CLASS I schemsym Schematic Symbols
118. 2 6718 SJN7609B 4 SJN7610B 2 2 SE0007CccU2 SE0006CccU2 SYN4655 SJN8176B 5 0007 2 0006 2 5 4655 SJN8180B 5 0007 22 5 0006 22 SYN6718 0 E0007CccA3 0006 SYN4655 5 81778 809417 59 4 5 5 SE0007CccC3 5C0006CCCC3 SYN4655 SJN8178B 809417A60 5 5 0007 4 5 0006 4 SYN4655 5 81798 809417A61 5 0007 SE0006Cccxx ISYNxxxx 5 8530 809417A62 4 09417A5 80941 7A57 Ukrainian Israeli No language Latvian Estonian ulgarian erbian ojo 809417A58 __2 __2 1 __3 __2 __2 8 8 2 __3 za 5 4 4 Lithuanian 5 __3 5 4 4 4 5 4 gt gt 2 2 1 2 2 3 3 2 3 2 3 3 4 5 5 4 Russian 4 4 4 5 4 3 5 4 4 5 4 5 4 4 4 4 5 Schedule Milestones Motorola Confidential Proprietary Page 16 05 11 98 Schedule Milestone Units Requested Date Comments DDMMMYY Non Functioning N A Cosmetically Correct Units For Marketing Purposes Functioning Units 20 24 AUG 98 Note Painted units For Marketing each color Purposes final functionality not required Field Engineering 30 31 AUG 98 Units with new Test Samples keypad vibrator Worldwide 100 31 AUG 98 Operator Test Samples Market Trial N A Test Samples Launch 30000 11 Sept
119. 2 CAP CHIP 4 7 PF 25 C00360 113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00361 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00362 2113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00363 113743N40 0109038A80 CAP CHIP 39 0 PF 5 COG 00364 2113740 39 0109040A42 CAP CHIP REEL CL1 30 33 00365 2113743 08 0109040A42 CAP CHIP 22000 PF 80 20 Y5V XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 2 16 Schematic Symbol Component Intermediate Description 00367 21137431118 0109040 42 CAP CHIP 4 7 25 C00370 2113743M50 0109040 42 100 5 C00371 2113743M34 0109040 42 22 0 5 C00372 2113743M34 0109040 42 22 0 5 C00373 2113743M40 0109040 42 39 0 5 C00374 2113743117 0109040 42 CAP CHIP 1000 10 X7R Coos 75 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C003 76 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00377 2113743M34 0109040 42 22 0 5 C00378 2113740L57 0109040 42 CAP CHIP REEL C 1 30 180 C00379 2109622M16 0109040 42 CER CHIP CLASS I C00380 2113743E11 0109040A42 CAP CHIP 039 UF 10 X7R C00409 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00410 2113743L41 0109040A42 CAP CHIP 10000 PF 10 X7R C00420 2113743N26 0109040A42 CAP CHIP
120. 2 DIODE SCHTTKY DUAL RB717F SOT 4809924D11 0109040A42 DIODE SCHTTKY DUAL RB717F SOT 4809606E08 0109040A42 DIODE DUAL SCHOTTKEY RB715F 4809653F07 0109038A80 RECT SCHTTKY 1A MBRM120ET3 4809653F07 0109038A80 RECT SCHTTKY 1A MBRM120ET3 4809938N10 0109036A75 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109038A80 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109038A80 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109038A80 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109038A80 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109036A75 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109036A75 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109036A75 LED CHIP YEL GRN LNJ312G8T 4809938N10 0109036A75 LED CHIP YEL GRN LNJ312G8T Motorola Internal Use Only schemsym Schematic Symbols of Item S8324A Date 30 MAR 99 Schematic Symbol DS6 DS7 DS8 FL0480 FL301 FL400 FL401 FL461 FL462 00500 00501 00502 00503 00504 00505 00803 0803A 0803B 506 507 600 603 802 900 L00201 L00203 L00204 L00205 L00222 L00226 L00301 L00350 L00401 L00451 L00460 L00461 L00462 L00465 L00498 L00520 1202 1206 1207 1220 1221 1223 1224 1225 1261 L303 L304 L309 L310 L332 ej C http cxema ru 4809938N10 4809938N10 4809938N10 9109035M01 9109193T05 9109144M01 9109111 08 9109157 01 9109429 04 2809424M01 0909423M03 3909173 01 3909173 01 3909173 01
121. 2 IND CER MLTILYR 4 7 NH 1005 L402 2409154M60 0109038A80 IND CER MTLILYR 5 6 NH 1005 L410 2409646M30 0109038A80 IND CER MULTILYR 8 2NH 1608 L411 2409646M56 0109038A80 IN CER MULTILYR 10 NH 1608 L413 2409646M81 0109038A80 IN CER MULTILYR 10 NH 1608 L430 2409154M81 0109032A86 IND CER MLTILYR 2 7 NH 1005 L902 2503788510 0109038A80 IND PWR 33 UH 20 0 58A 001608 PCB 8409433U06 0109036A75 PCB KYBD FLAT ZAP PCB 8409261U15 0109040A42 PCB ZAP TSOP XCVR Q00109 4809605E02 0109040A42 TSTR SIG NPN 2SC4617 Q00111 4809605E05 0109040A42 TSTR SIG NPN 2SD1664 SOT89 Q00201 4809527E24 0109040A42 TSTR NPN RF MRF949LT1 SC 90 Q00202 4809527E24 0109040A42 TSTR NPN RF MRF949LT1 SC 90 Q00206 4809527E24 0109040A42 TSTR NPN RF MRF949LT1 SC 90 Q00301 4809579E17 0109040A42 TSTR MOSFET P CHAN SI9424 Q00305 4809939C06 0109040A42 TSTR DUAL PNP NPN UMZ2N Q00351 4809940 01 0109040A42 TSTR NPN MRF947 A P Q00460 4809527E20 0109040A42 TSTR NPN RF 25 4784 SC70 000480 4809940 01 0109040 42 TSTR NPN MRF947 Q00501 4809607E05 0109040A42 TSTR PNP DTA143EE Q00520 4809607E05 0109040A42 TSTR PNP DTA143EE Q00602 4809939C05 0109040A42 TSTR DUAL NPN PNP UMC 5 000603 4809608 03 0109040A42 TSTR DIG PNP DTA114YE 000604 4809607 04 0109040 42 SIG PNP 2581132 SOT89 000605 4809605E02 0109040A42 TSTR SIG NPN 2SC4617 Q00704 4809940E02 0109040A42 DIG NPN DTC114YE Q00705 4809940E02 0109040A42 DIG NPN DTC114YE Q00711 4809939 10 0109040A42 TSTR DUAL PNP PNP UMT1N 00412 4
122. 204 L00205 L00222 L00226 L00301 L00350 L00401 L00451 L00460 L00461 L00462 L00465 L00498 L00520 L202 L206 L207 L220 L221 L223 L224 L225 L261 L303 L304 L309 L310 L332 L CI a UC http cxema ru 4809938N10 4809938N10 4809938N10 4809938N10 9109035M01 9109193T05 9109144M01 9109111C08 9109157M01 9109429704 2809424M01 3909173 01 3909173 01 3909173T01 3909173T01 0909888M04 3909301502 3909301502 3909173 01 3909173 01 0909449 03 0909888 01 0909195 01 3909426 01 2409154 88 2409154 96 2409154 91 2409154 38 2462587003 2462587036 2409154 84 2409154M37 2409154M38 2409646M30 2409646M28 2409646M70 2409646M26 2409646M44 2409646M72 2462587L36 2409154M96 2409154M83 2409154M96 2409257115 2409704 50 2462587035 2409257118 2409646M37 2409377M08 2409154M62 2409154M60 2409646M93 2409154M87 2409134727 0109040A38 0109040A38 0109040A38 0109040A38 0109040A42 0109038A80 0109038A80 0109032A86 0109038A80 0109032A86 0109040A42 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109032A8 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109038A80 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80
123. 204 0662057M90 0109040 42 RES CHIP 4700 5 20X40 ROO205 0662057M84 0109040A42 RES CHIP 2700 5 20X40 R00206 0662057M52 0109040A42 RES CHIP 120 5 20X40 ROO207 0662057M60 0109040A42 RES CHIP 270 5 20X40 ROO209 0662057M34 0109040A42 RES CHIP 22 5 20X40 ROO210 0662057M78 0109040A42 RES CHIP 1500 5 20X40 ROO211 0662057M74 0109040A42 RES CHIP 1000 5 20X40 ROO212 0662057M82 0109040A42 RES CHIP 2200 5 20X40 200213 0662057M80 0109040 42 RES CHIP 1800 5 20X40 R00214 0662057M43 0109040A42 RES CHIP 51 5 20X40 ROO227 0662057M43 0109040A42 RES CHIP 51 5 20X40 ROO229 0662057M38 0109040A42 RES CHIP 33 5 20X40 R00232 0662057M98 0109040A42 RES CHIP 10K 5 20X40 200233 0662057M38 0109040 42 RES CHIP 33 5 20X40 200234 0662057M84 0109040 42 RES CHIP 2700 5 20X40 R00245 0662057M68 0109040A42 RES CHIP 560 5 20X40 200301 0662057M62 0109040 42 RES CHIP 330 5 20X40 ROO302 0662057M90 0109040A42 RES CHIP 4700 5 20X40 ROO305 0662057M76 0109040A42 RES CHIP 1200 5 20X40 ROO306 0662057M60 0109040A42 RES CHIP 270 5 20X40 ROO307 0662057M74 0109040A42 RES CHIP 1000 5 20X40 R00309 0609591M43 0109032A85 RES CHIP DUAL 33K 5 0 63W R00313 0662057M43 0109040A42 RES CHIP 51 5 20XA0 R00316 0662057M98 0109040A42 RES CHIP 10K 5 20X40 200318 0662057M01 0109040 42 RES CHIP 0 5 20X40 R00318 0662057M70 0109040A42 RES CHIP 680 5 20X40 200321 0662057M80 0109040 42 RES CHIP 1800 5 20 40 R00328 0662057M01 0109040A42 RES CHIP 0 5 20XA0 R00330 0662057M
124. 26 L207 2 E EFO pr T 777 6239 77 2 21 13743084 R231 L 3 MHz 180K Master Clock IN 702 13M gt T 212414926 06 6208 TNOT cet cee 1000pf 21 13743117 21 1374346 TXEN 2 FH n Cn22 MV1204 70 TXQ_P TXQ M TXI P TXI RUN PARALLEL AND BURY ON INNER LAYER C260 2 PoF C259 Tyf 21 1374310 TPO1OT MDM ANA VC lt VI IS DIRTY C264 _ 23 1104955 f R475 33 C263 1909 21 13742L17 0 2057M07 100 06 6205760 CR223 GSM_ DCS CR261 hee ees GSM 340 MHz gt DCS 240 MHz 5 II 6393 1962 21 13743M4 L304 2 6394 1 0402 1L309 4 On Layer 21 13743N20 C334 Dope Q330 I0 0M60004 270 21 13743N36 FLTR 10V CI s 330 339 R321 48 09939006 R314 1 5K 06 m 2905081 5 48 09527626 CR303 8M063 03 48 09948010 od 18 6339 21 13743M34 EXC M0 0402 5334F R339 330 I C348 18pf 21 13743 6 770 0402 MRFSASLTI
125. 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY 13 of 17 Blue Text Description for Board Bottom Side Al Connects the antenna directly not as in past products inductively BT700 2 Pin SMD Connector to connect the Buffer Battery for the Real Time Clock FL301 TX PA Filter and Coupler Bandpass Filter 900 1800Mhz with seperate output to to PAC IC for measuring the TX Power GSM 0 6dB DCS 1 0dB loss FL400 1st GSM Rx Filter 900 MHz Pass band filter 925 960 MHz with 2 2dB loss FL401 1st DCS Rx Filter 1800MHz Pass band filter 1805 1880 MHz with 2 2dB loss FL461 2nd GSM Rx Filter 900MHz Pass band filter 925 960 MHz with 2 2dB loss 1462 2 nd DCS Rx Filter 1800MHz Pass band filter 1805 1880 MHz with 2 2dB loss J600 15 Pin Butt Plug Connector Main Lines Provides an interface between board and any external device Main lines Uplink Downlink Comms Lines Audio IN OUT Lines DSC Enable Line RF In Out Line Battery Feedback Manual Test and external pow er line J603 2 Pin SMD Connector to connect the Vibra J610 613 Batt Conn 5 Print Pats to connect the clips in the Backhousing J802 Mic Connoctor 2 Pin SMD Connector to connect the Microphone J900 SIM Connector 6 Pin Connector without SIM detect switch L902 Choke Part of the Switch Mode Power Supply boosting the supply voltage up to 5 6Vdc Driven by U900 LS801 Two Print Pats to connect the Alert Q601 Chargi
126. 2W SHRT110 DCS Harmonic Filter if exc OV 3V R368 1 5K CR307 2 270 06 62057M60 LOGIC_GSM_ DCS 3 0309 8 4 3 48 09939 07 21 13743117 _ C240 Pu 7 10000 100pF III 11 2113743458 _ _ 96 62057 38 21 1374 9 01 21 09622N1 0 Otuf Jo Tuf 23 11049455 21 13743034 R233 5 er 25 E 06 62057138 245 DNP 0402 C250 220 21 13743N34 7 C243 4 Tuf 21 13742026 RX275 v2 IS GLEAN por FROM EF RXS o 1000pF 21 18743117 bs e 8 THESE DO NOT NEED 10 BE SHIELDED 221 B BIDUF 21 13743L41 220 9220 17 EE 48 09605 02 ceea lt R224 15 06 6205 7192 44 PUMP 1000pf 21 13743117 06 62057N15 R239 56K FH RXI RXQ IQREF 232 69 6162 21 13742141 17 L MDM ANA VCC M28 0238 18 06 62057M26 211274360 100 L 6231 R230 I 22K I ET he 3 64 0253 1 254 48 09579F18 3 180101 0222 48 09579 18 g Adios 4 21 137430
127. 3 4809877C04 4809788 08 4813832 75 4813830 74 4809788 11 4809877 06 4809788 08 4809788 08 4813830 74 4809788 08 4809788 08 4809995105 4809612719 0109032 86 0109038A80 0109032A85 0109040A42 4809788E08 0662057M01 1161 1309432U01 5402505 01 5602702206 SUG1159F 8509397 01 3209003701 5409158T10 0309315 03 3209003701 5102543T01 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109038A80 0109040A42 0109040A42 0109040A42 0109040A42 0109036A75 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0102701T17 0102701T17 0102701T25 0102701T25 0109036A75 0109038A80 58324 58324 58324 58324 58324 SAG4013A SHN6616A SHN6616A SHN6816A SHN6816A SHN6816A 2 2 2 2 2 2 2 2 IC DC DC CONV INVDBLR 682 IC CUST PAC SC79948DTB 14TSSOP IC BICMOS TIC 6 1 14TSSOP CUST RF PS INTRFC SDC5100T1 IC MASK DSP FIRESTORM 5013BT IC MCU 68338 144BGA IC SRAM 64KX16 KM616FS1000 BGA IC FLASH ROM 512KX16 28F800B3 2 INPUT OR GATE TC7S32FU IC CUST GIFSYN 5 2 F2KHAA9712 TSTR NPN DUAL PHEMP 16TSSOP IC GAAS RF SW 5098 IC ASIC BIC 4 2 SCS38138EC11 IC EEPROM SPCL 8KX8 28BV64 ROM LAZER D SSN DS2401P SNGL
128. 33 gt 51 R32D 33 gt 51 R305 1 2K 1K 1304 18 gt 8 2 C33 4IPF 0NP 341 2 gt 8 2PF DELETE 6111 0M ADD C336 DNP TO PAC ADD C325 DNP 10 PAC ADD C304 10PF 10 TIC CHANGE C538 1500PF gt 3300PF K483 300 3B0 2 8 gt 2 2 1357 5 gt 4 R353 15 gt 22 R3TVDNP 1M RST3 DNP 1M C463 2 1PF 2 4PF L430 3 3NH 2 TNH C402 G 8PF 58 2PF C202 10PF gt 18PF R202 100 gt 51 _C2D0 1 2PF gt 1 5PF R215 1 2K gt 2 2K R310 1 5K 5680 C390 DNP gt 0 5PF R982 51 gt 100 308 5 6PF gt 5 1PF 0395 5 1PF gt 4 7PF 337 DNP gt 39PF__R319 1 2K gt 1k C344 1000PF 2TPF C345 330PF 220PF R341 82K gt 100K 0352 1 gt DNP 22 gt 8 2 K323 10K DNP C32 1 8 2PF TBPF CHANGE L402 10 P N 24 09154M62 CHANGE CR308 TD ONP 24 1L 55 0 341 8 2 gt 5 10L 344 2 gt 20 C325 0M gt 22 C DELETE C258 DNP ADD Cz61 1UF amp L2DT 47NH CHANGE 1309 TO P N 24 09646M93 CHANGE R238 12K 982K CHANGE 0310 TO P N 51 09879 12 CHANGE 0200 TO P N 48 09527E30 0382 2 gt 1 8 C364 15PF gt 21PF CHANGE C255 22PF gt 18PF CHANGE L261 TD P N 24 09377 08 CHANGE C325 22PF gt DNP C349 8 2PF gt 22PF R325 10K gt 12K C337 39PF 4TPF 305 1 gt 1 0395 4 1 gt 5 C321 10PF 58 2PF C363 DNP gt 1PF C402 8 2PF gt 4 TPF 1402 8 2 gt 5 6 R239 82K 56K C208 2 1PF 3 9PF R217 2 1K gt 3K 218 2 18 87 19 DEC
129. 38A80 CAP CHIP 8 2 PF 5PF COG C330 2113743N24 0109038A80 CAP CHIP 8 2 PF 4 5PF COG Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 LS Page 5 16 Schematic Symbol Component Intermediate Description C331 2113743N10 0109038A80 CAP CHIP 2 2 4 25PF C333 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C335 2113743N20 0109038A80 CAP CHIP 5 6 PF 4 5PF COG C338 2113743N20 0109038A80 CAP CHIP 5 6 5PF C347 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C349 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C351 2113743125 0109032A85 CAP CHIP 2200 PF 10 X7R C354 2113743N10 0109032A85 CAP CHIP 2 2 PF 25PF COG C355 2113743N22 0109032A85 CAP CHIP 6 8 PF 5PF COG C356 2113740120 0109032 85 12 0 50V 2 0 C357 2113743117 0109032 85 CAP CHIP 1000 PF 10 X7R C359 2113743N20 0109040A42 CAP CHIP 5 6 PF 5PF COG C366 2113743141 0109032 85 CAP CHIP 10000 PF 10 X7R C369 2113743N07 0109038A80 CAP CHIP 1 5 25PF COG C381 2311049B04 0109038A80 CAP TANT CHIP 4 7 UF 10V 10 C382 2113743N69 0109032A85 CAP CHIP 1 8PF 16V 25PF C383 2113743141 0109032 85 CAP CHIP 10000 10 X7R C384 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C385 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C388 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C389 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C3
130. 4655 SJN7603B 5 5 5 S 2 French o o oe German Norwegian 80941 7A37 ortuguese 809417A3 8 09417A3 panish wedish Belgium Package ojo S 0007 1 E0006CccM1 5 465 7606 5 5 0007 1 5 0006 1 4655 SJN7602B 4 SJN7604B SE0007CccP1 5 0006 1 SYN4655 SJN7604B SJN7607B SJN7608B 5 6 8 9 SE0007CccQ1 5 0006 1 SYN4655 SJN7595B 6809417 39 SEO007CccR1 5 0006 1 SYN4655 SJN7596B 6809417 4 5 0007 51 5 0006 51 SYN4655 SJN7572B 6809417 44 other models models 5 655 SJN7610B 6809417 45 n a Y 8 7 8 9 9 Swiss Package Turkish Hungarian Slovakian 3 L gt 2 5 gt e 79 C 22 19 Q SE0007CccT1 5 0006 1 SJN7604B SJN7610B 09417M SE0007CccV1 5 0006 1 SYN4655 SJN7792B 6809417 4 80941744 80941745 5 0007 21 5 0006 21 SYN4655 9 80941742 5 0007 2 5 0006 2 SYN4655 5 81738 809417433 809417034 2 3 olish Czech No language Engl S Africa Croatian Germn Austria Cyprus Romanian Slovenian Gulf States Package 0 5 809417452 5 SE0007CccP2 5 0006 2 SYN4655 SJN8174B 809417A55 SE0007CccS2 5 0006 52 SYN4655 SJN8175B 8 6 S 5 0007 2 5 0006
131. 4809641F02 0109040A42 DIODE VCTR ABRUPT SMD SOD232 4809948D22 0109040A42 DIODE PIN BAR65 02W SCD 80 4809948D22 0109040A42 DIODE PIN BAR65 02W SCD 80 4813830M74 0109040A42 DIODE DUAL 6 8V COM ANODE 4809653F07 0109040A42 RECT SCHTTKY 1A MBRM120ET3 4809118D01 0109040A42 LED BICOLOR LNJ107W5PRA1 4809606E02 0109036A75 DIODE DUAL ARRAY DAN222 4813832P75 0109036A75 TRANS SUP QUAD 6 8 V 4809641F02 0109038A80 DIODE VCTR ABRUPT SMD SOD232 4809641F04 0109038A80 DIODE VCTR SMV1204 70 SOT23 4809948D05 0109032A86 DIODE RF SWITCH SMT SOD323 4809641F02 0109038A80 DIODE VCTR ABRUPT SMD SOD232 4813832P75 0109036A75 TRANS SUP QUAD 6 8 V 4809948D22 0109032A86 DIODE PIN BAR65 02W SCD 80 4809948D22 0109032A86 DIODE PIN BAR65 02W SCD 80 4809948D10 0109038A80 DIODE PIN BAR63 03 4809948D13 0109032A86 DIODE RF SWITCH BA892 ESC 4809948D13 0109032A86 DIODE RF SWITCH BA892 ESC 4809948D13 0109032A86 DIODE RF SWITCH BA892 ESC 4809606 08 0109040A42 DIODE DUAL SCHOTTKEY RB715F 4809606 08 0109040A42 DIODE DUAL SCHOTTKEY RB715F 4809606 08 0109040A42 DIODE DUAL SCHOTTKEY RB715F 4809606 08 0109040A42 DIODE DUAL SCHOTTKEY RB715F 4809606E02 0109040A42 DIODE DUAL ARRAY DAN222 4809606E07 0109038A80 DIODE DUAL ARRAY DA221 4809653F07 0109038A80 RECT SCHTTKY MBRM120ET3 4809606E07 0109038A80 DIODE DUAL ARRAY DA221 4809606E02 0109038A80 DIODE DUAL ARRAY DAN222 4809924D11 0109040A42 DIODE SCHTTKY DUAL RB717F SOT 4809924D11 0109040A42 DIODE SCHTTKY DUAL RB717F SOT 4809924D11 0109040A4
132. 49 56 2113743E20 2113743N26 2113743N38 2113743N26 2113743N38 2311049C17 2113743H14 2113743H14 2113743N26 2113743E20 2113928708 2113743H14 2113743E20 2113928708 2113743111 2113928708 2311049C16 2113743N05 2113743M24 2113743M24 2113743M24 2113743M24 2113743F16 2113743626 2113743 20 2113743101 2113743101 2113743026 2113743M24 2113743N07 2113743N32 2113743117 2113743117 21137431114 2113743N69 2113743N50 2113743141 2113743N28 2113743N30 2113743L17 2113740F67 2109622N09 XXX Motorola Internal Use Only 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A42 0109032A85 0109038A80 0109036A75 0109036A75 0109036A75 0109036A75 0109032A85 0109032A85 0109038A80 0109032A85 0109032A85 0109032A85 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 BO 3 16 Description CAP CHIP 047 UF 10 X7R CAP CHIP 2200 PF 10 X7R CAP CHIP 10 0 PF 5 COG CAP CHIP 047 UF 1
133. 50 25322 191 934 PRODUCT DESCRIPTION SEOOO6BB1IW1 50 25322 192 160 SEOOO6BB1Y1 50 25322 192 177 5 0006 171 50 25322 192 382 25322 192 184 25322 192 191 50 25322 192 207 50 25322 192 214 50 25322 192 221 50 25322 192 238 50 25322 192 245 50 25322 192 252 50 25322 192 269 50 25322 192 399 50 25322 192 276 y MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 5 0007 50 25322 191 941 5C0006881C3 50 25322 192 283 0007 1 4 50 25322 191 958 5 0006 4 50 25322 192 290 7 PRODUCT The internal name for this product is ZAP The pre launch of the product that can be used with customers is Platform Z This name is to be used as a precaution against the name ZAP becoming adopted by the market The final market names for the different models are below am Stage cd930 cd938 8 SAMPLE SCHEDULE This list will be constantly updated as new requirements are submitted 9 TYPE APPROVAL Full Phase II Type Approval was obtained for the ZAP Platform on 16 March 1998 Type approval should symultaneously be sought in Asia Type approval should then be supported and obtained in the following countries outside the European Community Russia Hungary Poland Ukraine Israel The following Type names will be used in European Type Approval Stage I amp II Flipped MC2 41B11 Stage Flipless MC2 41B12
134. 5109632D92 20 Display SW Version Number of Modem If RF INPUT and the MAIN VCO OK the main suspicions are with the 2 input filters FL400 and FL401 and the can SHO1 should be removed If TX is generated but is low then we look for problems under SH02 and 509 and follow path through to antenna CR303 TX Exciter Diode 4809948510 0401 Antenna Switch IC 5109572 04 22 Display SW Version Number of Speech Coder If the signal is low at the input to these it could be losses caused by the Antenna Switch 0401 4 der hs _ 35 If 947 4 and 794 4 RF values are fine but 215MHz into GIF is low _ then we must also remove can 08 The SAW filter FL480 Pens s OK but falli Wingate check at the T R switching circuitry 0401 0405 switching RE 1600 Pin FL301 Ist Rx Filter 9109193T05 U403 Switch Control 5109923D14 and IF Isolation AMP 0480 is located under here 26XXXX Set Continuous AFC FL400 2nd Rx Filter 9109144 01 0301 PA Dual FET IC 4809527E31 31x Initiate Pseudo Random Sequence with Midamble FL401 VCO Filter 9109111C08 U370 TIC IC 5109879E12 ERE Synchronize to BCA FL480 IF Saw Filter 9109035 01 0340 5109632 91 36 Initiate Acoustic Loopback FL461 RX GSM Injection Filter 9109157 01 VR353 TX VCO Varactor 4809877C06 TOME Nein TE pi 45 Serving Cell Power Level FL462 RX DCS Injection Filter 9109429704 VR354 TX VCO Variator 4809877C04 1
135. 57M50 0109038A80 RES CHIP 100 5 20X40 R239 0662057N17 0109038A80 RES CHIP 56K 5 20X40 R240 0662057M80 0109038A80 RES CHIP 1800 5 20X40 R241 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R242 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R243 0662057M82 0109032A85 RES CHIP 2200 5 20X40 R250 0662057M68 0109032A85 RES CHIP 560 5 20X40 R303 0662057M43 0109038A80 RES CHIP 51 5 20X40 R310 0662057M74 0109032A86 RES CHIP 1000 5 20X40 R311 0662057M70 0109032A86 RES CHIP 680 5 20X40 R312 0662057M70 0109032A86 RES CHIP 680 5 20X40 R313 0662057M43 0109032A85 RES CHIP 51 5 20X40 R314 0662057M78 0109032A85 RES CHIP 1500 5 20X40 R315 0662057M01 0109038A80 RES CHIP 0 5 20X40 R319 0662057M74 0109038A80 RES CHIP 1000 5 20X40 XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 13 16 Schematic Symbol Component Intermediate Description R320 0662057M58 0109038A80 RES CHIP 220 5 20X40 R322 0662057M98 0109032A85 RES CHIP 10K 5 20X40 R324 0662057N09 0109032A85 RES CHIP 27K 5 20X40 R325 0662057N01 0109032A85 RES CHIP 12K 5 20X40 R326 0662057N03 0109032A85 RES CHIP 15K 5 20X40 R329 0662057M78 0109032A86 RES CHIP 1500 5 20X40 R332 0662057M38 0109038A80 RES CHIP 33 5 20X40 R333 0662057M92 0109038A80 RES CHIP 5600 5 20X40 R334 0662057M88 0109038A80 RES CHIP 3900 5 20X40 R336 0662057M26 0109032A85 RES CHIP 10 5 20X40 R33
136. 6BB1B1 to be SE0006CB1B1 for refresh To avoid confusion the market name will not change Future plans to add Tri Codec FR EFR HR to cd900 series Not up grade in the field Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 Updated 28th Okt 1998 Ver 1 2 Part Designator Part Description Part Number Part Designator Part Description Part Number Alert Alert 5009005J03 Q601 Power Transistor Charging 4809579E04 BT700 Connector Real Time Clock 0909888 01 0602 Transistor Battery Feedback 4809939 05 607 Diode Charge Line 4809606E07 R602 Resistor I Sense 0680195M64 CR910 Diode Switched Supply 4809653F02 0500 SMOC Motorola 5199332C03 J500 Keyboard Connector 2809424M01 0500 Firestorm IC Lucent 5199374 01 1600 Connector Extern 0909449B03 U703 BIC IC 5109962 11 1603 Connector Vibra 0909888 01 0900 5109632075 1802 Connector Microphone 0909195 201 0980 Voice Annotation IC 5109152M07 J803 Connector Speaker 0909888M04 U982 Amlifier IC 5109731C03 1900 SIM Connector 3909426 01 SH11 Shield Call Processor 2609482M01 LS802 Speaker 5009076E12 SH12 Shield GCAP 260948 1M01 Mic Microphone 5009536 15 SH13 Shield SMOC 2609483M01 0501 Transistor
137. 7 rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Main Board Top Side CR710 _ Loudspeaker position Bicolour LED Not assempled m U403 Q460 _ 6 Lem RF Switch driver Mixer FL480 Eo Q301 14 _ Power Switch 215MHz LS Connector PAC circuit J502 504 _ t y Volume Mute Key Connector T TENTER Ee 0L E DS101 104 2 1 1 Display LEDs 0340 TX VCO PACIC U704 0370 t inue SI Flash TIC IC U702 SRAM 5000 SES SMOCor oo GEE 0701 Firestorm IC Call Processor 0111 Display LED Driver J500 Keyboard Connector U980 Voice Annotator Q604 Mic and Vibra Driver Mic Grommet pos Not assempled U101 DC DC Conv 10V Blue Text Description for Main Board T ide CR710 Bipolar LED 3 Colour LED Sign Red No Service Green In Service Orange Camping or Roaming in other countrys DS101 104 Display LEDs FL480 IF Filter 215 MHz 215 MHz Saw Filter with GSM 4 5dB DCS 4 5dB loss J500 Keyboard Connector 32 Pin Conncetor between Main Board and Keyboard Motorola Ltd 1997 European Cellular Subscriber Division pll of 17 AII rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CON
138. 7 21 13743L05 LEVEL 4 COLOUR SCHEMATICS Rev 1 6 H DUAL BAND ZAP Colin Jack Michael Hansen Billy Jenkins Ralf Lorenzen Page 2of 3 if exc 1 5V 1 8V
139. 70 0109040A42 RES CHIP 680 5 20X40 200331 0662057M74 0109040 42 RES CHIP 1000 5 20 40 200335 0662057M44 0109040 42 RES CHIP 56 5 20X40 200337 0662057M40 0109040 42 RES CHIP 39 5 20X40 R00340 0662057M94 0109040A42 RES CHIP 6800 5 20X40 200341 0662057M23 0109040 42 RES CHIP 100K 5 20X40 R00342 0662057M94 0109040A42 RES CHIP 6800 5 20X40 R00343 0662057M01 0109040A42 RES CHIP 0 5 20X40 R00354 0662057M82 0109040A42 RES CHIP 2200 5 20X40 R00357 0662057M38 0109040A42 RES CHIP 33 5 20X40 R00358 0662057M90 0109040A42 RES CHIP 4700 5 20X40 200370 0662057M54 0109040 42 RES CHIP 150 5 20X40 00374 0662057 26 0109040A42 RES CHIP 10 5 20X40 R00377 0662057M43 0109040A42 RES CHIP 51 5 20XA0 200405 0662057M82 0109040 42 RES CHIP 2200 5 20X40 XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol ROO406 ROO451 ROO461 R00462 100468 200480 200481 200482 200483 200501 200502 200504 200505 200510 200511 200514 100516 100525 100526 200555 200601 100606 100607 200608 100616 100617 200703 200705 200712 200723 100726 200728 200732 200733 200734 200735 00736 00739 200740 200741 200742 200743 200753 100770 200771 200772 200773 200774 100775 100776 200777 100778 200805 100806 http cxema ru 0662057N23 0662057M01 0662057M84 0662057M82 0662057M52 0662
140. 743N18 0109040A42 CAP CHIP 4 7 PF 25PF COG 00360 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG 00361 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00362 2113743117 0109040A42 CAP CHIP 1000 PF 10 X7R C00363 2113743N40 0109038A80 CAP CHIP 39 0 PF 5 COG C00364 2113740F39 0109040A42 CAP CHIP REEL CL1 30 33 00365 2113743 08 0109040A42 CAP CHIP 22000 PF 80 20 Y5V 00367 2113743N18 0109040A42 CAP CHIP 4 7 PF 25PF COG C00370 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG 00371 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00372 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00373 2113743N40 0109040A42 CAP CHIP 39 0 PF 5 COG XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item 58323 Date 30 MAR 99 LS Page 2 16 Schematic Symbol Component Intermediate Description C00374 2113743L17 0109040A42 CAP CHIP 1000 PF 10 X7R C00375 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00376 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00377 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00378 2113740F57 0109040A42 CAP CHIP REEL CL1 30 180 00379 2109622N16 0109040A42 CAP CER CHIP NPO CLASS I C00380 2113743E11 0109040A42 CAP CHIP 039 UF 10 X7R C00409 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00410 2113743L41 0109040A42 CAP CHIP 10000 PF 10 X7R C00420 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG C00421 2113743N26 0109040A42 CAP CHIP 10 0 PF 5
141. 743N32 0109040A42 CAP CHIP 18 0 PF 5 COG C00213 2113740112 0109040 42 CER CHIP 5 6 PF 0 1 00216 2113743 09 0109040A42 CAP CHIP 2 0 PF 25PF COG C00234 2113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00235 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG 00239 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00244 2113743N40 0109038A80 CAP CHIP 39 0 PF 5 COG C00247 2113740A67 0109040A42 CAP CHIP REEL CL1 30 330 C00250 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00251 2109622N16 0109040A42 CAP CER CHIP NPO CLASS I C00252 2109622N16 0109040A42 CAP CER CHIP NPO CLASS I C00271 2113743L41 0109032A86 CAP CHIP 10000 PF 10 X7R C00301 2113741F49 0109040A42 CAP CHIP CL2 X7R REEL 10000 C00304 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG C00314 2113743E20 0109040A42 CAP CHIP 10 UF 10 C00317 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00318 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00322 21137431140 0109038A80 CAP CHIP 39 0 PF 5 COG C00337 2113743N42 0109038A80 CAP CHIP 47 0 PF 5 COG C00340 2113743N26 0109040A42 CAP CHIP 10 0 PF 5 COG 00341 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG C00342 2113743101 0109040 42 CHIP 220 PF 10 X7R C00343 2113743N34 0109040A42 CAP CHIP 22 0 PF 5 COG 00344 2113743117 0109040 42 CAP CHIP 1000 10 X7R C00345 113743101 0109040 42 CHIP 220 10 X7R C00346 113743L01 0109040 42 CHIP 220 10 X7R C00350 2113743141 0109040A42 CAP CHIP 10000 PF 10 X7R C00353 2113
142. 8 SNN5360 Holster plastic SE0012Cxxxx See Table 1 Sect 4 4 Battery Door SE0300Cxxxx P N SHN6617 Black 5C0311CXXXX See Table 1 Sect 4 4 5 6943 blue SE0287Cxxxx Literature Kit SHN6825 MGX grey Blue pulp insert SE0145Cxxxx See Table 3 Appendix Universal Charger 5 4278 5603930 01 Plug See Table 1 Sect 4 4 Esc See Table 2 Appendix 5 0006 Kit Battery LSQ8 SNN5360 Holster plastic SE0013Cxxxx See Table 1 Sect 4 4 Battery Door SHN6851 SE0913Cxxxx P N SHN6617 Black Holster leather SE0310Cxxxx See Table 1 Sect 4 4 SHN6943 TP blue SYN6913 SE0288Cxxxx Literature Kit SHN6825 MGX grey Zap Wings Box SE0146Cxxxx See Table 3 Appendix SHN7105 Electric Blue 5602702714 SHN7106 Shark Silver Blue pulp insert Universal Charger SPN4278 5603930K01 Plug See Table 1 Sect 4 4 Flat Esc See Shark Silver Eastern Table 2 Appendix Leather holster is to be structured with Electric blue and Shark Silver models Motorola Confidential Proprietary Page 14 05 11 98 4 3 New Sales Model Variants Following Core Products Escutcheon L Manual Box Flex Europe tage IV Flip Zap Omnitel Italy Escutcheon Flex Europe E tage IV Flip Zap Wind Europe Escutcheon Box Escutcheon Box Nw m I 2 N 5 E0160CB1H3 E0167CB1H4 I N UJ
143. 80 CAP TAN CHIP A P 4 7 20 10 C912 2113743L41 0109038A80 CAP CHIP 10000 PF 10 X7R C918 2113743N12 0109038A80 CAP CHIP 2 7 PF 25PF COG C919 2113743N12 0109038A80 CAP CHIP 2 7 PF 25PF COG C920 2113743626 0109038A80 CAP CHIP 4 7 UF 16V 80 20 C923 2113743N12 0109038A80 CAP CHIP 2 7 PF 25PF COG XXX Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 Schematic Symbol C953 C967 C982 C990 C993 C995 C996 C997 C998 C999 R0202 R0203 R0308 R0505 R0604 R0710 R1 N R220 R221 R223 R261 2 301 R302 R303 R304 R306 R307 R501 R502 R503 R504 R601 R602 R605 R607 R608 R702 R703 R704 R705 R706 R903 R910 05101 05102 05103 05104 052 053 054 055 http cxema ru LS Page 7 16 Component Intermediate Description 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG 2113743117 0109038 80 CAP CHIP 1000 10 X7R 2113743 24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V 2113743111 0109038 80 CAP CHIP 560 10 X7R 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R 2113741F33 0109038A80 CAP CHIP 12 X7R REEL 2200
144. 800 ZAP Issue 8 0 PRODUCT DESCRIPTION example the metallic blue used at CeBIT A range of specials are required for August 1998 Keypad Lens and Escutcheons may be changed to compliment these new colours Texture Front back and battery door will be finished with a textured surface that feels silky to the touch The finish will be VDI27 This should de emphasise the appearance of smudges and facial oil 2 1 3 Display The display will consist of a 96 x 32 pixel LCD module with full graphics support and icons Utilising the same pixel density of both StarTAC and 8700 the display size will be slightly smaller measuring 34 x 23 mm The display icons will be arranged in two rows located at the top of the display to allow the integration of soft prompts at the bottom of the display when WAP is introduced Top Row Signal strength indicator Real time clock Battery charge indicator Bottom Row Off hook Roam Home Zone Voicemail SMS Ringer On Note Ringer On is a new feature not offered in previous products 2 1 4 Lens The different lenses for Flipped and Flipless ZAP will be curved to follow the contours of their front housings Motorola branding will be positioned at the top of the lenses in stark white The lenses will have glossy finishes and be the same colours as the main housings However the finish should minimise glare The borders around the displays must be minimised but should not allow any gasket
145. 809939C07 0109032A86 TSTR DUAL PNP PNP UMA4NTL 01 4809607 02 0109036A75 TSTR SIG PNP 25A1774 0100 4809939C05 0109032A85 TSTR DUAL NPN PNP UMC 5 0100 4809605E05 0109036A75 TSTR SIG NPN 2501664 50 89 Q101 4809605E02 0109036A75 TSTR SIG NPN 25 4617 Q105 4809608E03 0109032A85 TSTR DIG PNP DTA114YE Q2 4809607E02 0109036A75 TSTR SIG 25A1774 0200 4809527 30 0109032A85 TSTR NPN RF 68719 5 90 Q205 4809939C07 0109032A85 TSTR DUAL PNP PNP UMA4NTL 0220 4809605E02 0109038A80 TSTR SIG NPN 2SC4617 Q221 4809579E18 0109038A80 TSTR MOSFET P CHAN TP0101T Q222 4809579E18 0109038A80 TSTR MOSFET P CHAN 0101 0300 4809939C12 0109040A42 DUAL NPN NPN UPA806T T1 Q304 4809939C07 0109032A85 TSTR DUAL PNP PNP UMA4NTL Q306 4809939C06 0109032A85 TSTR DUAL PNP NPN UMZ2N Q309 4809939C07 0109032A85 TSTR DUAL PNP PNP UMA4NTL 0330 4809527E26 0109038A80 TSTR NPN RF 25C5081 SOT343 0331 4809527E24 0109038A80 TSTR NPN RF MRF949LT1 SC 90 Q350 4809940E01 0109032A85 TSTR NPN MRF947 A P 0410 4809527 30 0109038A80 TSTR NPN 68719 5 90 0411 4809527E24 0109038A80 TSTR NPN RF MRF949LT1 SC 90 Q430 4809527E32 0109032A86 TSTR NPN RF BFP320W 0431 4809527 24 0109032A86 TSTR NPN RF MRF949LT1 SC 90 0601 4809579 04 0109038 80 TSTR MOSFET SI9434DY 0701 4809605E02 0109038A80 TSTR SIG NPN 2SC4617 Motorola Internal Use Only http cxema ru schemsym Schematic Symb
146. 813 a XU DSC EN B 48 13832 75 Ju DOWNLINK um UPLINK C607 108 CED AUDIO OUT AUDIO IN AED RS232 vdd L275 vss GND 167406406 M C RS232 TX PLACE 1 BY GCAP IU 1 CAP BY 6907 cst 913 18uF Tou _ 915 B CR903 55817 10C 0905 UMTIN 159512 100K T TN PLACE BY BUTTPLUG ALONG WITH I 10UF CAP witch er Circui 0603 IMII4VC 9616 1K et CR602 R617 186 48 09506 07 04221 cell 6810 C603 pamm FDBAK C804 C600 3306 3 3306 eof L BATT_CNTL lt IV IV A SW_RF REVISIONS Europe Middle East amp Africa Customer Services LEVEL 4 COLOUR SCHEMATICS 15 07 98 Rev 1 6 DUAL BAND ZAP Colin Jack Michael Hansen Billy Jenkins Ralf Lorenzen Page 3of 3 3Vpp Power Step 04 11 50mVpp 12 15 900mVpp ee gt a 2 15 LM gt 4 Power Step 04 520mVpp 15 280mVpp 3Vpp 2 8Vpp MDM_RD 500us em 2 8Vp
147. 85 Asian SMS Support for SmartCELLect cable modem EFR FR Codec support SIM Tool Kit 1 6 x SIM interface Description SIM Lock modifications Service Dialling Numbers 16k SIM Committed Asia only Status for Stage I launch Committed Committed Committed Committed Committed Committed Status for Stages II amp III Not Committed 5 2 ot N 0187 Delayed Answer Not Committed CPHS version 3 2 Not Committed 0022 0174 0115 0135 0190 0167 0038 0023 Keypad Lock prevents power off Delete All Messages menu and Quick Access item Show Date Quick Access item Credit Remaining Quick Access item or key SIM Copy GCSA implementation Closed User Group CUG Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed 59 2 N 0128 0196 5 5 Reply to SMS MT Local Languages Extended Latin Local Languages Cyrillic October 12 1998 Motorola Confidential Proprietary Not Committed Not Committed N N y MOTOROLA C5M900 1800 ZAP Issue 8 0 Tracking Number 0139 0143 0053 0014 0051 0197 0020 0075 0155 n a 0015 0072 Description Unique Ringer Tone SMS Status Report Multipage SMS Phonebook access for Call Divert and SMS Interchangeable language sets Latin Interchangeable language sets Cyrillic Quick Access Loca
148. 9 0662057M62 0109038A80 RES CHIP 330 5 20X40 R349 0662057M26 0109038A80 RES CHIP 10 5 20X40 R351 0662057M90 0109032A85 RES CHIP 4700 5 20X40 R353 0662057M34 0109032A85 RES CHIP 22 5 20X40 R355 0662057M82 0109032A85 RES CHIP 2200 5 20X40 R368 0662057M78 0109032A85 RES CHIP 1500 5 20X40 R369 0662057M80 0109032A85 RES CHIP 1800 5 20X40 R371 0662057N47 0109040A42 RES CHIP 1 0 MEG 5 20X40 R373 0662057N47 0109040A42 RES CHIP 1 0 MEG 5 20X40 R410 0662057M30 0109038A80 RES CHIP 15 5 20X40 R411 0662057M92 0109038A80 RES CHIP 5600 5 20X40 R412 0662057M90 0109038A80 RES CHIP 4700 5 20X40 R415 0609591M33 0109038A80 RES CHIP DUAL 4 7K 5 0 63W R418 0662057M50 0109038A80 RES CHIP 100 5 20X40 R430 0662057M30 0109032A86 RES CHIP 15 5 20X40 R431 0609591M33 0109032A86 RES CHIP DUAL 4 7K 5 0 63W R432 0662057M90 0109032A86 RES CHIP 4700 5 20X40 R433 0662057M92 0109032A86 RES CHIP 5600 5 20X40 R437 0662057M54 0109032A86 RES CHIP 150 5 20X40 R450 0662057M01 0109032A85 RES CHIP 0 5 20X40 R602 0680195M64 0109038A80 RES 0 24 OHM 1 2W R603 0662057M50 0109038A80 RES CHIP 100 5 20X40 R611 0609591M37 0109038A80 RES CHIP DUAL 10K 5 0 63W R614 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R650 0662057M90 0109038A80 RES CHIP 4700 5 20X40 R701 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R704 0662057M74 0109038A80 RES CHIP 1000 5 20X40 R706 0662057M98 0109038A80 RES CHIP 10K 5 20X40 R707 0662057N23 0109038A80 RES CHIP 100K 5 20X40 R7
149. 90 2113743N01 0109038A80 CAP CHIP 0 5 PF 25PF COG C391 2113743N02 0109038A80 CAP CHIP 0 75 PF 25PF C392 2113743L05 0109038A80 CAP CHIP 330 PF 10 X7R C393 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C394 2113743N18 0109038A80 CAP CHIP 4 7 PF 25PF COG C395 2113740F19 0109038A80 CAP CHIP REEL CL1 30 4 7 C397 2113743N34 0109032A86 CAP CHIP 22 0 PF 5 COG C399 2113743N36 0109032A85 CAP CHIP 27 0 PF 5 COG C4 2113743A19 0109040A38 CAP CHIP 100 UF 10 X7R C402 2113743N18 0109038A80 CAP CHIP 4 7 PF 25PF COG C403 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C408 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C411 2113743141 0109038A80 CAP CHIP 10000 PF 10 X7R C412 2113743N10 0109038A80 CAP CHIP 2 2 PF 25PF C413 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C415 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C416 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C417 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C418 2113743N50 0109038A80 CAP CHIP 100 PF 5 COG C419 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C430 2113743141 0109032 86 CHIP 10000 PF 10 X7R C432 2113743M08 0109038 80 CHIP 1 6 PF 25 C433 2113743M26 0109032 86 CAP CHIP 10 0 5 C435 2113743141 0109032 86 CHIP 10000 10 X7R C436 2113743M26 0109032 86 CAP CHIP 10 0 PF 5 C437 2113743N26 0109032A86 CAP CHIP 10 0 PF 5 COG C438 2113743N50 0109032A86 CAP CHIP 100 PF 5 COG C439 2113743N50 0109032A86 CAP C
150. 900 Note When the radio is in audio loopback mode the following happens Audio signal is passed through the input path Signal is digitally coded Digital information is looped back and decoded to analogue Signal is passed through output path When in audio loopback mode the analogue signal is coded looped back and decoded itis not sent to the modem to be converted to amp Q signals lain Mawhinney PAGE 53 21 6 98 Zap Flip Version CD920 Schematic Symbols of Item 58323 Date 30 MAR 99 LS Page 1 16 Schematic Symbol Component Intermediate Description Al 39091585701 0109038 80 CNTCT ANT ZAP BT700 0909888M01 0109038A80 RECEPT XDCR SMD C00102 2311049A54 0109040A42 CAP TAN CHIP A P 3 3 20 16 C00103 2311049A54 0109040A42 CAP TAN CHIP A P 3 3 20 16 00104 2311049 56 0109040A42 CAP TAN CHIP A P 4 7 20 10 00107 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG C00201 21137431150 0109040 42 100 LL 5 C00203 2113743M36 0109040 42 CAP CHIP 27 0 PF 5 C00205 2113743117 0109040 42 CAP CHIP 1000 10 X7R C00206 2113743N07 0109040A42 CAP CHIP 1 5 PF 4 25PF COG C00207 2113743N35 0109040A42 CAP CHIP 24 0 PF 5 COG C00208 2113743N16 0109040A42 CAP CHIP 3 9 PF 25PF C00209 2113740112 0109040 42 CER CHIP 5 6 PF 0 1PF C00210 2113743141 0109040A42 CAP CHIP 10000 PF 10 X7R C00211 113740112 0109040 42 CER CHIP 5 6 PF 0 1PF 00212 2113
151. 9038A80 CAP CHIP 10000 PF 10 X7R C263 2113743117 0109038 80 CAP CHIP 1000 LL 10 X7R C264 2311049 56 0109038A80 CAP TAN CHIP A P 4 7 20 10 C265 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C266 2113743N32 0109038A80 CAP CHIP 18 0 PF 5 COG C267 2113740F67 0109038A80 CAP CHIP 1 30 470 5 C268 2113743N54 0109038A80 CAP CHIP 150 PF 5 COG C269 2109622N09 0109038A80 CAP CER CHIP NPO CLASS I C299 2113743N10 0109040442 CAP CHIP 2 2 PF 25PF COG C3 2113743A19 0109040A38 CAP CHIP 100 UF 10 X7R C300 2113928J08 0109038A80 CAP CERAMIC CHIP 10 0UF C302 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V C306 2113740F09 0109038A80 CAP CHIP REEL CL1 30 1 8 C307 2113740L09 0109038A80 CAP CER CHIP 4 3 PF 0 1LL C308 2113743N14 0109038A80 CAP CHIP 3 3 PF 25 C309 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C310 2113740F11 0109038A80 CAP CHIP REEL CL1 30 2 2 CSII 113740L10 0109032A86 CAP CER CHIP 4 7 PF 0 1LL C312 113742C30 0109038A80 CAP CER CHP 4 7PF 25 100V C313 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C315 2113743N10 0109038A80 CAP CHIP 2 2 PF 25PF C319 2113743N50 0109032A86 CAP CHIP 100 PF 5 COG C320 2113743N36 0109038A80 CAP CHIP 27 0 PF 5 COG C321 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C323 2113743N30 0109032A85 CAP CHIP 15 0 PF 5 COG C324 2113743N30 0109038A80 CAP CHIP 15 0 PF 5 COG C326 2113743N36 0109032A85 CAP CHIP 27 0 PF 5 COG C327 2113743N24 01090
152. 909413A07 Motorola Confidential Proprietary 6809402A59 6809402A60 6809402A56 6809402A75 6809402A57 6809408A62 6809402A55 6809408A63 none 6809402A74 1 6909413A02 5 6809402A73 2 6809402A64 5 6909413A03 5 6909413A04 5 none Swedish Belgium Package Swiss Package North Africa Package South Africa German for Austria Romanian Slovenian Gulf States Package No language y MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION SEO007BccA4 SEO006BccA4 SYN4655 SIN8179A 6909413 08 Table 2 Literature Kits Kit Market Kit Stage I Stage II Stage Number Contents Flipped ZAP Flipped ZAP Flipless ZAP SE0007AB1A1 SE0007BccA1 0006 1 SJN8356AA Denmark Accessory Leaflet 68P09414A66 5 0012 1 SE0013BccA1 Invalid Battery 68P09415A29 SE0007AB1B1 SE0007BccB1 0006 1 SJN8356AB Accessory Leaflet 68P09414A67 5 0012 1 SE0013BccB1 Registration Card 68P09408A20 Invalid Battery 68P09415A30 SE0007ABICI SE0007BccC1 0006 SJN8356AC Finland Accessory Leaflet 68P09414A68 Invalid Battery 68P09415A31 SE0007BccD1 SE0006BccD1 SJN8356AD Netherlands Accessory Leaflet 68P09414A69 Registration Card 68P09408A24 Invalid Battery 68P09415A32 0007 1 5 0006 SJN8356AE France Accessory Leaflet 68P09414A70 SEO012BccE1 SE0013BccE1 Registration Card 68P09408A21 Invalid Battery 68P09415A33 SE0007ABIF
153. 9241011 48099241011 48099241011 48099241011 4809606 08 4809653F07 4809653F07 4809938N10 4809938N10 4809938N10 4809938N10 4809938N10 4809938N10 XXX Motorola Internal Use Only 0109038A80 0109038A80 0109038A80 0109032A86 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A38 0109040A38 0109038A80 0109038A80 0109032A86 0109038A80 0109040A38 0109032A86 0109032A86 0109038A80 0109032A86 0109032A86 0109032A86 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109038A80 0109038A80 0109038A80 0109038A80 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109038A80 0109038A80 0109040A38 0109038A80 0109038A80 0109038A80 0109038A80 0109040A38 CAP CH DE VCTR ABRUPT SMD SOD232 DE PIN BAR65 02W SCD 80 DE PIN BAR65 02W SCD 80 IODE T SCHTTKY H o mot C IO LI LL LI LI LI LL LI ELE EC E oe 10 LED LED LED LED LED LED 10 RAI T ECCE CUTS E 1 BI DE DE DE DE DE DE DE DE DE DE DE DE DE DE RECT SCHT RECT SCHT CHIP CHIP CHIP CHIP CHIP CHIP T SCHTTKY IP 4 7 IP IP IP IP IP
154. 928e ASIA Flip cd938e ASIA Flat Ship Authorization date 01 5 98 use format DDMMMYY Give a general introduction for this product requirement This product description covers the worldwide requirements for GSM 900 1800 Zap and Zap C REFRESH It will have two stages which will be called Zap stage IV and Zap stage V Zap refresh will have a number of long awaited software MMI improvements plus improved keypad and vibrator hardware features Zap stage IV software release date is 20 JUL 98 for internal test and ship authorization requirement of 01 SEPT 98 Zap and Zap C will have similtaneous luanch dates Zap stage V will include an enhanced version of stage IV plus Tri Codec support half rate Zap stage V goal for ship acceptance is 01 OCT 98 Europe Plan Stage IV for Europe will require a product name change because of the numerous MMI improvements and hardware improvements key pad and vibraCall M Stage IV will also include painted housings on the flat version only The proposed market name for Europe is cd921 cd931 Stage V for Europe will not require a product name change because Half Rate will be Soft to the market only operator Asia Plan Stage IV for Asia will require a product name change because of the numerous MMI improvements and hardware improvements key pad and vibraCall The proposed market name for Asia is cd928e cd938e Stage V for Asia will not require a product name change because Half Rate support wi
155. 98 Requirements 6 Launch Volume Required Introduction Date 11 Sept 98 Launch Volume number of units 5 000 Volume Volume Volume Volume Volume Period Region 1 Region 2 Region 3 Other Total MMMYY EMEA ASIA Worldwide Required Sep 98 15 000 15 000 0 0 30 000 Stock for Launch Define expected Product Lifetime Through Q4 1999 7 Future Product Requirements Keep a list of all requirements requested in this product description from the first draft through final copy which ARE NOT POSSIBLE in this product design The intent of this section is to keep a running list of all non fulfilled requirements for inclusion in the next product design activity Approval of this product description brings an agreement between all team members on what will be included in this product design Items in this section are EXCLUDED from the approval Define Key Requirements Excluded From This Product Description but required for Motorola Confidential Proprietary Page 17 future product introduction 05 11 98 Tracking Description Status First Status Main Priority Number Launch Launch Define Other Expected Customers in First 3 Months of Production Customer Name Product Required Comments Motorola Confidential Proprietary Page 18 05 11 98 8 Appendix Attach any additional informatio
156. A SHN6616A SHN6816A SHN6817A SRG4001F SYN6973A 0109036A75 1102498 01 1509433 01 3209455002 4009422002 5402282T01 5402287 01 7209294 07 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 5 HN6816A HN6816A HN6816A N6816A N6817A HN6817A HN6817A RG4001F RG4001F RG4001F RG4001F UG1159F UG1159F UG1159F UG1159F UG1159F UG1159F UG1159F UG1159F YN6973A YN6973A YN6973A YN6973A YN6973A YN6973A YN6973A YN6973A FCS LBL GSM MOD REAR HSG FCS LBL GSM MOD REAR HSGTRVL BATT COIN LITH BACKUP ROMMET MIC FLATZAP EYPAD FLATZAP INER LENS NS FLAT ZAP THICK P DB FIRESTORM PARTS BACK FIRESTORM P15 PARTS FRONT SN COMPOSITE LABEL SET MT IDENT LABEL UNIQUE HSG KIT ZAP REAR BLK UNIQ HSG KIT FLAT ZAP FRNT BLK ANTENNA GSM DCS ZAP HSNG REAR ZAP H amp H FLATZAP H amp H FRNT FLATZAP XCVR CD920 EFR SW04 29 KYBD FLAT ZAP NO TEMP COMPHOL KYBD SMT PARTS FLAT ZAP NO TEM TAPE DOUBLE SIDED PLASTIC LIGHT GUIDE LCD GASKET KEYBOARD MYLAR POLY DOME 8 LED KEYPAD FCS LABEL SMT IDENT LABEL LCD DSPL MOD 96X32PIX ZAP gt B L L Z Z E S Motorola Internal Use Only http cxema ru MA MOTOROLA VI By e e yp gt Product Description GSM Zap and Zap C Refresh Created By Jim Filicette WJF005 on 22 04 98 at 17 21 Category Review Version Number 5 PR Number A74 01 A74 02 Motorola Confidential Pr
157. A CONFIDENTIAL PROPRIETRY INFORMATION This is an inverted version of TX ON OFF from the microprocessor pin B1 and is used by the GIF SYN TIC TX VCO and the T R RF switch 10V This is a low current supply used by the Tx Rx switch and is generated externally by regulator U 101 using L500 as its supply DM CS This signal is generated by inverting the DM CS generated by the microprocessor at pinD2 TP51 The inverted signal is CMOS level signal which is also routed to 3V 5 IC TX KEY This is an Active high digital input to the SMoC IC pin16 generated by the microprocessor pinC 1 indi cating the location of the transmission bursts It interrupts the SMoC IC and indicates the transmitter ramp up and down operation GSM DCS This is an active low digital signal inverted from the Logic GSM DCS signal generated by the micro processor pinB5 Itis used to control GSM or DCS operation and switches the Main Vco Tx External oscillator Tx Vco P A Tx filtering and LNA stages accordingly lain Mawhinney PAGE 37 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 7 lain Mawhinney PAGE 38 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION CONTENTS 1 Logic Overview Page 40 2 I C Description Page 41 3 Bootcodes Page 43 4 Power Up Sequence Page 45 5 13Mhz Clock Page 47 6 Clock Modulation Circuit Page 49 7 Audio Control Circuitry Page 50
158. AP CHIP 2 2 PF 25PF http cxema ru XXX Motorola Internal Use Only schemsym Schematic Symbols of Item 58324 Date 30 MAR 99 LS Page 5 16 Schematic Symbol Component Intermediate Description C333 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C335 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C338 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C347 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C349 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C351 2113743125 0109032 85 CHIP 2200 PF 10 X7R C354 21137431110 0109032 85 CAP CHIP 2 2 PF 25 C355 2113743M22 0109032 85 CAP CHIP 6 8 5PF C356 2113740120 0109032 85 12 0 50V 2 0 57 2113743117 0109032 85 CAP CHIP 1000 10 X7R C359 2113743N20 0109040A42 CAP CHIP 5 6 PF 5PF COG C366 2113743L41 0109032A85 CAP CHIP 10000 PF 10 X7R C369 2113743N07 0109038A80 CAP CHIP 1 5 PF 25 C381 2311049B04 0109038A80 CAP TANT CHIP 4 7 UF 10V 10 C382 2113743N69 0109032A85 CAP CHIP 1 8PF 16V 25PF C383 2113743L41 0109032A85 CAP CHIP 10000 PF 10 X7R C384 2113743L17 0109038A80 CAP CHIP 1000 PF 10 X7R C385 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C388 2113743117 0109038 80 CAP CHIP 1000 10 X7R C389 2113743M36 0109038A80 CAP CHIP 27 0 PF 5 COG C390 2113743N01 0109038A80 CAP CHIP 0 5 PF 25PF COG C391 2113743N02 0109038A80 CAP CHIP 0 75 PF 25PF COG C392 2
159. AX S gi IJADE REVISONS Europe Middle East Afrika Customer Services Level 4 Schematics Dual Band ZAP 13 08 98 Colin Jack Billy Jenkins Michael Hansen Ralf Lorenzen Rev 1 0 MOTOROLA START NO Does the Radio POWER UP and STAY ON YES NO Does DISPLAY works Ok YES YES Does Display shown PHONE FAILURE SEE SUPPLIER NO YES Does Display shown CHECK CARD NO NO Does the phone go into Service at 102 dbm YES Does the phone NO initiate a CALL using a GSM traffic channel YES to page 2 MOTOROLA CONFIDENTIAL PROPRIETARY GSM DCS ZAP Level 3 Procedure GO TO NO POWER on page 4 GO TO NO DISPLAY on page 19 GO TO Display shown PHONE FAILURE SEE SUPPLIER on page 21 GO TO CHECK CARD on page 23 GO TO RX 7 GO TO TX GSM mode on page 10 ZAP TEST SEQUENCE Page 1 MOTOROLA GSM DCS ZAP Level 3 Procedure ZAP TEST SEQUENCE Does the phone initiate a CALL using a DCS traffic channel NO GOTO NO TX DCS mode on page 13 YES CALL the phone from Analyzer NO Is Ringer tone GO TO audible 2 NO LOW RINGER on page 20 YES Is Phase NO GO TO PHASE ERROR on page 19 Frequency within Spec YES NO GO FREQUENCY ERROR Is the Frequency error within specification on pa
160. Audio Volume 58 XXXXXX Display Modify Security Code 59 xxx amp Display Modify Lock Code 60 4 Display IMEI 7100 Display Error Code Motorola Confidential Proprietary Customer complaints Special Note Part Part Prefix Reason 1 NO PWR UP SRAM 0702 bad soldering defective 2 NO PWR UP EPROM 0704 bad soldering defective 3 TX PROBLEM PWR DWN PA U301 defective 4 PWR DWN CAPACITY C330 defective 5 NO CHARGING RESISTOR R602 broken 6 TX RX FEHLER GIF SYN U220 defective 7 NO PWR UP GCAP U900 defective 8 NO DISPLAY NO PWR UP DISPLAY BOARD DISPLAY BOARD defective 9 PX PROBLEM FILTER FL480 defective 10 NO BATT CONTACT BACKHOUSING BACKHOUSING broken Europe Middle East amp Africa Customer Services 13 04 99 LEVEL 3 COLOUR DIAGRAMS Rev 1 1 Dual Band ZAP Colin Jack Michael Hansen Billy Jenkins Page of 2 Europe Middle East amp Africa ustomer Services Level 3 Authorised Contents Variants Disassembly Mechanical Parts and Design Review Electrical Parts and Design Review Accessories Variants CD 920 Test market launch Black flipped variant only standard display CD 920 four weeks after Stage 1 Worldwide launch of fully featured flipped variant three different colours Black Steel Gray and Pin Blue CD 920 and CD930 four weeks after stage2 Worldwide launch of fully
161. Bias pin 5 L2 75 from U900 pin 35 from 0222 if they are ok Replace U500 Smoc NOT OK Check U220 for dry joint problem then if OK turn the Phone NOT in Test Mode and check data on pin 52 53 of U220 signal from U500 OK if OK check CR220 L220 and U220 for Fault MOTOROLA CONFIDENTIAL PROPRIETARY GSM DCS ZAP Level 3 Procedure NO RX Check the following Bias on U220 35 34 49 _2 75 from Q221 pin 11 R4 75 from U900 If they are OK replace U220 Page 9 MOTOROLA GSM DCS ZAP Level 3 Procedure Connect on J600 a RF Spectrum analizer NO TX Put the Phone in TEST Mode and digit 110062 1215 40 GSM MODE Remove U301 and Check witx tx ON the correct PA Bias START Pin 2 3 4 about B modulated by DM CS if NOT OK check on Pin 4 of Q301 the presence of DM CS signal from Q300 then Replace Q301 Is TX Pin 10 about B modulated by DM CS POWER DOWN If NOT OK check L310 L309 Problem Pin 13 14 15 Negative Bias from 3V to 1V If NOT OK Check Q305 Q306 circuit for dry joint or fault and EXC Signal from U340 Pin 7 If NOT OK go to H page 11 IF ALL OK Replace U301 Is there TX Frequency but the Level is LOW Without remove U301 Check the following signals NO 11 Do you have the Correct Level and Frequency of TX Signal 902 4 Mhz on Pin 8 of U30
162. C E CRISTAL LARGE ADHESIVE SPEAKER PAD GAS KYP KET ALERT 12MM D PLASTIC BOM SIP SPKR DYN EARPC 20MM WIRE LEADS MIC PANASINIC 5009536H15 XXX Motorola Internal Use Only schemsym Schematic Symbols of Item 58323 Date 30 MAR 99 Schematic Symbol http cxema ru 5402374 01 5402525 01 6009223703 1109340M01 5409312U01 6109334M01 3209003701 5409158T10 0102701T17 0102701T25 5402139T02 5402287 01 CDLN4279A CDLN4282B SAG4013A SHN6607B SHN6615A SHN6616A SRG4001F SYN6933C 0109040A38 1404816203 1509433M01 4003959S02 5402287 01 7209294 08 HN6607B HN6607B HN6607B HN6615A HN6615A HN6615A HN6616A HN6616A RG4001F RG4001F RG4001F RG4001F SUG1165 SUG1165 SUG1165 SUG1165 SUG1165 SUG1165 SUG1165 SUG1165 SYN6933C SYN6933C SYN6933C SYN6933C SYN6933C SYN6933C 0 0 0 0 0 0 LI Ed CI I CI CI LI pl FCS LBL GSM MOD REAR HSGTRVL LABEL COMPOSITE TXCVR BATT COIN LITH BACKUP ADHESIVE LENS ZAP LBL LINER LENS PROTECTIVE LENS ZAP GASKET ALERT 12MM DECAL REAR BLK DOMES ZAP DB FIRESTORM PARTS BACK ZAP FIRESTORM P15 PARTS FRONT ESN COMPOSITE LABEL SET SMT IDENT LABEL UNIQUE HSG KIT ZAP FRNT BLK UNIQUE HSG KIT ZAP REAR BLK ANTENNA GSM DCS ZAP H amp H ZAP HSNG amp HDW FRONT ZAP HSNG REAR ZAP XCVR CD920 EFR SW04 29 KYBD ZAP HOLOGRAPHIC SMT PART KYPD FP ZAP 02 INSULATOR KYPD BD PLASTIC LIGHT GUIDE LCD SW ARRAY KYPD
163. C202 C204 C21 C214 C217 C218 C22 C220 C221 C222 C223 C224 C225 C226 http cxema ru 2113743E12 2113743E12 2113743E12 2113743E12 2113743117 2113743 27 2311049 56 2113743E20 2113743N26 2113743N38 2113743N26 2113743N38 2311049C17 2113743H14 2113743H14 2113743N26 2113743E20 2113928708 2113743H14 2113743E20 2113928708 2113743111 2113928708 2311049C16 2113743N05 2113743M24 2113743M24 2113743M24 2113743M24 2113743F16 2113743N26 2113743M24 2113743A19 2113743626 2113743 20 2113740A03 2113740A03 2113740A03 2113743A19 113743N07 2113743N32 2113743117 113743101 113743117 2113743314 2113743369 2113743101 2113743350 2113743141 2113743328 2113743130 2113743117 2113740 67 2109622309 XXX Motorola Internal Use Only 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A42 0109040A38 0109040A38 0109040A38 0109032A85 0109038A80 0109040A38 0109040A38 0109040A38 0109040A38 0109032A85 0109032A85 0109038A80 0109040A38 0109032A85 0109032A85 0109032A85 0109040A38 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 Page 3
164. COG C00422 2113743M24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00453 2113740F11 0109040A42 CAP CHIP REEL C 1 30 2 2 00460 2113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00461 113743117 0109040 42 CAP CHIP 1000 10 X7R C00462 2113743M46 0109040 42 68 0 LL 5 C00468 2113743117 0109040 42 CAP CHIP 1000 10 X7R 00469 2113743117 0109040 42 CAP CHIP 1000 PF 10 X7R C00470 2113743N12 0109040A42 CAP CHIP 2 7 PF 25PF COG C00481 2113740L27 0109040 42 CAP CHIP REEL CL1 30 10 C00482 2113743141 0109040A42 CAP CHIP 10000 PF 10 X7R C00505 2113743M34 0109040 42 22 0 5 C00524 2113743M54 0109040 42 150 5 C00525 2113743M36 0109040 42 27 0 5 C00530 2113743M54 0109040 42 CAP CHIP 150 PF 5 00536 2113740 61 0109040A42 CAP CHIP REEL CL1 130 270 C00537 113743L05 0109040A42 CAP CHIP 330 PF 10 X7R C00538 2113741F29 0109040A42 CAP CHIP CL2 X7R REEL 1500 C00550 2113743N54 0109040A42 CAP CHIP 150 PF 5 COG C00551 2113743M24 0109040 42 CAP CHIP 100000 PF 80 20 Y5V 00552 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00553 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00554 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00555 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V 00556 2113743 24 0109040A42 CAP CHIP 100000 PF 80 20 Y5V C00557 2113743M24 0109040 42 CAP CHIP 100000 80 20 Y5V
165. Connector 9109157 01 VR353 TX VCO Varactor 4809877C06 37 Stop Test GSM CHANNEL Tx MAIN VCO Rx LF Rx IFLO XIV TxIFLO 1462 GIF SYN Power Transistor 9109429104 VR354 TX VCO Variator 4809877C04 45XXXX Serving Cell Power Level DUC SIr AREAS 120 890 2 935 2 782 2 215 430 170 340 Europe Middle East amp Africa Customer Services 20 03 98 i ransi 4 i 15 6 isplay Current Valure o Q200 Main VCO Transistor 809527E30 SHI Shield Low Noise Ampl 2609474M01 z gt t Mi Q201 202 Main VCO Transistor 4809527E24 SH2 Shield PA 2609475MO 304 TM 22 4 He 240 58 Display Modify Security Code Q205 GSM DCS Switch 4809937C07 SH3 Shield GIFSYN 2609476M0 124 High 914 8 959 8 806 8 215 430 170 340 Colin Jack Michael Hansen Billy Jenkins Page 2 of 2 59 xxx Display Modify Lock Code 2 0221 222 Supply Transistor 809579E18 SH4 Shiel Exiter 2609477M01 60 Display IMEI _ dx Es BRUM A E C305 306 PAC Transistor 4809939C06 5 5 5 7 Shield VCO 2609480 01 E Display Error Code Euro Middle Ea st amp Africa gt z 1 1710 1805 1590 215 430 120 240 3 Q309 GSM DCS Switch 4809939C07 SH8 Shield Mixer Iso Ampl 2609478M0 S a Q330 TX Buffer 4809527E26 SH9 Shield Rf Switch 2609479 01 700 Middle 17478 1842 8 16278 215 430 120 240 ustol 1 1 er ervices MT Level 3 Authorised
166. DCS Injection Filter 9109429704 VR354 TX VCO Variator 4809877C04 Q200 Main VCO Transistor 4809527E30 SHI Shield Low Noise Ampl 2609474M01 Q201 202 Main VCO Transistor 4809527E24 SH2 Shield PA 2609475 01 0205 GSM DCS Switch 4809939 07 SH3 Shield GIFSYN 2609476 01 0221 222 Supply Transistor 4809579E18 SH4 Shiel Exiter 2609477M01 Q305 306 PAC Transistor 4809939C06 5 5 7 Shield VCO TIC 2609480 01 0309 GSM DCS Switch 4809939 07 5 8 Shield Mixer Iso Ampl 2609478 01 0330 TX Buffer 4809527E26 SH9 Shield Rf Switch 2609479 01 0331 TX Predriver 4809527E24 Eu Middle East amp Africa ustomer Services Level 3 Authorised Motorola Confidential Propriety AA MOTOROLA MAIN VCO Q410 ANT pe m cu gt FL400 gt b PH FL461 M 0460 NOISE MIXER AMP FL480 GCAP SMOC GIF_SYN_5 2 Q480 ISOLATION 0900 0500 0220 AMPLIFIER SPEAKER ZAP RECEIVER BLOCK DIAGRAM GSM Motorola Intemal Use Only My IX V401 V2 VI RX AUX RF ZAP SWITCH COMBINATIONS AA MOTOROLA SIGNAL FROM RF SWITCH
167. DUAL 47K 5 0 63W 2982 0662057M50 0109032A85 RES CHIP 100 5 20X40 RI88 0662057M98 0109038A80 RES CHIP 10K 5 20X40 2990 0662057M78 0109032A86 RES CHIP 1500 5 20X40 2993 0662057N15 0109038A80 RES CHIP 47K 5 20X40 2994 0609591M45 0109038A80 RES CHIP DUAL 47K 5 0 63W 2996 0662057M21 0109038A80 RES CHIP 6 2 5 20X40 2997 0609591M37 0109038A80 RES CHIP DUAL 10K 5 0 63W RT1 0613925A17 0109040A38 TMTR CHIP 100K 5 119 4082635T09 0109040A38 SWITCH REED SMD 16 20AT 5 0005 2609480M01 0109040 42 SHIELD VCO TIC ZAP 580006 2609480M01 0109040A42 SHIELD VCO TIC ZAP 580007 2609480M01 0109040A42 SHIELD VCO TIC ZAP 580008 2609478M01 0109040A42 SHIELD MIXER ISO AMP ZAP 580009 2609479M01 0109040A42 SHIELD RF SWITCH ZAP 580011 2609482M01 0109040A42 SHIELD LOGIC 2 ZAP 580013 2609483M01 0109040A42 SHIELD LOGIC 3 ZAP SH1 2609474M01 0109038A80 SHIELD LNA ZAP SH12 2609481M03 0109038A80 SHIELD LOGIC 1 ZAP SH14 2609484M01 0109038A80 SHIELD LOGIC 4 ZAP SH2 2609475M01 0109038A80 SHIELD PA ZAP SH3 2609476M01 0109038A80 SHIELD GIF SYN ZAP SH4 2609477M01 0109038A80 SHIELD EXCITER ZAP 000101 5109920D12 0109040A42 IC DC DC CONV INVDBLR 682 U00340 5109632D91 0109040A42 IC CUST PAC SC79948DTB 14TSSOP U00370 5109879 12 0109040A42 IC BICMOS TIC 6 1 14TSSOP 000403 5109923D14 0109040A42 CUST PS INTRFC SDC5100T1 Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol U0050
168. DccB1 5 00060 SJN8356BB UK Accessory leaflet 68p09414A67 SJN8356BC Finland Registration Card 68p09408A20 5 0007 1 5 0006 1 SE0007DccC1 00060CCC1 SJN8356BC Finland Accessory leaflet 68p09414A68 Accessory leaflet 68p09414A69 pese Registration Card 68p09408A24 SE0006DccE1 SJN8356BE France Accessory leaflet 68p09414A70 prete Registration Card 68p09408A21 Accessory leaflet 68p09414A71 Registration Card 68p09408A22 24 hour service 68p09405A07 E0006DccG1 SJN8356BG Accessory leaflet 68p09414A72 E0006DccH1 SJN8356BH Accessory leaflet 68p09414A73 E0006DccJ1 SJN8356BJ Accessory leaflet 68p09414A74 Accessory leaflet 68p09414A75 Waranty Card 68p09405A09 SE0006DccL1 SJN8356BL Spain Accessory leaflet 68p09414A76 Registration Card 68p09408A23 Waranty Card 68p09405A08 E0006DccM1 SJN8356BM Accessory leaflet 68p09414A77 E0006DccN1 Belgium Accessory leaflet 68p09414A78 E0006DccP 1 Switzerland Accessory leaflet 68p09414A79 E0006DccQ1 Accessory leaflet 68p09414A80 E0006DccR1 Hungary Accessory leaflet 68p09414A81 00060 51 Accessory leaflet 68p09414A82 Accessory leaflet 68p09414A83 00060 1 North Africa Accessory leaflet 68p09414A83 E0006DccU1 Accessory leaflet 68p09414A84 E0006DccV1 Accessory leaflet 68p09414A85 E0006DccW1 Accessory leaflet 68p09414A86 E0006DccY1 Accessory leaflet 68p09414A87 E0006DccZ1 eneric UK plug None E0006CccB2 E0006DccB2 SJN8491BA Accessory le
169. E ES 8 1062 3 906 1097 q 8 m 98 ds QUE ae N 51114 813 09 2 fa pos 5 ur FAC SHS d de 6759 pu 8 R23d 253 C264 zug 9 2 g d 8 600 gy i dz b ena cei 87 U u 8 d 8p I 701 d b ET m 8 8 8b aw E ma 2n pi 1 at EI wT 5 8 8 8 gg 40 m 8 ue To 8 8 9 IE CI gt el gf Pom a me SB 0 Lo 78 em GND C38 xir m 58 5 s 8 8 8 815 gt EE S piem E 29 m 8 8 5 3 C MI 8 55 gm UU 8 DATA 2 0707 60 48 Us pei 0 gt 8 2 ea GI le N 1 9 a mm See i DATA 1 zh n C Gol 4615 ds 060 8607 gt E Banff EB 8 B 2 aR lie 5 non 4 7 L BATT4 B O 6 38 s 5 72 dh Qm cu mis pa cm m 5 XII 85 EE 5 8 Gal 8 8 9 301 E Em pm Bm dg Bu E BEBE GS eum SH 108 gt 5 5 lect 2 i g gen c m BG 9 bm 8 5 2 CC LI pgs 792 9042 SH 05104 DS m 1 hhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhhh
170. ES uB2 p2 vi CHANGE 1781 10 P N 51 09841042 17 061 97 DP_EN KEY3 KEY2 C KEY8 RESET PWR_SW NC KEY6 DP ON OFF GND KEYS GND L275 9611 1 M611 x Middle East amp Africa ustomer Services Level 4 Authorised 05101 104 0 P N 48 09938 18 C907 6910 C913 C915 TO 21 1392800 V2609 VRBD VRBOZ 1D P N 48 13830M74 805 5 gt 68 MOVE 2904 4 2905 FROM V900 31 TO 1988 32 AND CONNECT TD R475 amp CHANGE C906 10 P N 23 11049 17 CONNECT U704 F8 ROMOE V2 02 v3 21 001 97 04_ 4_ 1 DISCONNECT 1408 3 FROM 908 2 RE CONNECT R725 FROM SIM_I 0 TO SIM_5V CHANGE 0908 10 0712 CHANGE R777 10 SINGLE 20X40 01 1 gt 22 RBID 15K 22K 6815 022UF gt O1UF 17 0 97 729 19 gt 109 FACTORY BUILD UPDATES CHG R754 0 30K R729 100K gt 10K 4 04 v2 1 DEC 97 ADD CR608 4 R603 TO UPLINK SWAP GATES ON CRTIO ADU R902 BY SIM BLK ADD R511 FROM 0500 84 TO GND CHANGE R725 CONNECTION FROM 902 3 To 5 10 006_ 6 3 19 DEC 97 ADD R730 10 U782 B5 CHANGE C792 39PF 3 3PF CHANGE 704 10 16 51 99366A0 MOVE C988 IN VA DELETE 18 4 A17 FROM 782 CHANGE L902 10 P N 25 03788510 CHANGE R810 22K gt 18K CHANGE REF NO 8 C1500 C1508 TQ C380 C387 CONNECT 0590 68 TO GND CHANGE U703 TQ 51 09962C11 C805 047UF gt ADD 62604 TO GND CHANGE R713 FROM DUA
171. ES Voice Select Phone Line Line 1 Line 2 Adjust Ring Volume lt Volume Keys gt Ring or Vibrate Ring Only Vibrate Only Vibrate Then Ring No Ring Or Vibrate Ringer On or Off On Off Set Ringer Tone Standard Tone etc Set Ringer Tone 2 Standard Tone etc Phone Lock Automatic Lock On Off Lock Now Change Unlock Code Require SIM Card PIN On Off Change SIM PIN Code Change SIM PIN2 Code New Security Code Extended Menus On Off Show Time and Date Set Time and Date Set Time Format Language Selection Dansk T rkce Automatic Change Greeting Battery Saving Mode On Off Select Keypad Tones Normal Tones Single Tones No Tones Phone Status Status Review Master Reset e Master Clear Available lt Network Registr Aut Mar Freque Slo Mec Fas Cor Show lt Find New Menu Key flex on flex on but not shown in manual Bold are CSP controlled Italics are in Extended Menus menus marked ap New features to be confirmed Not required for Flipless ZAP Stage October 12 1998 Motorola Confidential Proprietary 24 C5M900 1800 ZAP Issue 8 0 5 Specifications of Competitors Products Motorola 4920 or 4930 Ericsson sh888 or sf888 Nokia 6150 Dual band version of 6110 expecte
172. FIDENTIAL PROPRIETY J502 504 Volume Mute Key Connector Four Pads to connect the Switch Interface PCB to the main PCB J803 LS Connector 2 Pin SMD Connector to connect the Loudspeaker 0111 Display LED Driver Driven by BL_CNTL Part of the CPU backlight control Circuit Switches DS101 104 Q301 Pa Power Switch Dual Transistor P Chan Mosfet used to switch the B supply for the PA Q460 Mixer Mixer in Rx Signal Parth switched by RX_EN and supplyed by RX275 for mixing Rx Antenna Frequency and Main VCO Frequency to 215 MHz IF Q604 Vibra Driver Power PNP Transistor switched by VIB_EN and supplyed by B to enable the Vibrator U101 DC DC Conv 10V Converts L500 to 10V to supply U403 RF Switch and the GSM_DCS Switch Circuit to generate FLTR_ 10Vused in the IPA to switch the GSM_DCS Filter and the PA J340 Pac Power Amplifier Control IC Controlled by TX EN U370 TIC IC Mixer and phase detect to control the Tx VCO U403 RF Switch Controlled by EN and TX Used to select between internal and EXT Antenna controlls the Antenna Switch U401 via V1 and V2 line U500 SMOC IC High integrated mask programmed processor Controls data exchange between the phone and the network and the digital audio process U701 Call Processor Same as Modulus but now in Ball Grid Area technologie chip sized reduced This is very difficult to change U702 SRAM Used as buffer storage for the Call Processor U704 F
173. HIP 100 PF 5 COG C440 2113743N12 0109032A86 CAP CHIP 2 7 PF 25PF COG C463 2113740F13 0109040A42 CAP CHIP REEL CL1 30 2 7 C5 2113743A19 0109040A38 CAP CHIP 100 UF 10 X7R C600 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C601 2113743N38 0109038A80 CAP CHIP 33 0 PF 5 COG Motorola Internal Use Only http cxema ru schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol C602 C603 C604 C606 C607 C608 C610 C611 C614 C620 C701 C703 C706 C709 C710 C711 C712 C714 C717 C759 C760 C761 C763 C791 C792 C802 C803 C804 C805 C808 C809 C811 C813 C815 C817 C818 C819 C820 C821 C822 C825 C826 C827 C830 C831 C834 C835 C837 C838 C906 C910 C911 C912 C918 http cxema ru 2113743M24 2113743N38 2113743N38 2113743N50 2113743N38 2113743N38 2113743N38 2113743N38 2113743N36 2113743121 2113740 19 2113743N34 2113743E12 2113743E07 2113743N54 2113743E12 2113743E07 2113743117 2113743N34 2113743E12 2113743E12 2113743E12 2113743141 2113743M30 2113743M30 2113928 08 113743A19 2113741F21 2113743A19 2113743N38 2113743N38 2113743N38 2113743N38 2113741F49 2113743E20 2113743E20 2113743N38 2113743N38 2113743N26 2113743N26 2113743E20 2113743141 2113743M38 2113743M08 2113743M13 2113743M18 2113743M26 2113743M24 2113743M38 2113743 14 2113928708 2311049 56 2113743141 2113743312 XXX Motorola Inte
174. IE1 50 25322 192 375 SE0007ABIF1 50 25322 191 675 SEOOO7BBIFI 50 25322 191 675 5 000 50 25322 192 016 20 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 25322 191 705 25322 191 705 LI SEOOO7BB1L1 50 25322 191 729 5 0007 50 25322 191 736 5 0007 50 25322 191 736 5 0007 50 25322 191 743 50 25322 191 750 5 0007 50 25322 191 798 SE0007AB1U1 50 25322 191 804 SEOOO7BB1U1 50 25322 191 804 SE0007AB1V1 50 25322 191 811 8 0007 50 25322 191 811 21 5 0005 50 25322 191 750 October 12 1998 Motorola Confidential Proprietary PRODUCT DESCRIPTION 50 25322 192 023 50 25322 192 030 50 25322 192 047 50 25322 192 054 50 25322 192 061 50 25322 192 078 50 25322 192 085 50 25322 192 092 25322 192 108 25322 192 115 25322 192 122 mud 25322 192 139 50 25322 192 146 Men 25322 192 153 y MOTOROLA C5M900 1800 ZAP Issue 8 0 SE0005AB1B2 50 25322 191 842 5 0007 1 2 12 1998 Motorola Confidential Proprietary 5 0007 SE0007BB1Y1 5 0007 171 22 50 25322 191 828 50 25322 191 835 50 25322 192 337 50 25322 191 842 50 25322 191 859 50 25322 191 866 50 25322 191 873 50 25322 191 880 50 25322 191 897 50 25322 191 903 50 25322 191910 50 25322 191927 50 25322 192 344
175. IF_SYN the IF is mixed with the 430Mhz from the external tank circuit which is divided by two internal to 0220 and demodulated to give two signals Rxl and RxQ on pins 46 and 48 of U220 and are Quadrature baseband analogue signals at 1vp p on a 1 65v DC level These two sig nals then go to the SMoC 1 where they are further demodulated The signals Rxl and RXQ then go to pins 23 and 22 respectively of the SMoC I C U500 In the SMoC I C the amp Q signals are A D converted and the digital data is transmitted serially to the Call Processor U701 E1 MISO The SMoC I C also decodes and decompresses the signal before D A conver sion LOCAL 50 AMP OSCILLATOR Q480 y 42 43 46 RxI RxQ 3 SYN 48 U220 SMoC 0500 BLOCK DIAGRAM OF ISOLATION AMP SMoC lain Mawhinney PAGE 22 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION AUDIO PATH FROM SMoC TO SPEAKER Circuit Description After being decoded from digital to analogue the audio signal exits the SMoC U500 at pin 49 SPKR Now named Rx AUDIO the signal travels via C825 and R810 R801 to the GCAP U900 pin 21 SPKR IN The signal is amplified internally by 0900 and then output on U900 pins 19 and 20 SPKR and SPKR The speaker is driven differentially and is connected via R852 and R853 The audio tones which are heard when a key is pressed a
176. ILYR 33NH 1608 HIP WW 22 NH 5 1608 ER MTLILYR 8 2 NH 1005 ER MTLILYR 5 6 NH 1005 CER MULTILYR 3 3NH 1608 D CER MLTILYR 8 2 NH 1005 IND CHIP FER FLTR 1000 0402 Q UO Q HHHHH Q2 y Q9 Q3 0 0 Motorola Internal Use Only schemsym Schematic Symbols of Item S8323A Date 30 MAR 99 Schematic Symbol L351 L367 L402 L410 L411 L413 L430 L902 PCB PCB Q00109 000111 000201 000202 000206 000301 000305 000351 000460 000480 000501 000520 000602 000603 000604 000605 000704 000705 000711 00412 01 0100 0100 0101 0105 02 0200 0205 0220 0221 0222 0300 0304 0306 0309 0330 0331 0350 0410 0411 0430 0431 0601 0701 http cxema ru 2409154M83 2409154M84 2409154M60 2409646M30 2409646M56 2409646M81 2409154M81 2503788510 8403913505 8409261015 4809605 02 4809605 05 4809527 24 4809527 24 4809527 24 4809579 17 4809939C06 4809940 01 4809527 20 4809940 01 4809607E05 4809607E05 4809939C05 4809608E03 4809607E04 4809605E02 4809940E02 4809940E02 4809939C10 4809939 07 4809607 02 4809939 05 4809605 05 4809605 02 4809608 03 4809607 02 4809527 30 4809939 07 4809605 02 4809579 1 8 4809579 1 8 4809939C12 4809939 07 4809939 06 4809939 07 4809527 26 4809527 24 4809940 01 4809527 30 4809527 24 4809527E32
177. IP 330 5 20X40 CHIP 4700 5 20 40 CHIP 1200 5 20 40 CHIP 270 5 20X40 CHIP 1000 5 20 40 CHIP DUAL 33K 5 0 63W CHIP 51 5 20X40 CHIP 10K 5 20X40 CHIP 0 5 20X40 CHIP 680 5 20 40 CHIP 1800 5 20 40 CHIP 0 5 20X40 CHIP 680 5 20X40 CHIP 1000 5 20X40 CHIP 56 5 20X40 CHIP 39 5 20X40 CHIP 6800 5 20X40 CHIP 100K 5 20X40 CHIP 6800 5 20X40 CHIP 0 5 20X40 CHIP 2200 5 20X40 HIP 33 5 20X40 CHIP 4700 5 20X40 CHIP 150 5 20X40 CHIP 10 5 20X40 schemsym Schematic Symbols of Item S8324A Date 30 MAR 99 Schematic Symbol ROO377 200405 100406 200451 100461 200462 100468 200480 200481 200482 200483 200501 200502 200504 200505 200510 200511 200514 100516 200525 100526 200555 100601 100606 ROO607 200608 ROO616 R00617 200703 200705 200712 200723 100726 200728 200732 200733 200734 200735 100736 100739 200740 200741 200742 200743 200753 100770 200771 200772 200773 200774 100775 100776 200777 200778 http cxema ru 0662057M43 0662057M82 0662057N23 0662057M01 0662057M84 0662057M82 0662057M52 0662057M76 0662057M82 0662057M62 0662057M60 0662057M01 0662057M74 0662057M98 0662057N03 0662057N15 0662057M01 0662057M74 0662057N15 0662057M74 0662057M60 0662057N15 0662057N06 0662057N23 0662057N11 0662057N01 0662057M74 0662057M98 0609591M39 0609591M39 0609591M39 0662057M01 0609591M39 0662057N15 0662057N06 0662057M61 0609591M39 0662057M50 0662
178. K plug SED007CccB2 So Africa 5 0007 2 5 0006 2 SJN8356BY Croatia Accessory leaflet 68p09414A88 S S S E0007CccF2 SE0006CccF2 SJN8489BA Austria Accessory leaflet 68p09414A71 Registration Card 68p09408A22 24 hour service 68p09405A16 SE0007CccG2 SE0006CccG2 SJN8356BZ Cyprus SE0007CccP2 SE0006CccP2 SJN amp 490BA Romania 000769052 560006C6052 50 8452 Slovenia 000760012 Gulf States 5 5 5 5 5 0006 51 SJN8356BS Slovakia Accessory leaflet 68p09414A82 SE0007CccT1 E0007CccU1 E0007CccV1 5 5 1 1 0007 02 5 0006 02 SJN83578A Ukraine EO007CcoX israel 0007 22 5 0006 22 eneric UK plug 0007 5 0006 6 8357 Latvia E0007CccC3 SE0006CccC3 SJN8357BD Estonia 0007 4 5 0006 4 0007 5 0006 Serbia Ip 1 4 Zap Refresh Aug 98 p 05 11 98 Motorola Confidential Proprietary Page 20 05 11 98 Motorola Confidential Proprietary Page 21 MOTOROLA PRODUCT DESCRIPTION European Cellular Subscriber Division Standard Core Product Description ZAP GSM900 1800 Stages Il and Ill Project Nos Flipped ZAP Flipless ZAP Issue 8 0 Note This document is also available on Lotus Notes at the following location EMEA Product Description ZAP vers
179. L PACK 10 INDIVIDUAL R713 100K RT31 15K ADD VR6O2 AND C905 CHANGE R118 15 gt 12 CHANGE R810 18K gt 15K ADD 0981 980 47 TO VA AREA CHANGE 0503 Q1UF DNP CHANGE CR762 CR705 TO 48 09924011 CHANGE CR561 CR5B4 TO 48 09606L08 ADD R706 4 C914 CHANGE R770 R779 10 DUAL R770 CHANGE 1888 10 P N 51 09152 87 DELETE RV758 C967 01UF 1000PF R81 1 DNP gt 82K C821 DNP gt 10PF C822 DNP 18PF C832 1 8PF DNP C833 3PF DNP CB36 1 8PF DNP CB3T 3PF DNP C914 10B8PF gt 560PF ADD CB 0 DNP TO 500 52 DELETE C503 800 0800 0801 R820 amp R821 CHANGE U7G4 10 P N 51 99342401 00 716 1 717 22 C920 4 7 DELETE 1303 CHANGE 0712 10 P N 51 09817F22 850 33 gt 10 0850 33 gt 10 DELETE R764 8 L 06_06 V6 2 DEC 97 v9 I2 06 06 VI13 26 97 31 DEC 97 98 16 p amp v15 v7 01 v2 07 07 v4 7 5 16 JAN 98 3 JAN 98 187 07 7 1 7 07 8 2 FEB 98 4 FEB 98 07 07 VI0 07 07 VI2 08_08_V2 8_ 08 V4 8 8 5 5 FEB 98 98 19 98 4 FEB 98 5 FEB 98 6 FEB 98 21 98 108 08 V7 108 08 9 3 MAR 98 5 98 08 08 vl2 108 08 VI3 68 08 vl v uos vi u08 p8 v3 19 p9 v5 18 98 lg MAR 98 FI6 NAR 98 18 NAR 98 25 MAR 98 CHANGE C614 33PF 2TPF C831 D
180. L2 Stage II ZAP for Movistar Flex only SEO169BB1L3 Stage II ZAP for AirTel Flex only 5 0170 1 2 Stage II ZAP for TMN Flex only SE0147BB1K4 Europe Stage III ZAP for Optimus Escutcheon Flex SEO172BB1E2 Stage II ZAP for Bouygues Escutcheon Flex October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 5 3 New Sales Model Structures Model Transceiver Manual Stage I Flipped ZAP SE0005AB1xx and SE0007AB1xx and SE0012AB1xx Stage II Flipped ZAP SE0007Bccxx and SE0012Bccxx Stage III Flipless ZAP 5 0006 SE0013Bccxx Kit 5061137 escutcheon See Appendix 3 Kit 5001165 Black SUG1162 escutcheon escutcheon See Appendix 3 Kit See below Manual See Table 1 below Literature Kit See Table 2 below Kit See below Manual See Table 1 below Literature Kit See Table 2 below Kit See below Manual See Table 1 below Literature Kit See Table 2 below Plug See Table 1 below Battery Door AAA SHN6617 Black or SHN6825 Grey or SHN6943 Blue Battery LCC8 SNN5360 Battery Door AAA SHN6617 Black or SHN6825 Grey or SHN6943 Blue Note SE0012 differs to SE0007 only by the flex as does SE0013 to SE0006 5 4 European Model Charger Plug and Manual Requirements Manuals will be single colour single language A6 POD configuartion Table 1 be
181. Low 890 2 935 2 782 2 215 430 170 340 Europe Middle East amp Africa Customer Services 13 04 99 46 Display Current Valure od AFC DAC 200 Main VCO Transistor 4809527E30 SHI Shield Low Noise Ampl 2609474M LEVER SCOLOUR DIAGRAMS Revel 0 01 47 Set Audio Volume 62 Middle 902 4 947 4 794 4 215 430 170 340 gt gt Dual band ZA Q201 202 Main VCO Transistor 4809527E24 SH2 Shield PA 2609475 01 58 XXXXXX Display Modify Security Code 124 High 914 8 959 8 806 8 215 430 170 340 Colin Jack Michael Hansen Billy Jenkins Page 2 of 2 Q205 GSM DCS Switch 4809939C07 SH3 Shield GIFSYN 2609476 01 SERES Display Modify Lock Code z gt 604 Display 4 Q221 222 Supply Transistor 4809579 18 SH4 Shiel Exiter 2609477 01 808010 DCS CHANNEL Tx Rx MAIN VCO Rx LF Rx IF LO Tx LF Tx IF LO 7100 Display Error Code 505 Middle East amp Africa Q305 306 PAC Transistor 4809939C06 5 7 Shield VCO 2609480 01 1710 1805 1590 215 430 120 240 p n 5 0309 GSM DCS Switch 4809939 07 SH8 Shield Mixer Iso Ampl 2609478M01 700 Middle 1747 8 1842 8 1627 8 215 430 120 240 0330 TX Buffer 4809527E26 SH9 Shield Rf Switch 2609479M01 885 High 1785 1880 1665 215 430 120 240 4 Level 3 Authorised Motorola Confidential Proprietary 13 MHz Clock
182. MOTOROLA Dual Band ZAP Cellular Subscriber Sector The World s Leading Cellular Telephone Manufacturer Europe Middle East amp Africa Cellular Subscriber Group Product Service Preview Dual Band ZAP ZAP CD920 Middle Tier INITIAL MARKETS South Afrika Hong Kong Switzerland Stage I FUTURE MARKETS Wordwide EARLIEST RELEASE DATES June Stage E e e 4 099 333933 E 9 8 CD920 flipped version CD930 flipless version J OVERVIEW The ZAP is a new platform which uses the GSM Dual Band Standard The ZAP will replace the 8000 series and SlimLite products in the mid tier of the market The product introduction will take place in three main stages ZAP Launch Stages EUROPE ASIA Stage1 Test makets in South Afrika and Test market in Hong Kong No EFR Switzerland Launch with Asian SMS black flipped variant only Limited launch in Nordicmarkets and Chinese languages for June only in Asian markets Stage2 Full launch in Europe Will NOT ship in Asia Fully featured flipped variant Stage3 Full launch in Europe Full launch in Asia Fully featured flipless variant with Asian SMS and Chinese languages Motorola Ltd 1997 European Cellular Subscriber Division p2 of 17 rights reserved Motorola Easter Inch Bathgate West Lothian 48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Refresh A Zap Refresh product has been
183. Modulus Use BGA and uBJA Technologie Call Processor SRAM EPROM Use SMOC IC Speech Modem Chip GCAP used Global Control Audio Power IC Clock Modulation Circuit used to improve interference on certain channels E P Battery Charger like in StarTac SIM Enabling Circuit Required as phone has Presence Detect switch Use Voice Annotation IC for recording receiving Audio and Voice Notes 3min Use Interface Board for Volume Mute and Voice Annotation Button connected via Pads Real Time Clock only supplied by battery on top the Shieds Frequencys GSM CHANNEL MAIN VCO Rx IF LO Tx IF LO 947 4 Electrical Overview Bottomside GIFSYN CHARGE CONTR n 7 1 m m a Lal Ist 2nd RX FILTER IM RS232 SWITCH BUTT PLUG and TX Filter Electrical Overview Topside RF SWITCH PA POWER SRAM uBGA EPROM uBGA Keyboard Conn SWITCH 24 ba 288 8 86 6 P I IF FILTER Voice Annotator Accessories Universal Rapid Travel Charger Desktop Charger with separate battery slot Cigarette Lighter Adapter Headset Personal Handsfree System Hang Up Cup Plastic Holster Leather Holster Professional Hands Free Kit with DSP without HS Professional Hands Free Kit with DSP and Voice Reco
184. NP 18PF R800 120K gt 150K 10 010 V2 v10 010 v3 DELETE C832 C833 C836 CHANGE VC801 FROM DUAL PACK TO TWO SINGLE DIODES VR8B amp VC803 22 98 23 98 CHANGE 0914 5 gt 220PF v0 p10 v4 1 MAY 98 ult ptt v ADD CR505 4 CR506 SWAP PINS 1 4 2 ON CR502 ADD 9508 0501 USO FOR FIRESTORM I IX ADD RB19 10K BY PUT R750 4 R726 IN 2 PACK R726 vt2 012 v3 vt2 o12 v4 ute pt vb 19 98 20 MAY 98 28 98 1 14 98 DELETE 0712 8727 8729 ADD R517 CORRECT CREAT CONNECTION 114 14 1 CHANGE CR506 TO DNP 18 JUNE 98 ADD VR50 amp VR502 BY CR506 91799318 50 99473501 8 2V Upz8 2B 100 I 18143M3 ALERT PADS VR80 RX_AUDIO MIC 21 13 0 R8 Le 21 13743419 ra C818 14 5 4 C805 815 21 BI 1C 21 13743 19 06 62051M 0 tuF 1 0817 9 tuF 0811 82k 12 77 K 10K 06 80195M64 601 Y 18743E2l 74 777 L_BATT 16 p 21 13743938 55817 VCR 0S VI 6826 18 1 20 g 010uF 21 13743L41 SPKR 82 078 28 MIC 400 IM 9 33oF 21 19743438 o U103 1 U707 052401 15006 V 48 13830 74 MMBZGVALTI
185. OLATE PIN 33 FROM PIN 34 A 22k B B205TBT Ok 05 5205738 226 330 21 03522109 C231 10000 21 18743117 034 1000pF 213317 C236 39 09155101 560 0652057468 RF SWITCH esa ses WITC 2 8 LOGIC GSM DCS 05 62057 54 C402 les 2 219374386 0401 4 09154M60 4 1 0355 I 2 3 3 1 21 13743N32 4 5 1 ps xs 1 9216 777 51 09572 04 3 113 59 1 I srlour 2409 27pF I 21 13743N36 I 0205 1261 VI 1 10000 120 V2 1 86 6205 7452 n T 24 09154N68 I 06 6205M60 0201 9405 MRF 949LT1 2 2K U403 RX275 48 09527 24 _ 06 62057M82 50C5100 11 1 ud SW RF 1 1 21 1814386 22 Cato 06 62061M34 On leyor 5 Vi W20 15 nn 21 13743 41 R210 L 7 10 BUTTPLU I dis L I 06 62057478 06 62057074 R 2 51 09923014 MENO x 3 59 Scat nn RX_EN 21 13743M26 aiara 15m 777 A 41 R214 111 1 06 6205 TN80 62 Re R406 C421 1 HUN 06 6205742 100K A oof I 21 13740L1 6 62057N23 21 13743N26 0422 _ cere Oluf 21 21 13743M24 180F CR203 L401 Dc T5nH 5 BARB3 O3W 490 24 09154M38 H FLTR 10V Ref 200 219 LOGIC GSM DC
186. OTE 1 If NOT OK Check 0900 NOTE 1 then Replace it NO LOW AUDIO or RINGER Check U500 NOTE 1 If OK replace it NO Replace LOUDSPEAKER Is still NO LOW AUDIO Is present at pin 21 of U900 1Khz YES Is present the 1 Khz on pin 19 of U900 II OK Check components from Gcap to Loudspeaker NOTE 1 If NOT OK Check U900 NOTE 1 then Replace it NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 20 MOTOROLA GSM DCS ZAP Level 3 Procedure START With PCB in Test mode digit 434 Audio Signal to Loudspeaker 4707 Audio Volume 36 Loop Back mode Check U900 and the components between Mic and U900 NOTE 1 If OK replace U900 Is present the Mic signal at pin 10 of U900 If the Mic signal is present at pin 45 of U500 Check Smoc NOTE 1 FREQUENCY then replace it OUT OF SPEC If NOT present Check C816 R812 and track for faulty Replace Y702 then if still OK replace CR221 TX POWER BURST OUT OF SPEC PHONE FAILED SEE SUPPLIER Set the GATE 22 Station to the correct parametres Voltage Cable loss ecc and rephase the phone then Check Put in TEST mode the phone and Digit 7100 PA U301 PAC IC U390 SMOC U500 NOTE 1 and Read the Return code Compare the control signals with a good pcb INFO INFO 00 03 04 or 05 Reflexing the phone using
187. P 10 5 20X40 R00853 0662057M26 0109040A42 RES CHIP 10 5 20XA0 R00920 0662057M74 0109040A42 RES CHIP 1000 5 20X40 R00977 0662057M76 0109040A42 RES CHIP 1200 5 20X40 R00984 0662057M98 0109040A42 RES CHIP 10K 5 20X40 ROO985 0609591M42 0109040A42 RES CHIP DUAL 27K 5 0 63W R102 0609591M07 0109038A80 RES CHIP DUAL 33 5 0 63W R103 0609591M07 0109038A80 RES CHIP DUAL 33 5 0 63W R103 0660076N55 0109040A38 RES CHIP 1800 OHM 1 16 W R104 0660076N01 0109040A38 RES CHIP 10 OHM 5 1 16W R106 0662057N11 0109032A85 RES CHIP 33K 5 20X40 R106 0699200A13 0109040A38 RES CHIP DUAL 33 5 0603 R107 0662057N11 0109032A85 RES CHIP 33K 5 20X40 R107 0699200A13 0109040A38 RES CHIP DUAL 33 5 0603 R108 0699200A13 0109040A38 RES CHIP DUAL 33 5 0603 R109 0660076N89 0109040A38 RES CHIP 47 K OHM 1 16 W R110 0662057M62 0109032A85 RES CHIP 330 5 20X40 R111 0662057M98 0109032A85 RES CHIP 10K 5 20X40 R14 0660076N79 0109040A38 RES CHIP 18 K OHM 1 16 W R15 0660076 11 0109040 38 RES CHIP 270K OHM 5 1 8W R18 0660076N87 0109040A38 RES CHIP 39 K OHM 1 16 W R200 0662057M38 0109032A85 RES CHIP 33 5 20X40 R215 0662057M76 0109032A85 RES CHIP 1200 5 20X40 R216 0662057M90 0109032A85 RES CHIP 4700 5 20X40 R217 0662057M85 0109032A85 RES CHIP 3000 5 20X40 R219 0662057M38 0109038A80 RES CHIP 33 5 20X40 R220 0662057M80 0109038A80 RES CHIP 1800 5 20X40 R221 0662057N03 0109038A80 RES CHIP 15K 5 20X40 R222 0662057N07 0109038A80 RES CHIP 22K 5 20X40 R223 0662057M26 0109
188. P 10K 5 20X40 RES CHIP 27K 5 20X40 RES CHIP 12K 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 1500 5 20X40 RES CHIP 33 5 20X40 RES CHIP 5600 5 20X40 RES CHIP 3900 5 20X40 RES CHIP 10 5 20X40 RES CHIP 330 5 20X40 RES CHIP 10 5 20X40 RES CHIP 4700 5 20X40 RES CHIP 22 5 20X40 RES CHIP 2200 5 20X40 RES CHIP 1500 5 20X40 RES CHIP 1800 5 20X40 RES CHIP 1 0 MEG 5 20X40 RES CHIP 1 0 MEG 5 20X40 RES CHIP 15 5 20X40 RES CHIP 5600 5 20X40 RES CHIP 4700 5 20X40 RES CHIP DUAL 4 7K 5 0 63W RES CHIP 100 5 20X40 RES CHIP 15 5 20X40 RES CHIP DUAL 4 7K 5 0 63W RES CHIP 4700 5 20X40 RES CHIP 5600 5 20X40 RES CHIP 150 5 20X40 RES CHIP 0 5 20X40 RES 0 24 OHM 1 2W RES CHIP 100 5 20X40 RES CHIP DUAL 10K 5 0 63W RES CHIP 10K 5 20X40 RES CHIP 4700 5 20X40 RES CHIP 10K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 10K 5 20X40 RES CHIP 100K 5 20X40 RES CHIP DUAL 470K 5 63W RES CHIP 100K 5 20X40 RES CHIP DUAL 100K 5 63W RES CHIP DUAL 15K 5 0 63W RES CHIP 100K 5 20X40 RES CHIP 100 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 1500 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 100 5 20X40 RES CHIP 22K 5 20X40 RES CHIP 220 5 20X40 RES CHIP 10K 5 20X40 RES CHIP 100 5 20X40 RES CHIP 10K 5 20X40 XXX Motorola Internal Use Only schemsym Schematic Symbols of Item 58323 Date 30
189. PNP 2SB1132 SOT89 TSTR SIG NPN 2SC4617 TSTR DIG NPN DTC114YE TSTR DIG NPN DTC114YE TSTR DUAL PNP PNP UMT1N TSTR DUAL PNP PNP UMA4NTL TSTR SIG PNP 25A1774 TSTR DUAL NPN PNP UMC 5 TSTR SIG NPN 2501664 50 89 TSTR SIG NPN 25 4617 TSTR DIG PNP DTA114YE TSTR SIG PNP 25A1774 TSTR NPN RF NE68719 SC90 TSTR DUAL PNP PNP UMA4NTL TSTR SIG NPN 2SC4617 TSTR MOSFET P CHAN 0101 TSTR MOSFET P CHAN 0101 DUAL NPN NPN UPA806T T1 DUAL PNP PNP UMA4NTL TSTR DUAL PNP NPN UMZ2N DUAL PNP PNP UMA4NTL TSTR NPN RF 25C5081 SOT343 TSTR NPN RF MRF949LT1 SC 90 TSTR NPN MRF947 A P TSTR NPN RF NE68719 SC90 TSTR NPN RF MRF949LT1 SC 90 TSTR NPN RF BFP320W NPN RF MRF949LT1 SC 90 TSTR MOSFET P CHAN SI9434DY TSTR SIG NPN 2SC4617 schemsym Schematic Symbols of Item 58323 Date 30 MAR 99 LS Schematic Symbol Component Intermediate Description 0702 4809940E03 0109038A80 DIG NPN DTC114TE Q703 4813824M33 0109038A80 TSTR 60V 6A GEN PURP Q706 4809605E02 0109038A80 TSTR SIG NPN 25 4617 Q709 4809608E03 0109038A80 TSTR DIG PNP DTA114YE Q905 4809939C10 0109038A80 DUAL PNP PNP UMT1N Q906 4809579E17 0109038A80 TSTR MOSFET P CHAN SI9424 Q907 4809939C05 0109038A80 TSTR DUAL NPN PNP UMC 5 R00118 0660076N03 0109040A42 RES CHIP 12 OHM 5 1 8W R00121 0662057M80 0109040A42 RES CHIP 1800 5 20X40 ROO202 0662057M43 0109040A42 RES CHIP 51 5 20X40 R00203 0662057M54 0109040A42 RES CHIP 150 5 20X40 200
190. Product Description for limited distribution only Second main release main changes documented in previous versions Third main release main changes documented in previous versions Fourth main release main changes documented in previous versions Fifth main release main changes documented in previous versions Change Magix Grey to H suffix update Appendix 3 Delete 20k flipless forecast for May Main changes include Definition of Stage I in Europe to SIM Application Toolkit Definition of Stage in Europe to include non EFR Update competitive information Include possibility of using Optimax trademark Move refresh ZAP details to the introduction only Add painted Flipless ZAP housings to the requirements Correct keypad finish Correct introduction timescale for Retractable Antenna Change battery names and correct volumes capacities weights Move Financial section to separate document and update Add details of flexing scheme for Non EFR models Add model numbers for European Operator models Add transceiver and box part numbers to model structures Change UK plug to new version that passes BSI Remove French manual from Gulf States package Add Service Transceiver model numbers Add matrix of Service Kit numbers for each package e Add EANs for main packages Correct Type Approval date Correct Accessory Part Numbers Main changes inclu
191. R236 and C214 are in circuit for DCS mode when the correct condition is met via the GSM_DCS line from Q100 amp Q105 The change in capacitance will control the frequency of oscillation The higher the voltage the lower the capacitance and the higher the oscillating frequency The main VCO is adjusted by the RF SPI and RF SCK lines from the Call Processor to the SMoC I C and from the SMoC 1 to the GIF SYN and thereafter the MAIN CP is changed accordingly The supply for the main VCO is derived from pin 21 of U220 which is the SF OUT This supply is the su per filtered supply to eliminate any noise generated It is a 2 55V dc level lain Mawhinney PAGE 20 21 6 98 MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION AA MOTOROLA OUTPUT OF LNA TO GIF SYN 0220 Circuit Description The RF signal and the main VCO signal pass through the combination bandpass filters FL461 FL462 2 5dB loss and are mixed in transistor Q460 10dB gain The output of the mixer will contain the origi nal signals their sum difference product and harmonics The strongest signal will be the difference 215Mhz The signal is then passed through FL480 which is a Surface Acoustic Wave SAW filter that passes only the 215Mhz signal with a bandwidth of 180Khz The signal then goes to the Isolation Amplifier 0480 the bias of which is provided by SW and thatis supplied by U220 pin 33 The IF signal from the Isolation Amplifier 10dB gain then goes to
192. R475 The R275 L275 and R275 are generated in the U900 from B European Cellular Subscriber Division Motorola Easter Inch Bathgate West Lothian 48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY The Rf Power levels for ZAP are the same as for all previous GSM DCS products p5 of 17 FREQUENCY OVERVIEW GSM 900 Frequencies in MHz for ZAP are shown below CHANNEL Tx Rx Rx LF pes Tx LF To 1 Low 890 2 9352 7202 215 430 170 340 62 Middle 9024 9474 7324 215 430 170 340 124 High 914 8 9598 7448 215 430 170 340 GSM 1800 Frequencies MHz for ZAP are shown below CHANNEL Tx Rx Rx LF Tx LF 512 Low 1710 1805 1590 215 430 120 240 700 Middle 11747 8 1842 8 1627 8 215 430 120 240 885 High 1785 1880 1665 215 430 120 240 OTHER NEW FEATURES Real Time Clock The ZAP comes with a real time clock which is shown on the display whenever the radio is on This is powered by L275 when the radio is on and by a Button Cell Battery located on the main PCB top of the shield SH1 near the antenna connector when the radio is off The clock uses a xtal as reference External Audio Digital Analog In ZAP audio speech to and from a hands free kit is passed digitally through the butt plug and is converted to and from analogue in the external DHFA box The Audio In and Audio Out Lines are used for the analog Headset Full and Enh
193. S 3 2 Ba A 8 09535707 C388 0389 Locic_ GsM_pcs 1000 L 270 777 R304 Bd DNP 8482 gt 0301 77 8 GSM_DCS_3V_1SSOP16 CR3097 S 48 09527 31 rd DNP 0402 11301 I lis r sor V W 0 76mm 4 l 388 1800Mhz _4 L 2 2mm 21 5 3 3 0327 ayers 21113740109 layer W 0 76mm M 0 7 D n al 4 13 E 1 e xy E GSM 62 02 4 MHz ICI s DCS 700 1747 8 MHz Eb di 5 GSM 0 4 8 T 00 0M0000853742630 4 38M 0 s DCS 0 54 Output 12 7 FL301 GSM 17dB eas m DCS 13dB 77 7 L524 8369 24 09154 87 TH 6384 EIS R996 11387 lw ems k Sihat ev 106F T M 0402 P 2 287058117 dS 59 _ 1399 5307 1I 5 E R301 cm 21 12808 s 330 3 g tut zToF 06 62057M62 E G tur 13 3 34324 ae 0318 Keep these gnd away from output Ey TX_GSM 11310 ueri CR308 Pon 48 09948022 BARG5 0
194. S CHIP 0 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 10K 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 0 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 270 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 20K 5 20X40 RES CHIP 100K 5 20X40 RES CHIP 33K 5 20X40 RES CHIP 12K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 10K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 15K 5 0 63W RES CHIP 0 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 47K 5 20X40 RES CHIP 20K 5 20X40 RES CHIP 300 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 100 5 20X40 RES CHIP 10K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP 10K 5 20X40 RES CHIP 1000 5 20X40 RES CHIP 15K 5 20X40 RES CHIP 15K 5 20X40 RES CHIP DUAL 15K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 10K 5 0 63W RES CHIP DUAL 100K 5 63W RES CHIP DUAL 100K 5 63W RES CHIP DUAL 100K 5 63W RES CHIP 100K 5 20X40 RES CHIP 47K 5 20X40 RES CHIP 68K 5 20X40 RES CHIP 560 5 20X40 schemsym Schematic Symbols of Item 8323 Date 30 MAR 99 LS Page 12 16 Schematic Symbol Component Intermediate Description ROO808 0662057M90 0109040A42 RES CHIP 4700 5 20X40 R00812 0662057M74 0109040A42 RES CHIP 1000 5 20X40 R00852 0662057M26 0109040A42 RES CHI
195. SNAP DOMES ZAP SMT IDENT LABEL LCD DSPL MOD 96X32PIX ZAP XXX Motorola Internal Use Only http cxema ru Zap Flat Version CD930 Schematic Symbols of Item S8324A Date 30 MAR 99 LS Page 1 16 Schematic Symbol Component Intermediate Description Al 35091 55T01 0109038A80 CNTCT ANT ZAP BT700 0909888M01 0109038A80 RECEPT XDCR SMD C00001 2113743 19 0109036 75 CAP CHIP 100 UF 10 X7R C00002 2113743A19 0109036A75 CAP CHIP 100 UF 10 X7R C00003 2113743A19 0109036A75 CAP CHIP 100 UF 10 X7R C00004 2113743A19 0109036A75 CAP CHIP 100 UF 10 X7R C00005 2113743A19 0109036A75 CAP CHIP 100 UF 10 X7R C00102 2311049A54 0109040A42 CAP TAN CHIP A P 3 3 20 16 C00103 2311049A54 0109040A42 CAP TAN CHIP A P 3 3 20 16 C00104 2311049A56 0109040A42 CAP TAN CHIP A P 4 7 20 10 C00107 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG C00201 2113743N50 0109040A42 CAP CHIP 100 PF 5 COG C00203 2113743N36 0109040A42 CAP CHIP 27 0 PF 5 COG C00205 2113743117 0109040 42 CAP CHIP 1000 10 X7R C00206 113743M07 0109040 42 CAP CHIP 1 5 PF 25 C00207 113743M35 0109040 42 24 0 5 C00208 2113743M16 0109040 42 CAP CHIP 3 9 25 C00209 113740112 0109040 42 CER CHIP 5 6 PF 0 1PF C00210 113743141 0109040A42 CAP CHIP 10000 PF 10 X7R C00211 2113740112 0109040 42 CER CHIP 5 6 0 1PF C00212 2113743M32 0109040 42 CHIP 18 0 PF 5 C0
196. TIM Metricola numbers etc Include all labels including transceiver packaging accessories etc Insert or attach drawing or photos if available TBA EAN Numbers for each product type for each market Define EAN Numbers Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 4 columns wide Market Country Product Name EAN Number Comments Define Current Accessories and Compatibility to this product Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 3 columns wide Model Kit or Part Number Accessory Name Compatibility Notes Same as cd920 and cd930 Define Planned Accessories and Compatibility to this product Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 4 columns wide Model Kit or Part Number Accessory Name Compatibility Notes Availability Date Same as cd920 and cd930 Define Type Approval Requirements such as GSM Phase 2 and other Approval Requirements such as CE Compliance E Mark Compliance etc Include compliance specification number definition where required Same as cd920 and cd930 Hot Spot to Assembly Number Assignment database This Hot Spot for use by all personnel Click in Hot Spot to view or to generate a request for model kit or assembly numbers New Sales Models Place cursor in below header Go to menu select Crea
197. TX_EN 4809607 05 SH14 Shield BIC EEPROM 2609484M01 NOTE Replace U500 to the same type only SMOC to SMOC Motorola or Firestorm to Firestorm Lucent Part Designator Part Description Part Number Part Designator Part Description Part Number Al Antenna Connector 3909155T01 Q350 351 TX VCO Transistor 4809940E01 CR202 Main VCO Varactor 4809641F02 041 Receive Power Transistor 4809527E24 CR203 Main VCO Diode 4809948D10 Q412 GSM DCS Switch 4809939 07 CR220 RX Local Osc Varactor 4809641F02 0430 Receive Power Transistor 4809527E32 CR221 Master Xtal Varactor 480964 1F04 0460 Receive Mixer Transistor 4809527E20 CR223 Tx Local Osc Diode 4809948205 0480 IF Isolation Aplifier 4809940 01 261 Tx Local Osc Varactor 480964 1F02 U220 GIFSYN IC 5109632D92 CR303 TX Exciter Diode 4809948D10 U401 Antenna Switch IC 5109572E04 FL301 Ist Rx Filter 9109193T05 U403 Switch Control 5109923D14 FL400 2nd Rx Filter 9109144M01 U301 PA Dual FET IC 4809527E31 FL401 VCO Filter 9109111C08 U370 TIC IC 5109879E12 FL480 IF Saw Filter 9109035 01 0340 PAC IC 5109632D91 FL461 RX GSM Injection Filter 9109157 01 VR353 TX VCO Varactor 4809877C06 FL462 RX
198. The TAC awarded for MC2 41B11 is 447768 with the following FACs 69 Harvard 07 Flensburg and 40 Easter Inch and initial range from 425 425 to 725 424 The phone the Rapid Travel Charger and Data accessories must also have CE approval All models must be Year 2000 compliant 23 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 10 ACCESSORIES amp COMPATIBILITY See separate Accessories product description for full details of the accessory development plan All accessories are required for launch unless otherwise stated 10 1 Current Part Number POS Number Availability Notes Cigarette Lighter Adapter SYN4241 CLA9000 As StarTAC SPN4278 CHA9000 Eur CHA9010 UK Universal Rapid Travel Charger As StarTAC SYN6718 n a UK Plug As StarTAC SYN4655 n a Euro Plug As StarTAC SYN4694 n a Aus NZ Plug As StarTAC SYN4696 n a Indian Plug As StarTAC SYN4657 n a US Plug As StarTAC SKN4821 n a PC Card to Phone Connector Cable As StarTAC 56112 9100 CELLect 1 German English As StarTAC 56113 n a CELLect 1 French As StarTAC 56114 n a CELLect 1 Italian Spanish As StarTAC CD1181 n a CELLect 3 Denmark As StarTAC CD1177 n a CELLect 3 Germany As St
199. WITCH 51 START Signal from uP inverted via 0504 Logig pcs 9 s n n mn CONTROL Em 2 DM_CS 28Vpp Enables TIC PA and TX VCO Logig_ GSM_DCS t 19 SS When high this enables Tx path 546 pe 2 A 4 From SMOC IC to GIF SYN Ed amp A 59 CLK OUT Do NON 2 1Vpp This signal is the in phase input to the I Q Modulator of the GIF SYN gt 9 26 From SMOC IC to GIF SYN Q OO C DCS CEH 790 a 20 2 1Vpp This signal is the quadrature input to the I Q Modulator of the GIF SYN 8 D C212 7324 MHz 813 9 MHz s 57 9 GSM 62 PLL IM V702 C213 9024 MHz 3 Modem Callprocessor Interface GSM 27 8 GSM 1 5V 2 5V From uP to SMOC CR203 202 28Vpp rom uP to DCS 700 L Y I DCS 1 5V 3 0V _ 500us em This signal indicates when the uP is reading data from the SMOC High when enabled 1747 8 MHz gt RN 28V From uP to SMOC R275 GSM DCS SELSERIAE M 500us em This signal indicates when the uP is writing data to the SMOC High when enabled GSM 0 4 8 DCS 1 8 2 1V DATA BUS gt DCS 0 54 ae m INTERFACE a mE SIGNALS In Standby Mode DCS 13dB DCS 1748 DCS 1248 l d R303 DCS SdB U370 TIC DMCS n Fr
200. af Azam Philip Broderson Dave Loveridge Jim Barber Glenn Riese Motorola Confidential Proprietary Page 3 05 11 98 2 Introduction 2 1 Market Name amp Launch Date Market Name Europe cd920 flip cd930 flat Asia cd928e flip cd938e flat Ship Authorization date 11 Sept 98 use format DDMMMYY 2 2 Introduction Scope This product description covers the worldwide requirements for GSM 900 1800 Zap and Zap C REFRESH It will have two stages which will be called Zap stage IV and Zap stage V Zap refresh will have a number of long awaited software MMI improvements plus improved keypad and vibrator hardware features Zap stage IV ship authorization requirement of 11 SEPT 98 for Western European build and 01 OCT 98 for Eastern European build Zap and Zap C will have similtaneous luanch dates Zap stage V will include an enhanced version of stage IV plus Tri Codec support half rate Zap stage V goal for ship acceptance is Dec 98 Europe Plan Stage IV for Europe will have numerous MMI improvements and hardware improvements key pad and vibraCall At the same time painted housings on the flat version only will be available The makret name will remain the same The market name for Zap refresh will remain the same as requested by the field Asia Plan Stage IV for Asia will require a product name change because of the numerous MMI improvements and har
201. aflet 68p09414A67 0006 2 SE0007DccC2 SE0006DccC2 SJN8356BY Accessory leaflet 68p09414A88 C E0006CccF2 SE0007DccF2 SE0006DccF2 SJN8489BA Austria Accessory leaflet 68p09414A71 Registration Card 68p09408A22 24 hour service 68p09405A16 0006 2 SE0007DccG2 SE0006DccG2 yprus Accessory leaflet 68p09414A89 E0006CccP2 00060 2 Accessory leaflet 68p09414A90 0006 52 00060 52 Accessory leaflet 68p09414A79 0006 2 EO006DccT2 Accessory leaflet 68p09414A83 0006 02 E0006DccU2 Accessory leaflet 68p09414A91 E0006CccX2 E0006DccX2 SJN8357BB Accessory leaflet 68p09414A92 0006 22 00060 22 Generic UK plug None E0006CccA3 E0006DccA3 Accessory leaflet 68p09414A93 E0006CccC3 00060 Accessory leaflet 68p09414A94 E0006CccA4 E0006DccA4 Accessory leaflet 68p09414A95 0006 00060 Serbia 2 ooo I rm rm olv m C C 5 I C 5 0007 1 5 0006 1 SE0007DccE1 SE0012DccE1 SE0007DccF1 SE0007CccF1 SE0006CccF1 C C o C C 2 5 E D 5 lt nln olan m m m C C ols e oro u 9 CI gt o o CC 2 9S m e e
202. al Proprietary MOTOROLA GSM900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION MANAGEMENT SIGNATURES Name Signature Date Ralph Pini European General Manager and VP for GSM Mark Powell European Product Marketing Paul Pelski Paul Dal Santo Henry Lee Jim Gentile Phil Tutor Finn Lund Andersen Hiram Burrows Jorge Santos Walter Kleine Bernie McGill Tan Park Vincent Cheung October 12 1998 Motorola Confidential Proprietary Asia Product Marketing European Core Group Engineering Software Operations Manager European Finance Asia Finance European Manufacturing Materials Quality Group European Distribution Asia Distribution European Service Asia Service MOTOROLA C5M900 1800 ZAP Issue 8 0 Version Date Issue 1 2 24 Jul 97 Issue 1 0 28 Jul 97 Issue 2 0 05 Sept 97 Issue 3 0 17 Oct 97 Issue 4 0 10 Dec 97 Issue 5 0 22 Jan 98 Issue 6 0 12 Mar 98 Issue 6 1 19 Mar 98 Issue 7 0 15 May 98 Issue 8 0 24 June 98 October 12 1998 Motorola Confidential Proprietary PRODUCT DESCRIPTION REVISION HISTORY Name Pete Thompson Pete Thompson Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Dominic Strowbridge Reason Latest release of Flip ZAP Product Description Initial release of Flat ZAP Product Description First release of combined Flipped and Flipless ZAP
203. anced Full Codec support The Zap supports in the version SUG1137A with the SMOC Speechcoder and Modem the Full Rate and the version SUG1165A 81761159 with the Firestorm the Enhanced Full Rate This feature depends on the Network Provider DISASSEMBLY ASSEMBLY TOOLS Tools required for disassembly Procedure to be included in Level 1 amp 2 Service Manual Description Part Number T7 Torx Screw Driver 39Ncm Motorola Ltd 1997 European Cellular Subscriber Division of 17 rights reserved Motorola Easter Inch Bathgate West Lothian 48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY SERVICE SUPPORT General Schematics component overlays electrical and mechanical spare parts lists and Level 1 2 3 and 4 Documentation will be available via CD described on following intranet page http emeacs fle css mot com by April 1st 1998 Paper copies of diagrams are available by request to the responsible regional Hub Supporter The documentation and diagrams available for the ZAP for each level are shown in the table overpage Documentation Content Level 1 amp 2 Available Photographic Parts List User Manual Marketing Information Pack Level 1 amp 2 Service Manual Model Accessories Catalogue XX ox Level 3 Available Product Service Preview Colour Diagrams amp Layouts Charger Descri
204. and reference regulators L275 R 275 pins 22 28 Once this has happened VREF pin11 is fed to the Gif_syn on pin 16 When all these supplies are present Gif syn will turn on the 13Mhz clock This 13Mhz clock is gen erated by the crystal 702 and output by the Gif_syn at pin 59 and fed to the BIC SMoC and Microproc essor Atthe same time the ON button is pressed the Gcap sets the reset line pin 30 low which allows the 13Mhz to stabilise and then allows resetto go high allowing for bootcode programming and systems ex ecution i e chip enables data address bus and EMMI communications us 13 DCLK B _ lt XTAL A AFC SMOC POWER SUPPLY FLOW CHART lain Mawhinney PAGE 47 21 6 98 MOTOROL A MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION is Bt on GCAP are regs present L275 R275 CHECK GIF IS SUPPLIED Vref P 16 13Mhz CLOCK lain Mawhinney PAGE 48 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION The 13Mhz clock is generated by the crystal oscillator circuit Y 702 It is input to the Gif syn 0220 at pin 57 This signal is used internally by the Gif syn forthe 2nd LO and offset VCO by dividing down to 1Mhz and for the main VCO by dividing down to 2 6Mhz to supply a reference to those circuits The 13Mhz clock will be output from the Gif syn on pin 59 and input
205. arTAC CD1183 n a CELLect 3 Finland As StarTAC CD1179 n a CELLect 3 France As StarTAC CD1175 n a CELLect 3 Italy As StarTAC CD1182 n a CELLect 3 Norway As StarTAC CD1178 n a CELLect 3 Sweden As StarTAC CD1180 n a CELLect 3 Switzerland As StarTAC CD1176 PCC9300 CELLect 3 UK As StarTAC SYN6962 10 2 Part Number n a Planned POS Number Universal Headset and microphone Same all products Availability Notes 5 5089 0 Weight Leadership Lilon 400 mAh battery Jan 98 SNN5291 BNS6070 AAA Long NiMH 650 mAh battery Jan 98 SNN5360 BLS6100 LGQS Lilon 1000 mAh battery Jan 98 SNN5307 BNX6100 AA NiMH 1100 mAh battery March 98 SNN5260 n a Performance Leadership Lilon 2800 mAh March 98 SHN6618 n a Extended AA battery door Black Jan 98 SHN6829 n a Extended AA battery door Grey SHN6944 n a Extended AA battery door Blue 1504768701 0 Dry Cell battery carrier TBD SHN6975 n a Performance Leadership battery door Blk March 98 SHN6827 n a Performance Leadership battery door Gry SHN6945 n a Performance Leadership battery door Blu SPN4523 CHA6100 Desktop Charger May 98 SYN6719 n a Headset Adapter May 98 SYN6911 HUC6000 Hang up Cup May 98 SLN3940 HSK6000 Headset Adapter and Headset Microphone May 98 October 12
206. arket or Flip ZAP Flat ZAP Flip ZAP Flat ZAP Plug Kit P N Priority Language 5 0012 1 SE0013CccA1 SE0012DccA1 SE0013DccA1 SE0012CccB1 SE0013CccB1 SE0012DccB1 SE0013DccB1 SE0007CccC1 SE0007CccD1 SE0007CccE1 SJN7604B 6809417 32 SE0012CccE1 SE0013CccE1 SE0012DccE1 SE0013DccE1 SE0007CccF 1 SE0007CccG1 SE0007CccH1 SE00070ccJ1 SE0007CccK1 SE0007CccL1 5 0007 1 5 0007 1 5 0007 1 SE0007CccQ1 SE0007CccR1 SE0007CccS1 other models 5 0007 1 SE0007CccU1 SE0007CccV1 SE0007CccW1 SE0007CccY1 5 0007 21 5 0007 2 5 0007 2 5 0007 2 SE0007CccG2 5 0007 2 5 0007 52 5 0007 2 5 0006 2 5 0007 2 5 00060 2 SYNe718 57476098 1 Gulf States SE0007CccU2 5 0007 2 5 0007 22 SE0007CccA3 SE0007CccC3 5 0007 4 5 0007 Priority 1 required at launch Define Core Schedule Milestone Requirements Translation Priority Schedule Milestone Units Requested Date DDMMMYY Comments Non Functioning N A Cosmetically Correct Units For Marketing Purposes Functioning Units 100 01Aug98 Note Painted units For Marketing Purposes final functionality not required Field Engineering 1000 20JUL98 Test Samples Worldwide Operator 1000 10Aug98 Test Samples Market Trial 5000 10Aug98 Test Samples Launch Requirements 30000 O1Sept98 Define any other Key Schedule Milestones
207. arry cases available for ZAP are as shown below Carry Case Type Part Number a e Plastic Holster SHN6851 June 98 Leather Holster with roting belt clip SYN6913 Aug 98 Leather Pouch with flip top SYN6913 June 98 Motorola Ltd 1997 European Cellular Subscriber Division p4 of 17 All rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Data and Fax Modems Connector Cable Name Part Number Notes PC Card to Phone Connector Cable SKN4821 As StarTac CELLect TM 1 German English 56112 As StarTac CELLect TM French 56113 As StarTac CELLect TM 1 Italian Spain S6114 As StarTac CELLect TM 3 Denmark CD1181 As StarTac CELLect TM 3 Germany CD1177 As StarTac CELLect TM 3 Finland CD1183 As StarTac CELLect TM 3 France CD1179 As StarTac CELLect TM 3 Italy CD1175 As StarTac CELLect TM 3 Norway CD1182 As StarTac CELLect TM 3 Sweden CD1178 As StarTac CELLect TM 3 Switzerland CD1180 As StarTac CELLect TM 3 UK CD1176 As StarTac SUPPLY POWER RF POWER Motorola Ltd 1997 All rights reserved The Power for the ZAP is supplied from the Batt or from an external accessory via the butt plug The output from the batt is between 3 2V and 5V This is stepped upvia a booster circuit 0900 amp discretes to give 5 6 Volt dc to supply the 5V regulator in the SIM interface and an input from U900 to generate 1500
208. art Part Part Part Designator Description Number Designator Description Number press 2 sec Enter Manual Test Mode with Test Card Before actually removing any cans it may be worth checking the RaO ana vcc D nx EN C9 ana Put the phone into test mode and key in the commands 1100624 12008 3104 2 ng EEMsntsITSEMSde OMNIUM e Firstly if no Transmiter output we should check the modulation output at 0220 Pin 4 and the Main VCO Al Antenna Connector 3909155 01 0350 351 TX VCO Transistor 4809940E01 gt Pah ERAS at point to establish which of the signals are missing or if both the signals are missing Re Audio TEST MODE in Key commands 1100628 2620008 25013 2414 Test for a set level eg 304 s at poin to compensate cable losses VI y E CR202 Main VCO Varactor 4809641F02 0411 Receive Power Transistor 4809527E24 Tanne Re Audio Pah 2 If the modulation output is missing and Main VCO is fine then remove SH03 and check in the TX Local Oscillator real short cut we can take is by probing the 215MHz test point_ 3 1of GIF the CR212 and the tuning volta 122 if Q222 and 0221 hav 2 1 g 2 g voltage from 0220 Pin10 Check if 0222 and 0221 have both 2 7V CR203 Main VCO Diode 4809948D10 Q412 GSM DCS Switch 4809939C07 09 Mute Tx Audio Path 1f the 215 is OK then we can assume problem lies around GIF either 430MHz Local Oscillator or in genera
209. be either data information speech information It is also used to sense the presence of a DHFA and CPU 2 1005 the ignition status of the DHFA with DC levels gt 19 9 1 TX_KEY 16 Tone lt From GIF Syn to BIC IC 13MHz clock Generator d 13 IN 1 6Vpp This is the master clock reference required for the radio 21 gt 5005 45 Audio lt lt a 4 19 gt MDMOWR b Filter gt gt 5 mE AD 6 um Measured in test mode SPI RFCS 2 CPU 55 Ampl 54 AUX AUD n 5 5 99 o8 CODEC test mode SPI MOSI Interface 2 5 37 4 AUDIO IN 084 104 External audio from butt plug directly to SMOC IC C 2 T i PI MISO 2 28 E SURE B DC DC SIGNAL PATH DIA Audio bod Multiplexer MIC_BIAS 3 test mode Filter P 40 25 switch DC DC AL 22 L275V AUDIO OUT 084 10 364 External audio from SMOC FCAP to butt plug _ M SIGNAL PATH 4344 4778 SPI 1 _ 2 UNE RF 5 gt R475 27 TXQ M 3 MAIN VCO SIGNAL PATH AFC A L500 2 2 8V 29 TXLP U900 Pan This signal is from the BIC to the SMOC GMSK 5 T gt VRef M TUNING VOLTAGES CLK AUD EM U500 3 GCAP 39 SW 37 Tt is a timing signal and runs at 512KHz and times the transfer of speech information on DSC 8 REFERENCE CLOCK v Bus
210. between BIC and 5 AOC so Transmit SMOC IC 9 VSWITCH 5 6V DET_SW Power 8 Orderable Part t vi to Cs T prr Control BGA gt mc Processor 1901 H VSWITCH This signal is from the BIC to the SMOC LIUM 15 D A Tt is a timing signal at 8KHz and provides for frame synchronisation during speech transfer on I vA SPI 4 Boost Mode Circuitry CR910 SSS Non Orderable Part the DSC bus Part Part Part Part Part Part press 2 sec Enter Manual Test Mode Tie watchdog as shown in Signal Flow diagram and supply power to radio Customer Complaints Special Note Reason Designator Description Number Designator Description Number 01 Exit Manual Test Mode Check that there is B present at input to GCAP on 40 If not could be problem with Battery Select Circuitry 0906 Alert Alert 5009005J03 Q601 Power Transistor Charging 4809579E04 074 Mute Rx Audio Path 08 Unmute Rx Audio Path GCAP should then drive R275 L275 and VRef If these are not present could be a problem with GCAP itself BT700 Connector Real Time Clock 0909888M01 Q602 Transistor Battery Feedback 4809937C05 09 Mute Tx Audio Path Verify collectors of regulators Q221 and Q222 are both around 2 75V CR607 Diode Charge Line 4809606E07 R602 Resistor I Sense 0680195M64 TD 3 If ok then check that the SMOC drives the Xtal Varactor Diode CR201 on the AFC line with a DC Voltage CR910 Diode Switched
211. ch Coder 0801 0709 lt 4 SC_INT 2 8Vpp 1 This is 20ms timing signal from U701 which times the decoding and encoding function of the Speech Coder 2ns em H gt 10801 from CPU 2 T CNT From BIC to uP 3 BATT_CNTL 2 kl Parts of 4 ME_INT ald de This signal periodically interrupts the uP at 217Hz During Power Saving mode this signal is set o Back T CR607 to DC ackhousing s 8 8 II Regulator Output from CLA 4 4V a 5 AS y 14 egulator Output from From BIC to uP This signal interrupts the uP for a number of reasons 8 Assembly KCOND 0601 R602 without charging 28Vpp 1 Keypad detection 8 2 4 BIC_INT es ake E 2 Power vl d Presakey Elo 4 DSC Bus Status Indicators Z 95 L_BATT CHRGC ISENSE z al From butt plug 1600 to BIC chip 1600 This is a comms link from an external peripherale and the phone 8Vpp al lt lt lt 14 47 46 29 17 15 16 and could be either data information or speech information It is also used to sense the presence of a DHFA and the ignition status of the DHFA with DC levels Ex 5 C CHARGER m gt 5 Sr L zi 18 4 MOBPORTB RX EE ms gt 4 1802 MIC 4 From BIC chip 0703 to butt plug J600 This is comms link from an external peripherale and the phone Innnnnnnnnnnn 5 20 4 56 64 13 5 and could
212. ck U900 L902 CR910 NOTE 1 and for faulty if OK replace U900 NO Check U900 NOTE 1 if OK replace U900 NO Is present the 13Mhz on pin 17 of BIC YES Check U703 NOTE 1 and its Bias if OK replace it NO POWER UP Check U220 Y702 CR221 and 13 Mhz components NOTE 1 and for faulty if OK Replace U220 NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 4 MOTOROLA GSM DCS ZAP Level 3 Procedure from page 4 NO POWER UP NO Does the RESET line on pin 30 of Probably U701 Faulty U900 go high YES Check on test point NOT OK Probably 0701 Fault resence of CE to robably aulty the MICROP FLASH E OK Check on test point NOT OK TP 72 and TP73 the presence of CE to the SRAM Probably U704 Faulty FLASH E OK Check on test point NOT OK 75 the Probably U702 Faulty presence of CE to SRAM the EEPROM OK Remove C C between L2 75 and Watchdog NOT OK Is the RESET Timing on page 6 correct Probably U704 Faulty FLASH E OK Check the presence of 13Mhz on pin 40 of Firestorm If Ok check U500 NOTE1 Then replace it NOTE 1 CHECK THE COMPONENT S FOR PHYSICALLY DAMAGE DRY JOINT AND GOOD POSITION MOTOROLA CONFIDENTIAL PROPRIETARY Page 5 My MOTOROLA GSM DCS ZAP Level 3 Proced
213. crease SIM ADN In process and 1 locations from 155 255 committed Increase SIM SMS In process and 1 locations from 35 to 75 _ committed 0162 Support for CSP based In process and 1 on CPHS V4 2 committed ae Change CLI lookup to In process and i use 8 digits committed n a Check card software In process and Note No MMI 1 committed required Tt Conference call call In process and 1 transfer improvement committed pes Unicode phone book Under investigation Note This feature 1 support stage 1 NOT committed could hold up Zap refresh launch date in Asia Orange data field In process and 1 support committed 0138 Quick access additions In process and 1 3 committed Motorola Confidential Proprietary Page 9 05 11 98 0075 Last 10 call In process and NOT improvements committed 0028 Unique SMS alert tones In process and NOT committed V od O20 dual band CSP bit Under investigation NOT committed Features required in Zap refresh stage V 0056 Multi rate speach coder FR EFR HR voice only HR In process and committed Note denotes marketing specification is not available denotes marketing specification is available Priority 1 Required will not ship without 2 Will be considered for future product launch will ship without Transceivers Zap refesh for Europe will allow upto 14 languages per transceiver The languages
214. ctivating either Q410 or Q430 The signal then goes to a second filter FL461 FL462 and then onto the mixer stage addition to the re ceive signal entering FL461 FL462 the MAIN VCO signals for the particular band GSM or DCS enters at these Combination Filters Al 410 gt GSM 400 9 21461 IF SWITCH MIXER FL401 FL462 DCS Q430 ___ Logic Gsm_Dcs 0701 RF SWITCH RECEIVER FRONT END BLOCK DIAGRAM lain Mawhinney PAGE 19 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION MAIN VCO RX VCO Circuit Description The main VCO is a 3V Dual Band design based on Knifeswitch which consists of a colpitts oscilla tor Q202 which operates from 720 to 745Mhz 795 to 832 5Mhz and is controlled by the GIF SYN I C U220 pin23 The output of the ocsillator is supplied via a common base buffer Q201 followed by sep arate 2nd stage common emitter buffers for GSM and DCS 0206 0200 and resistive splitters to drive the receiver front end GIF SYN prescaler and the TIC I C The second buffer stage in DCS mode is used as a doubler output frequency 1590 1665Mhz From there the signal goes through FL461 FL462 to achieve the correct levels at the input to the mixer The tuning voltage representing the channel is output on MAIN CP U220 pin23 to the varactor diode CR202 note that CR203 and associated components R215
215. curity stickers 5402318T04 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 5 5 Service Requirements The following items are required for service a Service Transceiver with IMEI with no accessories maunal etc Part numbers are Flipped ZAP Stage I Non EFR models 8332A Flipped ZAP Stage IL EFR models 58323 Flipless ZAP Stage III EFR models 583244 a spare Printed Circuit Board PCB fully phased and tested with an IMEI 6 PACKAGING LABELLING REQUIREMENTS 6 1 6 2 Box sizes and packaging materials Two one piece boxes will be developed for all ZAP packages worldwide The Standard ZAP box will be capable of packing the following components Flipped or Flipless Transceiver face up at top of package Either a AAA Long NiMH LGQ8 Lilon or AA NiMH battery Either AAA or AA battery door Leather or Plastic Holster Universal Travel Charger Headset Adapter and Earpiece accessory PHFA kit plug either UK Euro US Aus NZ or Indian Up to 3 single language manuals Literature Kit Outside dimensions of the standard pack for sleeving purposes are 184 x 248 x 72mm The Extended ZAP box will be capable of packing everything in Standard ZAP box plus the following components Either Desktop charger or Cigarette Lighter Adapter Either a AA NiMH or Performance Leadership L
216. d 2 75V CR607 Diode Charge Line 4809606E07 R602 Resistor I Sense 0680195M64 104 imite Te Audia Putih If ok then check that the SMOC drives the Xtal Varactor Diode CR201 on the AFC line with a DC Voltage CR910 Diode Switched Supply 4809653F02 U500 SMOC IC 5199332C04 11 Program Main Local Osc to Channelbb If ok then follow 13MHz path through GIF SYN amp BIC and then to Call Processor and SMOC J500 Keyboard Connector 2809424MOI U703 BIC IC 5109962C11 Deci Set DeEowerlevel io tyad yalure 15 If ok then check chip enables from Eprom and SRams at Test Points J600 Connector Extern 0909449B03 U900 GCAP 5109632D75 20 Display SW Version Number of Modem If ok then verify Reset Line 1603 Connector Vibra 0909888M01 U980 Voice Annotation IC 5109152M07 20 Display SW Version Number of Speech Coder J802 Connector Microphone 0909195E01 U982 Amlifier IC 5109731C03 254 Set Continuous AGC 1803 0909888M04 5 11 Shield Call Processor 2609482M01 Set Continuous AFC J900 SIM Connector 3909426 01 5812 Shield 2609481 01 MER Synchronize to BCH Carrier LS802 Speaker 5009076E12 SH13 Shield SMOC 2609483M01 36 Initiate Acoustic Loopback Mic Microphone 5009536H15 SH14 Shield BIC EEPROM 2609484M01 37 Sip Tat 0501 Transistor TX_EN 4809607E05 ASXxxx Serving Cell Power Level 46 Display Current Valure od AFC DAC Jd Set
217. d Housing requirements cece Gu ee eee 22 Flexing Defaulls 23 4 Menu o deni vti deae 24 A5 Specifications of Competitors Products 25 October 12 1998 Motorola Confidential Proprietary u MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 1 INTRODUCTION This product description covers the worldwide requirements for the GSM900 1800 ZAP family of products including performance and features However only the core Motorola models for European markets are described in detail Operator specific models required for European channels and models for the Asian markets will be described in separate variant product descriptions issued by the appropriate groups A minor update of the ZAP product will be required in August 1998 to support the VIAG Home Zone feature for a new operator in Germany This update will not require worldwide field testing A separate product description will be issued for this product A ZAP Refresh product has been defined for launch in September 98 Stages IV and V when the following key changes will be added MMI Enhancements to SMS SIM Application Toolkit upgraded to full Class II Tri Rate Codec Full Rate and Half Rate A separate product description has been issued for the refreshed product A further refresh of the product may be made 01 99 to include the Whitecap chipset add
218. d Support Engineer Secured Emmi For Level 3 Field Support Engineer Software 30 42 Unsecure Emmi For Level 4 SLN3577B Easter Inch Distribution Software 22 43 Then Software Upgraded PARTS IDENTIFICATION Main Parts Ant cd920 I enna cd930 Camp Status LED gt Phone Book Volume Buttons Speaker Cavity Graphic Display Keypad Mic Cavity Flip 9 Motorola Ltd 1997 All rights reserved European Cellular Subscriber Division Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY p8 of 17 Main Battery Contacts Backhousing Alert Cavity Latch for Battery Door SIM Block Screws L_BATT BATT_SER_DATA THERMISTOR Butt Plug Configuration 1 Ground 2 RF In Out 3 Ground 4 Battery Feedback 5 Manual Test Line 6 RS232 Tx 7 RS232 Rx 8 Audio In CHG_EN 9 Audio Out ON_OFF 10 Ground 11 Uplink 12 Downlink 13 DSC_EN_B 14 EXT B 15 Ground Motorola Ltd 1997 European Cellular Subscriber Division p9 of 17 All rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Inside of the Front and Backhousing Voice Note Key Interface Board Alert Volume Mute Key Interface Board Vibrator Battery Connectoi Clips Keypad Motorola Ltd 1997 European Cellular Subscriber Division p10 of 1
219. d end Q3 98 Siemens 515 Bosch Dual Com 738 Mitsubishi MT D30 expected end Q2 98 NEC DB2000 Low tier model G10 also expected Q3 98 Nortel AEG Matra 2785 Expected end Q3 98 October 12 1998 Size cc 139 Weight gm 145 Talk time mins 210 270 Standby time hrs 90 105 Size cc 140 Weight gm 195 Talk time mins 210 265 Standby time hrs upto 80 Size cc 130 Weight gm 142 Talk time mins 180 300 Standby time hrs 60 260 Size cc 160 Weight gm 185 Talk time mins upto 180 Standby time hrs upto 80 Size cc Weight gm Talk time mins Standby time hrs Size cc 168 Weight gm 185 Talk time mins upto 180 Standby time hrs upto 110 Size cc 100 Weight gm 120 Talk time mins upto 150 Standby time hrs upto 300 Size cc Weight gm Talk time mins Standby time hrs Motorola Confidential Proprietary Standard Package Smallest size cc 139 Lowest weight gm 120 Talk time mins 480 600 Standby time hrs 200 250 Smallest size cc Lowest weight gm 173 Talk time mins 315 400 Standby time hrs upto 120 Smallest size cc 130 Lowest weight gm 142 Talk time mins 300 480 Standby time hrs 100 450 Smallest size cc 160 Lowest weight gm 185 Talk time mins upto 600 Standby time hrs upto 220 Smallest size cc gt Lowest weight gm 174 Talk time mins 575 Standby time hrs 220 Smallest size cc 168 Lowest weight gm 185 Talk time min
220. de 9 revision to ZAP Refresh plan update on key competitors e confirm use of Optimax for holographic display add dimensions for each battery configuration simplify A and 8 suffix convention to cover all models add core model numbers with PHFA add Connect Austria remove Telecel FT and SFR change standard battery from SNN5090 to SNN5360 add different colour transceivers and battery doors add English French amp Arabic manuals to MidEast packages add Invalid Battery leaflets to Service Packs add TAC FAC and Serial number information y MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION update accessory table add POS package part numbers October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION TABLE OF CONTENTS L INTRODUCTION s eo iese 1 1 1 PRODUCE o co ees ut LM C 1 gt 2 1 3 Distribution Strategy quer Rr 2 2 PRODUCT 5CIIILIII0IM 5 554555555595555555955555559955595665595559955065506550555055592 2 2 1 Physical 2 2 1 1 6 me 2 2 1 2 3 2 1 3 Dis
221. defined for launch in September 98 Stages IV and when the following key changes will be added MMI Enhancements to SMS SIM Application Toolkit upgraded to full Class II Tri Rate Codec Full Rate EFR and Half Rate A further refresh of the product may be made in Q1 99 to include the Whitecap chipset adding features such as internal data and enhanced performance The ZAP will include all of the data features as in the 8700 product That includes support for Ergonomically designed for comfortable handling Lage Optimax TM high contrast display VibraCall TM vibrating alert as standart 3 minute VoiceNote TM message recording feature Dual Band technology the quality capacity solution ACCESSORIES Batteries and Doors The batteries to be available for ZAP and their standby and talk times will be Battery Types Part Standby Talk Time Availability Number Time Hrs Min Notes Weight Leadership 400mAh Li Ion SNN5089 30 40 60 90 June 98 650 mAh AAA Long NiMH SNN5291 60 80 150 180 June 98 1000mAh 1 008 Li Ion SNN5360 90 105 210 270 June 98 1100mAh AA NiMH SNN5307 90 120 210 270 June 98 Performance Leadership 2800mAh Li Ion SNN5260 200 250 480 600 June 98 Extended AA battery door Black SHN6618 June 98 Extended AA battery door Grey SHN6829 June 98 Extended AA battery door Blue SHN6944 June 98 Performance Leadership battey door Blk SHN6975 June 98 Pe
222. des and Call Transfer plus the features listed below Note definitions of feature priorities below October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 1 Features that are not negotiable they are essential parts of the proposition for this new product The launch will be delayed until these features are ready 2 Important usability or operator requested features Significant sales volumes will be lost of these features are not included 3 Other features requested by the field Tracking Number n a Description Combined Menu and Scroll keys Status for Stage I launch Committed Status for Stages II amp III 8 LED status indicator flex control Committed 0198 Headset answer on off support Committed 0165 0131 Stop Call Alert with Volume keys Delayed Power On and Off flex control Committed Committed ele Smart Connect Committed a n a Ability to flex as single band GSM900 or GSM1800 Committed 0112 Ringer On display icon Committed n a 0198 Real Time Clock and Date Smart Key place answer calls with Smart Key Committed Committed n a Invalid battery feature Committed 0165 Alert Muting feature Committed 0067 Voice Note support Committed n a n a 0057 0039 0157 Tracking Number 0158 0021 01
223. dware improvements key pad and vibraCall The proposed market name for Asia is cd928e cd938e Stage V for Asia will not require a product name change because Half Rate support will be Soft to the market only operator Asia plans to introduce manual band select to limited market on Aug 18 1998 and full roll out on Sept 1 1998 2 3 Product Strategy 2 3 1 Signaling Signaling Type GSM Dual Band 2 3 2 Key Selling Points New key features in addition to previous versions for Zap Stage IV e Signficant user interface enhancements e Unicode for full SIM application toolkit class II plus stage I of Asian phone book e Eastern European languages E Improved keypad and VibraCall Motorola Confidential Proprietary 4 05 11 98 New key features in addition to the above for Zap Stage e Tri Codec support voice only HR The following are key selling features of previous versions of Zap cd920 cd930 Dual Band technology the quality capacity solution Best in class radio battery and speaker performance Ergonomically designed for comfortable handling Value added service delivery through SIM Toolkit 3 minute VoiceNote message recording feature Dual Rate speech codec FR and EFR Ease of use Large high contrast easy to read display 2 3 3 Tier Mid Tier 2 3 4 Channel Same as cd920 cd930 2 3 5 Competitors Ericsson SH888
224. ers The phone utilises a real time clock internal fast charger a 32 x 96 graphics display Personality soft ware smart button voice annotator and also accommodates a small SIM card The Zap will also support the RAE universal transformer and CLA The RAE desktop charger will be modified to fit the ZAP form factor Marketing has requested new accessories which include a boom headset data cable smart card read er and three new car kits The ZAP will utilise the butt plug and one battery as power source options Support for alkaline AA bat teries is also being investigated The Zap also incorporates the SMoC IC which is a composition of Speech Coder Modem and Codec This componentis found on various other products for example 8700 and Modulus The Zap also uses 3 Ball Grid Array 68338 uP BGA Flash EPROM uBGA SRAM uBGA The transceiver board is almost entirely covered with cans similar to Modulus but are solid with a few holes placed to aid can removal The receiver and transmitter are very similar to bandaware but the switching network is simpler and more integrated The Zap will be the first MOTOROLA digital phone to utilize a voice annotator lain Mawhinney PAGE 8 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 4 lain Mawhinney PAGE 9 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Preliminary Design Dimensions Physical Characteristics
225. ess and committed In process and committed In process and committed In process and committed In process and committed Note No MMI required In process and committed Under investigation NOT committed Note This feature could hold up Zap refresh launch date in Asia In process and committed In process and NOT committed In process and NOT committed Under investigation NOT committed Under investigation not committed In process and committed Charge time with Desktop Charger to 90 Priority mn N 2 denotes marketing specification is not available denotes marketing specification is available Priority 1 Required will not ship without 2 Will be considered for future product launch will ship without Transceivers Zap refesh for Europe will allow upto 14 languages per transceiver The languages will be formated in the following The first Zap Refersh transceiver will have the following languages The second Zap Refersh transceiver will have the following languages English English French Russian German Lithuanian Turkish Polish Italian Czech Spanish Slovakian Danish Croatian Finnish Romanian Dutch Slovenia Greek Latvian Norweigian Estonian Portugese Ukraine Swedish Servian Hungarian Bulgarian Key Hardware Requirements Define Key Hardware Requirements Insert drawings photos or other representation if required after table Place cursor in
226. featured flipless variant three different colours Black Steel Gray and Pin Blue holographic display 1 Remove Battery door by 2 Remove the Battery by 4 pressing down on latch and pushing from the bottom and pulling lifting upwards RE 3 Remove 4 screws with torque 7 remove 5 Remove with care the 6 Remove vibrator connecto Backhousing from Unit from PCB with tweezers Disassembly 7 Detach PCB from front housing from PCB 9 Remove Keypad from 10 Remove vibrator from front housing back housing Disassembly ZAP Mechanical Overview Dual Band Mid Tier Product Desktop charger 4 Line Graphic Display Data transfer possible Flipped and non flipped Version 3 Cell Battery Used Battery Door on Backhousing Transceiver and Keyboard are separate PCBs Wiring for vibrator only No wiring for Speaker Alert and Mic Contact Pads and connectors only Off the shelf screw in Antenna Plastics have no shielding so Logic is shielded as well as RF No moon tyres or ground clips needed No Peel off cans like in Modulus used Uses mini SIM with SIM Enabling Circuit Auxilliary RF via Batt Plug Connector J600 Housings Screwed instead of being clipped Electrical Overview 90670739 E e 2 7 Chipset Technology as in 8700
227. format 39 Model number in human readable and bar code format 39 MSN in human readable and bar code format 39 IMEI in human readable with section spacers and check digit and bar code format 39 EAN in human readable and bar code T Options in human readable and bar code Space must be allowed for the OBO text NOTE The presentation of IMEI will be the new Phase II format which matches the IMEI is the display ie with 15th check digit in all human readable forms 6 3 EANs Black models will be defined for all countries other colours will be defined as required Mkt Colour StageTZAP ________ ZAP SE0007AB1A1 50 25322 191620 5 0007 5025322 191620 SE0006BB1A1 50 25322 191 965 0012 50 25322192 306 SE0012BB1A1 50 25322 192 306 5 0013 50 25322 192 351 5 0005 1 1 50 25322 191 637 50 25322 191 637 5 0006 50 25322 191 972 SE0007AB1B1 5 0012 50 25322 192 313 50 25322 192313 5 001 50 25322 192 368 5 0007 50 25322 191 644 5 0007 50 25322 191 644 SEOOO6BBIC1 50 25322 191 989 SE0007BBID1 50 25322 191 651 SEOOO6BBID1 50 25322 191 996 1 7 5 0007 50 25322 191 668 5L0006881L1 50 25322 192 009 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Grey Black CPHS END ae 0012 1 50 25322 192320 SEOOI3BB
228. frica us up v1 84092610 ZAP XCVR SHEET 2 COMMENTS Started From 84 09468S01_p7_v2 CHANGE SCHEMATIC TO ADD SMOC 1 NEW PART 8409261001 CREATED FROM 8409150M05 CHANGES CHANGE 1301 TO P N 91 09193103 C1001 20PF gt 22PF 312 5 1 gt 5 CMB B IUF DNP C111 8 1UF UNP C3S5 18PF 5 BPF C356 10PF gt 12PF R370 DNP 100 30 51 gt 220 C300 10 P N 21 13928J08 REMOVE L412 DNP ADD SHORTING BARS SHR1401 3 AND TL 405 TL408 BY ANT CHG R351 DNP 54 7K _C358 DNP gt 4 7k R377 51 gt 100 C370 100PF D1UF LEg5 33NH 39NH 35 3 9 gt 2 3 4 18 gt 22 2 gt 299 0 8 2PF 2 DEC 96 15 0 1 97 17 001 97 24 001 97 4 p v1 4 04 V2 CHG C306 3 6PF gt 1PF 24 1000 gt DNP L309 10NH gt 3 9NH C1111 DNP gt 1PF 08203 TO P N 48 09948010 DELETE R235 amp R236 VALUE CHANGES FOR P4 FACTORY BUILD C221 8 2PF 5 EPF 0991 2 9 gt 5 L309 4 TPF 5 6PF 310 3 gt 2 2 C320 10PF DNP 313 690 gt 100 IC345 220PF gt 330PF_ 341 68 gt 82 C380 02UF 039UF R370 100 150 RO13 5 BPF b PR L205 33MM gt 15MM 208 100 gt 9MC R482 220 33D 1 100 gt 10 R480 2 2K gt 1 2K 483 220 gt 300 R481 3 9K 2 2K 18 N0V 97 1 DEC 9T VB p5 vi 5 05 V2 05 05 v5 p5 v4 CHANGE USTD TD 51 09879 05 CHANGE C206 5 6PF gt 1PF
229. g on 1 38V dc INPUT FROM GCAP O P TO THE TIC VIA MIC MIC TO GIF_ SYN BLOCK DIAGRAM AA MOTOROLA CHARGE lt To Exciter Stage PHASE DETECTOR I pin23 main cp 4 lim out GIF E SYN IF in pin4 U370 TIC 2 I 108Mhz 67Khz AA MOTOROLA MAIN VCO 26 GIF_SYN_5 2 U220 28 10 6 7 21 28 26 29 A OSCILLATOR TXIM TXQM TXI TXQ ZAP GIF SYN TO TIC BLOCK DIAGRAM GSM TO EXCITER AA MOTOROLA IF FROM GYN_SYN PIN4 MAIN VCO EXCITER _ 4 14 TIC U370 331 Q 4 8 VR354 lt q LOOP FILTER TX VCO TO EXCITER BLOCK DIAGRAM GSM AA MOTOROLA 1 8Ghz max peak max detector detection loop activity power range Ov high floatzlow power range selection pin7 exciter aoc drive
230. ge 21 YES page 3 MOTOROLA CONFIDENTIAL PROPRIETARY Page 2 MOTOROLA GSM DCS ZAP Level 3 Procedure ZAP TEST SEQUENCE NO GO TO POWER BURST ERROR on page 21 Is the Power Burst within Spec YES NO Is the TX Audio OK GO TO NO MIC on page 21 YES NO Is the RX Audio OK Loudspeaker GO TO NO LOW AUDIO on page 20 YES TERMINATE THE CALL Recording a Message using VOICE ANNOTATION NO GO TO NO VOICE ANNOTATION Listening the Message Is it OK on page 22 YES MOTOROLA CONFIDENTIAL PROPRIETARY Page 3 MOTOROLA GSM DCS ZAP Level 3 Procedure START Download in to Emmibox the correct software for Zap Connect the phone with EMMIBOX cable and verify if the Zap Loading the software from EMMIBOX The phone still NO PWR UP NO Is present the B voltage on C910 about 4 8V YES Make a SHORT C between 1 1 2 75 TP18 WATCHDOG Is the VSWITCH present and without ripple on C916 about 5 6V NO YES Are there the L2 75 R2 75 L500 and R4 75 present on C902 C908 C901 and C906 YES Is 13 Mhz present on pin 37 of U703 YES to page 5 NO The phone PWR UP correctly END If you use the Battery check Q906 and Battery conn NOTE 1 if you use the External power check CR903 and J600 NOTE 1 Che
231. gnition 1 2 3 4 3 6 7 9 G12 C10 052 0100 BE 54 sb qBb 8 gt ae 812 C16 9019 C6 VI 055 R13 2 63 6060009 99096 E 32 25 I EN E 5104 aes lt _ 056 e 2 lt 0 11 60 8 92 3 SAX 6 1 5 31422
232. h controls the output of the limiter A logic high on this pin enables the limiter output and a logic low reduc es the outputto 35dBm or less this logic low also reduces current by disabling the TX Quad Generator Mixers IQ Buffers and limiters The offset LO will remain locked The Tx Offset LO does not frequency hop butis still fastto assure turn on times of less than 600useconds This allows the offset VCO to be shut down between Tx bursts The Tx Offset LO uses a 1Mhz reference derived from the 13Mhz reference The tank circuit used operates at 340Mhz for GSM and 240Mhz for DCS and is divided by two internal to the SYN The resultant output of the limiter 170 120Mhz 67Khz frequency shift depending on the relationship of Q amp I is then sent to pin 4 of the TIC I C The TIC 1 0370 converts the low frequency GMSK modulated IF signal from SYN pin 4 to the final transmit frequency without introducing noise The TIC uses a phase lock loop PLL to lock the low frequency modulated 170 120Mhz signal to the difference between the main VCO RX VCO and the Tx VCO so the loop would be locked if the difference between the Rx VCO and the Tx VCO is 170 120Mhz The Tx VCO signal is sentto pin 14 of the TIC The Rx VCO enters the TIC at pin 1 These two signals are mixed and the difference is inputto the phase detector internal to the TIC along with the IF input and the resultant output of the phase detector is the correction vol
233. h contains factory information relating to that particular model of phone BDM COMP At this point the contents of the bootcode area of the Eprom is read back by the testbay and compared to the original data sent out lain Mawhinney PAGE 44 21 6 98 MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION AA MOTOROLA START logic and reference regulators turn on 13Mhz clock activation chip enables on 5 applied EMMI comms generated power up sequence complete PAGE 45 lain Mawhinney 21 6 98 MOTOROLA a START BDM L275 is L275 NO MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION present YES BDM SIMS is sim NO de bug as power up fail register being set YES BDM ERAS has data NO been erased 7 BDM PROG has bootcode programmed IC s for I logic 5 555 is EPROM faulty A into ROM ok YES BDM COMP does data in eprom NO A 1 FLOW CHART POWER UP SEQUENCE lain Mawhinney 21 6 98 PAGE 46 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION When the ON button is pressed pin 24 on the is taken low when this happens if B is present at pin 40 of the Gcap then the Gcap turns on the logic
234. have the same feature set as Zap stage III launch plus the new features below Key Software Requirements Define Key Software Requirements Insert drawings photos or other representation if required after table Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Tracking Number Description Features required in Zap refresh stage IV Viag Home Zone SIM Toolkit class 2 Eastern European languages not including Hebrew Asian subsidy lock enhancement Unicode for SIM Toolkit SMS Delete all messages option MO SMS reply to MT SMS SMS Phone book access Manual band select for dual band ASIA Increase SIM ADN locations from 155 255 Increase SIM SMS locations from 35 to 75 Support for CSP based on CPHS V4 2 Change CLI lookup to use 8 digits Check card software Conference call call transfer improvement Unicode phone book support stage 1 Quick access additions 3 Last 10 call improvements Unique SMS alert tones Orange data field support 020 dual band CSP bit Features required in Zap refresh stage V Multi rate speach coder FR EFR HR voice only HR Status First Launch Status Main Launch In process and committed In process and committed In process and committed In process and committed In process and committed In process and committed In process and committed In process and committed In process and committed In proc
235. he input to the filter is low then there is some discretes under VCO can Check SF VCC U220 Pin23 and Main VCO tuning voltage 0220 21 check from CPU DM CS at SMOC Pin2 Possible GIF SYN SMOC problem 20 Display SW Version Number of Modem If RF INPUT and the MAIN VCO OK the main suspicions are with the 2 input filters FL400 and FL401 and the can SHO1 should be removed If TX is generated but is low then we look for problems under SH02 and SH09 and follow path through to antenna gt n e CR303 TX Exciter Diode 4809948D10 U401 Antenna Switch IC 5109572E04 228 Display SW Version Number of Speech Coder If the signal is low at the input to these it could be losses caused by Antenna Switch 0401 gt gt dinis TUE If TX looks but fails in wingate check at the T R switching circuitry 0401 0403 switching RF to 1600 Pin2 FL30 Ist Rx Filter 9109193T03 U403 Switch Control 5109923D14 ae 1947 4 and 794 4 RF values are fine but 21SMHz into GIF is low K _ then we must also remove 508 The SAW filter 21 480 and IF Isolation 0480 is located under here FL400 2nd Rx Filter 9109144M01 U301 PA Dual FET IC 4809527E31 26XXXX Set Continuous AFC FL40 VCO Filter 9109111 08 0370 TICIC 5109879E12 3 Tnitiate Pseudo Random Sequence with Midamble 33xxxx Synchronize to BCH Carrier FL480 IF Saw Filter 9109035 01 0340 PAC IC 5109632D9 or i TEREE 3 initiate Acoustic Loopbac FL46 EXT Antenna
236. he whole radio Y701 Real Time Clock Xtal This xtal is of a very high accuracy and provides 32 768KHz for the real time clock Motorola Ltd 1997 European Cellular Subscriber Division 15 of 17 All rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY 090 PX He dury 08714 080 _ MEME IM 7 66 _ _ _ ZHIN S ZC91 02 ZW STZ ued 149IV octo E X oor III N _ enSo euy WSs sod JID 7HINF Lr6 Z7HINS CrST 0cca SOG ZHN 8 91 yunuaoq 02345 uy INSO ZHM Tora ZHIAOFC INS9 ZHN ZHINOFE I 10813 5 a 8 10552014 5 gt wody Toca gt a TOLA 0960 0550 a 09r C 2 oue INIS euuosju y IV 006f pre WIS 2 IV eux eu r93X q pl6 of 17 European Cellular Subscriber Division Motorola Easter Inch Bat
237. hgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY C Motorola Ltd 1997 All rights reserved Display Board LCD Graphic Display Metal Dome 051 6 Keypad LEDs U100 Display Driver Direct Chip Attachment J501 Keyboard Connector Q100 Display Supply 8119 Hook Switch Motorola Ltd 1997 European Cellular Subscriber Division 17 of 17 All rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Y MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Standard Customer Presentation June 1998 Issue 2 0 Dominic Strowbridge 1 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Standard Customer Presentation Issue 2 0 Dominic Strowbridge 2 Contents Introduction Key Consumer Selling Points Key Network Features Product Positioning Product Specification Product Performance Feature Specification Full Feature List Accessory Range Product Variants Product Customisation Competitors Marketing Support Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Introduction Don t fly in and out of the Office Take it with you Issue 2 0 Dominic Strowbridge 3 Motorola Confiden
238. hich is pin9 ACT will be low when the RF detector detects an RF signal at pin2 RF IN The output from the buffer amplifier will be an input to the integrator from F B via external resistor 340 and back to pin6 INT The other input to the integrator will be pin8 AOC The AOC is an inputto the PAC IC from the MODEM IC its output level is determined by the PA DAC values 0 through 15 The voltage on the AOC line will determine the output power of the transmitter The inte grator output pin7 EXC will drive the exciter and PA stage so thatthe RF Power level presented to the RF detector results in equality of the voltage present at pin6 INT and pin8 When this condition is met the PA is being driven the proper level The PAC IC 0340 also contains a saturation detector The output of the buffer amplifier and the input on pin8 AOC will be the inputs to this detector See Diagram overleaf lain Mawhinney PAGE 34 21 6 98 MOTOROL A MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION 1 8Ghz max power range peak max Ov high float low integrato ea power exciter range loop activity selection detection buffer amplifier sat_det lt a ANN J aoc drive BLOCK DIAGRAM PAC IC lain Mawhinney PAGE 35 21 6 98 lain Mawhinney AA MOTOROLA RELEVANT CONTROL SIGNALS FOR THE RF PATH Rx EN is generated by the microprocessor pinA9 and is used to contro
239. ht Performance 139 cc 120 gm minimum 145gm standard package 210 270 mins talktime 90 105 hrs standby standard package up to 10 hours talktime 250 hours standby e Standard Package includes cd920 or cd930 transceiver 1000 mAh Lilon battery Rapid Travel Charger with either UK or Euro plug Pivoting Belt Holster Local language user guide Accessory leaflet and other local literature kit e Walk and Talk Package includes standard contents plus PHFA e Data Package includes standard contents plus Smart CELLect Issue 2 0 Dominic Strowbridge 7 Motorola Confidential Proprietary June 1998 Y MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Standard Package Issue 2 0 Dominic Strowbridge 8 Motorola Confidential Proprietary June 1998 Y MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola 900 Series Product Performance 400 mAh 650 mAh 1000 mAh 1100 mAh 2800 mAh AA Li Ion Ni MH Li Ion Ni MH Li Ion Alkaline Weight gm 120 147 145 185 230 depends on batteries 130x55x27 130x55x27 130x55x27 130x55x32 130x55x43 130x55x32 Talktime up to 60 90 150 180 210 270 210 270 480 600 depends on mins batteries Standby time up to 30 40 60 80 90 105 90 120 200 250 depends on hours batteries Charge time to 90 2 1 3 1 5 4 hours Standard Package Highlighted in Red Charge times are with Rapid Trave
240. ial Setting To Phone Memory To SIM Card To Fixed Dial List Show Battery Meter Restrict My Phone Number Show ID On Next Call Restrict ID On Next Call Call Diverting Divert Voice Calls Divert Voice Calls Divert When Unavail Submenu 1 Divert All Voice Calls Submenu 1 Detailed Diverting If Busy d Submenu 1 If Not Reachable Submenu 1 If No Answer Submenu 1 Divert Fax Calls 1 Divert Data Calls 1 Cancel All Diverting Talk and Fax On Off Call Waiting On Off Call Barring Bar Outgoing Calls Int l Calls Int l Calls Ex Home All Calls Off Bar Incoming Calls When Roaming All Calls Off Cancel All Barring Change Bar Password Key Answer Only Call Voicemail Received Messages lt Message List gt Delete Message Return Call Edit Message lt Message Editor gt Send Message Store Message Go To Next Message Outgoing Messages lt Message List gt Send Message Edit Message lt Message Editor gt Send Message Store Message Delete Message Go To Next Message Message Editor Send Message Store Message VoiceNotes Play VoiceNotes lt Playing gt Go To Next Show Time Available Erase All VoiceNotes Cell Broadcast On Off Message Settings Voicemail Number Service Centre Expiry Period Outgoing Message Type Text Fax X400 Paging E mail ERM
241. iering strategy and any planned variants for this product Zap is a product representing the mid tier Define Models to be Replaced by this Product Place cursor in field below Go to Menu select Create gt Table then define number of rows you require by 3 columns Model Name Model Number Comments cd920 5 0007 Stage II Flipped Zap cd920 5 0012 Stage II Flipped Zap w CPHS cd930 0006 Stage Flat Zap cd930 SE0013Bccxx Stage III Flat Zap w CPHS Define Target Markets Zap is positioned as a feature loaded product aimed at power users In particular the Business Accomplishment and Activity Managment user segments will be targeted Define Advertising Requirements Specifications to Advertise and Key Message to be delivered To be developed in correlation to the Motorola Corporate Wings and brand awareness campaign Advertising is to be consistent with cd920 cd930 Define Phone Physical Characteristics Insert drawings photos or other representation if available Zap refresh will not require any major modificaitons to the form factor Flat Zap stage IV will include painted front rear and battery door housings in various colors including CeBit Motorola blue These colors will be available at stage IV launch on 01 Sept 98 Define Housing Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define Battery Door Physical Characteristics I
242. ignals RXI amp Q IQref Tx Inphase amp Quadrature signals RF SPI amp SCK SPI Bus from Microprocessor to RF Board DM CS for TX path enable AOC SAT DET DET SW for PAC Control Routes speech data between SMoC and BIC AFC Control AGC Control and A D Conversion via the MDM ANA VCC U701 Microprocessor The Call processor controls the keypad Tx Rx etc and routes data to the various IC s in the phone U702 SRAM This IC contains the phones Random Access Memory lain Mawhinney PAGE 42 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION U703 BIC 4 1 The Bus Interface chip is responsible for all the external communication interfacing it contains the A D and D A convertors and also routes the clock to the logic IC s U704 Flash Eprom This chip contains the phones software U705 EEprom This chip contains the phones phasing data after ithas passed through test U900 GCAP IC The GCAP Global Control Audio P ower provides regulated power supplies for both the Logic and RF sections of the phone These supplies are R475 R275 L500 L275 VREF and VSWITCH gt 475 supplies the charge pumps in the GIF and the TIC which drive the VCO s gt 275 15 the supply VCC for the TX VCO and the TIC IC L500 Is the 5V supply for the DSC bus SIM interface and the 10V regulator used for the T R Switch control L275 Is 2 75V supply for all logic IC 5 SMoC and the display REF Is the refe
243. ilon battery ie second battery Either a AA or Triple Stacked battery door A second plug As an alternative to the three manuals two 5 could be an option for this box All packaging materials should be environmentally friendly The Pulp insert may be coloured Motorola blue Artwork for Stage I standard Motorola artwork will be used on the new packaging For Stages II and III new WINGS branded artwork has been defined Labels Transceiver labels placed in the factory will include and Made in Transceiver labels placed in Distribution will include the following information 18 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Model plus model number Type plus Type name MSN plus MSN in human readable format IMEI plus IMEI in human readable format with section spacers and check digit IMEI in bar code 128 format 0168 in characters a minimum of 5mm in height Space must be allowed for the code S L for SIM Locked models and for co branding operator names of upto 10 letters European Box labels will include the following Made in in the header Motorola plus product name ie 4920 or cd930 in the header GSM900 1800 in the header CL in the header Der Gr ne Punkt mark in the header Sequence number in human readable and bar code
244. ing features such as internal data and enhanced performance The following programmes make use of ZAP family plastics and technology and therefore must be included when considering the positioning of the ZAP products N AMPS ZAPPER CDMA ZAP 1 1 Product Strategy The ZAP products will replace the 8000 series and Slimlite products in the mid tier of the market Product introduction is due in Q2 98 and will take place in three main stages ZAP Launch Stages EUROPE Stage I Test markets in Test market in Hong Kong No EFR South Africa and Launch with Asian SMS black flipped variant only Switzerland and Chinese languages Limited launch in Nordic in Asian markets markets for June only Stage II Full launch in Europe Will NOT ship in Asia Fully featured flipped variant Stage Full launch in Europe Full launch in Asia Fully featured flipless variant with Asian SMS and Chinese languages The decision to launch a non EFR Stage I product in some European markets has been taken due to the continued slip of the full Stage II product However no distinction will be October 12 1998 Motorola Confidential Proprietary u MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 1 2 1 3 made in the market between the non EFR and EFR versions only the model number will be upsuffixed to mark this change It is envisaged that the non EFR version will only ship for approximately one month before the EFR version is freely avai
245. invalid battery technology by utilizing the Dallas chip Zap refresh will eliminate the invalid battery leaflet by integrating the information into the manual Motorola Confidential Proprietary Page 8 05 11 98 3 2 3 Charge Times Battery Charge time with E P Standard Travel Charger to 90 charge Minutes charge Charge time with E P Desktop Charger to 90 Minutes Same as 09920 and cd930 3 2 4 Data Compatibility Same cd920 and cd930 3 3 Software and Hardware Requirements Zap refresh will have the same feature set as Zap stage III launch plus the new features below Key Software Requirements Tracking Description Status First Status Main Priority Number Launch Launch Features required in Zap refresh stage IV 0203 Viag Home Zone In process and 1 committed 0195 SIM Toolkit class 2 In process and 1 committed 0196 Eastern European In process and 1 languages not including committed Hebrew 7 Asian subsidy lock In process and enhancement committed 0016 Unicode for SIM Toolkit In process and i committed 0115 SMS Delete all messages In process and 1 option committed 0023 MO SMS reply to In process and 1 5 5 committed 0014 SMS Phone book access In process and 1 committed T Manual band select for In process and 1 dual band committed 0155 In
246. io mic speaker OV 2 7V ON OFF ON OFF Alert 2 7V OV OFF ON OFF OFF Car Connection 2 7 2 7V OFF OFF OFF ON Audio Enable Signal Combinations A D CONVERSION OF AUDIO SIGNAL lain Mawhinney PAGE 52 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION When the audio is in a call the analogue signal is digitally coded inside the U500 The digital coding process 15 as follows Analogue signal enters U500 The signal is A D converted by the codec section of the U500 SMoC resulting in a 64 kBits sec data Stream The 64kBits sec digital data is then input to the speech coder section of the U500 where it is com pressed to 13kBits sec by internal software algorithms A further 9kBits sec of error correction bits are added to the signal in conjunction with the microproces sor U701 giving a total of 22kBits sec of digitally speech coded signal for transmission This digital stream is then sent to the modem section of the U500 where the signal is converted into I XI amp Q signals which are then transmitted via the transmit path D A CONVERSION OF AUDIO SIGNAL D A conversion is the reverse of the above process as far as the codec Then after the codec converts the signal to analogue itis amplified within the U500 before being sent to U900 The attenuation is vari able from 0 3508 in eight 5dB steps and controls the audio volume The signal then exits 0500 and fol lows the configured audio path to U
247. ion 8 0 Section 8 Appendix ZAP PD v8 0 doc MS Word Attachment Dominic Strowbridge October 12 1998 MOTOROLA CONFIDENTIAL PROPRIETARY This document and the information contained in it is CONFIDENTIAL INFORMATION of Motorola and shall not be used published disclosed or disseminated outside of Motorola in whole or in part without Motorola s consent This document contains trade secrets of Motorola Reverse engineering of any or all of the information in this document is prohibited C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION PO October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION INTERIM RELEASE SIGNATURES Name Tracey Koziol Ruchi Mangalik John Calderone Zaf ul Azam Glenn Riese Jim Barber Dave Trahan Doug Main Steve Akin Philip Brodessen Dirk Klostermeier Michael Petersen October 12 1998 Motorola Confidential Proprietary Signature Date EMEA Product Marketing GCSA Product Marketing Accessories Product Marketing Engineering Manager Electrical Engineering Manager Mechanical Engineering Manager Accessories Engineering Manager Software Engineering Manager MMI Software Section Flensburg Manufacturing Flensburg Materials Flensburg Distribution y MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Paul Royer Programme Manager October 12 1998 Motorola Confidenti
248. l Charger or optional Desktop Charger accessory All times are approximate and will vary depending on network configuration and status and the functions selected Standby times arequoted as a range from DRX 2 to DRX 9 Talktimes are quoted as a range from DTX off to DTX on Support of DTX mode is dependent on the network and may not be available in all areas Issue 2 0 Dominic Strowbridge 9 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Main Feature Specification e Dual Band GSM900 1800 e Optimax M high contrast display e VibraCall M Alert VoiceNote Recorder 3min Clock and Date e Pivoting Belt Holster SIM Application Toolkit e Data capable without PC card Enhanced Full Rate Codec EFR Rapid Travel Charger Takes Standard AAs for emergency use LED Status Indicator Operator defineable ringing melody Fixed Antenna end user preference Popular Ergonomic design Lilon batteries as standard Issue 2 0 Dominic Strowbridge 10 Motorola Confidential Proprietary June 1998 Y MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Full Feature Specification User Interface Display type Illuminated Graphic up to 4 lines of text Optimax High Contrast Display icons Battery Meter Signal Strength Off hook Roaming
249. l be required for the shark silver phone The color of the escutcheon will be shark silver with a semi gloss texture to blend in with the painted front housing 3 1 8 Antenna Same as cd920 and cd930 3 1 9 Connectivity Same cd920 and cd930 3 1 10 Sim Card Same cd920 and cd930 3 1 11 Other Physical Characteristics Define any other physical characteristics Zap stage IV will incorporate a new vibrator to improve the VibraCall feature This will address complaints from the field on the quality of the vibrator Zap should use the same vibrator that is being used in GSM 8700 3 2 Performance Characteristics 3 2 1 Transceiver Performance Volume cubic Weight Talk Time Standby Time With Battery cm grams minutes hours Name Motorola Confidential Proprietary Page 7 05 11 98 IX 8X gt 4 Wat grams Nickel Metal LI TS RX 139 617 5 49 50 60 hrs Wgt_ wgt 48 147 RX 150 1045 84 80 100 hrs Wgt 83 182 _ _ gt ____ TX 5 1 8 1 1 5 5 RX 139 40 30 40 5 Wgt Wat 119g 75 80 100 hrs 144 1440 12 7 10 12 hrs 280 200 250 hrs Note The above performance numbers are engineering estimates for Zap 3 2 2 Compatible Battery Technology amp Security Same as cd920 and cd930 Zap refresh will also employ the
250. l the mixer and LNA bias When Rx_EN is low the front end is muted Rx_275 This supply to the front end is taken from the V2 regulator Q221 on the GIF_SYN Itis used to bias the receive front end LNA The voltage is regulated at 2 75Vdc 50m Vdc SW VCC This signal comes from the GIF SYN regulator via pin 33 and is used to supply the Isolation amp It also supplies the diode switching network Q100 amp Q105 forthe GSM DCS GSM DCS signals VREF This switched supply is generated in the GCAP pin 11 and is on when ever the radio is on The supply is used for the reference inputs of the GIF SYN IC regulators on the RF section typically 2 75Vdc 75mV dc RF_START This signal is generated in the microprocessor pin C2 and drives the GIF_SYN IC The signal must be high in order the allow changing data into the shift registers without affecting the current programming The pulse also initiates the adapt sequence in the receive IF section R475 This regulated supply is generated by the FCAP pin 41 and is on when ever the radio is powered up It is used to drive the charge pump section of the GIF SYN IC and TIC IC Typically 4 75 75mVdc R275 This signal is generated by the pin 28 and is used to supply voltage for the TIC and the TX Typically 2 75Vdc 75mV Note all these sections will be enabled by TX_EN 21 6 98 MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION PAGE 36 My MOTOROLA MOTOROL
251. lable Key competitors are listed below See Appendix A5 for more details e Ericsson sh888 now shipping Nokia 6150 due end Q3 98 e Siemens S15 due end Q2 98 Bosch Dual Com 738 now shipping e Mitsubishi MT D30 due to launch in Q2 98 NEC G10 due end Q3 98 and DB2000 also now due in Q3 98 Nortel AEG 2785 due in Q3 98 As more manufacturers move over to dual band designs single band products will become less significant as competitors ZAP will be differentiated from the key competitors by the following key advantages Ergonomically designed for comfortable handling Large Optimax high contrast display VibraCall vibrating alert as standard 3 minute VoiceNote message recording feature Dual Band technology the quality capacity solution Target Markets ZAP will be positioned as a feature loaded product aimed at power users In particular the Focused and Balanced Business user segments will be targeted Distribution Strategy The ZAP product family gives Motorola the possibility of regaining market share in the mid tier Both flipped and flat variants of the product will be available in 3 different coloured plastics The distribution strategy will be evolved over the next few months to take advantage of all the opportunities this variety can support As deals are negotiated with the channels any issues concerning exclusivity in a market will be noted here No single band varian
252. lash Used to store the Software Able to reflash for updates U980 Voice Annotator New Chip for recording up to 180 seconds of receiving audio signals or in stand by voice notes Controlled from the CPU via Serial Data Bus Motorola Ltd 1997 European Cellular Subscriber Division 12 of 17 rights reserved Motorola Easter Inch Bathgate West Lothian 48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Main Board Bottomside Side FL400 1st GSM Rx Filter 900MHz Al Antenna Connector BT700 LS Connector LS801 U401 Alert Connector RF switch FL461 FL301 2nd GSM Rx Filter 1800MHz Tx PA Filter FL462 and Coupler900 1800MHz A 2nd DCS Rx Filter 900MHz FLA0 702 1st DCS Rx Filter 1800MHz F Tuis z Ref Xtal 13 MHz J603 dE L 0220 Vibra Connector 0301 __ power supply 0707 ___ 4610 613 Dallas Chip Batt Conn 0906 Supply Switch 0703 12 BICIC 701 amp 0705 Real Time Xtal EEProm 1900 SIM Connector 0001 P U902 Charging Control SIM 5V Supply U709 __ 25232 Matrix 0982 gi Rx Audio Driver 0900 ____ _ GCAP enini __ 1902 Choke 15 Pin Butt Plug Connector J802 Mic Connector Motorola Ltd 1997 European Cellular Subscriber Division rights reserved Motorola Easter Inch Bathgate West Lothian EH48
253. lip accessory e Vibrating battery access Calculator function Dualband GSM900 1800 Rocker menu key Closed User Group Conference Calling Dualband GSM900 1800 Metallic finish Vibrating alert as standard Lilon battery as standard Dualband PLUS E GSM 14 400 data capable Handsfree mode Voice control and calling Motorola Confidential Proprietary No Infra Red port No Half Rate Codec Expensive No Half Rate Codec Old form factor Gimmicky features Late to market Limited Infra Red functionalit OEM version from Bosch Consumer oriented No EFR or HR Codecs Consumer oriented No EFR or HR Codecs Consumer oriented No EFR or HR Codecs No Half Rate Codec No Infra Red port Expensive No Infra Red port Not known June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Marketing Support e Advertising TV adverts are Brand only not product specific Press adverts Full Page Motorola Co Op and Dealer advert templates available Point of Sale Product leaflets cd900 series Accessory leaflet POS Kit e 4x cubes e 1x poster e x literature dispenser 1x Open Closed door sign e 1x window sticker 1 shelf wobbler e 1x instore banner Dummies Issue 2 0 Dominic Strowbridge 17 Motorola Confidential Proprietary
254. ll be Soft to the market only operator Asia plans to introduce manual band select to limited market on Aug 18 1998 and full roll out on Sept 1 1998 Signaling Type GSM Dual Band Define Key Selling Points and Message New key features in addition to previous versions for Zap Stage IV Signficant user interface enhancements Unicode for full SIM application toolkit class plus stage I of Asian phone book Eastern European languages Improved keypad and VibraCallTM New key features in addition to the above for Zap Stage V Tri Codec support voice only HR The following are key selling features of previous versions of Zap cd920 cd930 Dual Band technology the quality capacity solution Best in class radio battery and speaker performance Ergonomically designed for comfortable handling Value added service delivery through SIM Toolkit 3 minute VoiceNote message recording feature Dual Rate speech codec FR and EFR Ease of use Large high contrast Optimax IM easy to read display Define Product Tier High Mid or Low Mid Tier Define Distribution Channel Same as cd920 cd930 Define Competitors Ericsson SH888 now shipping Nokia 6150 due end Q3 98 Siemens S15 due end Q2 98 Bosch Dual Com 738 now shipping Mitsubishi MT D30 due to launch in Q2 98 NEC G10 due end Q3 98 and DB2000 also now due in Q3 98 Nortel AEG 2785 due in Q3 98 Define Key Target Customers Same as cd920 and cd930 Define product t
255. ll utilise a small SIM card size The SIM will be positioned in the back housing under the battery A sliding flip up door configuration will be used to allow for easy insertion and removal Antenna The antenna will support both 900 and 1800 mHz frequencies ZAP will ship with a fixed black antenna As soon after launch as possible a retractable antenna accessory will be developed from that point all new units will be capable of being retro fitted with the retractable antenna Performance Characteristics Radio Performance The following targets should be met for free space radio performance of the ZAP platform Retractable antenna up better than 8700 antenna up Retractable antenna down better than 8700 antenna down Fixed antenna better than 8700 antenna up Battery Performance Below are estimates for talk and standby times for the ZAP platform These figures must be verified by Engineering before promotional material is published Priority for battery production is 5 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 1 LGQS for Stage I launch 2 AAA Long for Stages II and with 500 units of other types also available 3 All other batteries available within 3 months of Stage II and III launches Weight Dimensions Talk Time Standby _ with Battery gr mm mins Time hours Transceiver only 130 x 55 27 60 90 30 40 Weight Leadershi
256. low shows all relevant part numbers A separate Literature Kit will be structured to take additional leaflets an Accessories Brochure Sales Promotions and special Warranty cards Table 2 shows all relevant part numbers Where no items are listed in the Literature Kit the pack does not need to be included if Accessory leaflets are not available at time of launch product may still ship Table 1 Chargers and Manuals Stage I Flipped ZAP Stage II Stage I Plug Flipped ZAP Flipless ZAP Language Kit Number Part Number 5 0007 SE0007BccA1 SE0006BccA1 SYN4655 SJN7598A 6809402A62 3 Danish 5 0012 1 SEO013BccAI SE0005ABIBI SE0007BccB1 SE0006BccB 1 5 0007 8 0012 1 5 001 1 SYN4656 0007 5 0007 1 5 0006 1 SYN4655 5 7599 6809402 63 12 1998 Motorola Confidential Proprietary SYN6718 or SJN7609A _ 6809402 74 y MOTOROLA C5M900 1800 ZAP Issue 8 0 SE0007AB1F1 SE0007AB 1J1 SE0007AB1M1 0005 1 1 SE0007AB1U1 SE0007AB1V1 SE0005AB1B2 October 12 1998 PRODUCT DESCRIPTION SE0007BccD1 SEO006BccD1 SYN4655 SIN7602A 1 6809402 66 lt 0007 1 SEO006BccE1 SYN4655 SJN7604A 16809402468 2 French 5 0012 1 SE0013BccE1 SE0007BccF1 SEO006BccF1 SYN4655 SIN7608A 6809402 73 5 0007 1 SEO006BecG1 SYN4655 SJN7600A 6809402 64 SE0007BccH1
257. ly modulated and then D A converted See notes for GMSK modulation The modulated analogue signal is then sent to the GIF SYN I C as inphase I and Quadrature Q components These ride on a DC level The Q signal lags the signal by 90 degrees These are then modulated onto a 170 120Mhz signal 170 120Mhz signal then enters the TIC I C V370 along with the main VCO The C utilizes a phase lock loop configuration to modulate TX GSM DCS 2 Q351 Q350 The now modulated TX VCO is then preamplified by the exciter i The gain of the exciter is controlled by the PAC 1 0340 This is then fed to a fixed gain Dual Pack PA amplifier and then output via an RF switch to the antenna lain Mawhinney PAGE 26 21 6 98 AA MOTOROLA Circuit Description MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION FROM MIC SMoC Audio from the microphone enters the GCAP U900 at pins 8 amp 9 mic in where it is amplified and then output on pin 10 micout This signal then goes to the SMoC 1 0500 pin 45 Inside the SMoC this signal is then A D converted error detection bits added and compressed The re sulting data stream is then GMSK digitally modulated D A converted and then filtered This modulated analogue signal is then sent to the GIF SYN U201 as inphase 1 and quadradine Q which are com monly called and on pins 63 amp 61 respectively These signals are roughly
258. m mechanism is utilized Clicking must not be audible when operating the flip and the design must give a sturdy unbreakable perception The flip has an escutcheon pocket posi tioned at the top Keypad The keypad consists of 18 keys A domed plastic key is used to enhance tactile feel The keypad layout is as follows Quick Access MENU C OK 1 2 ABC 3 DEF 4 GHI 6 MNO 085 8 TUV 9 WXYZ 0 Power Icon M The key colours are as follows Background except power key black Digits Alpha MENU M white C red OK green Power white background with black icon lain Mawhinney PAGE 11 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION External Keys Three side keys are used on the left side of the phone The top and bottom keys scroll through menus and phone book entries while the middle key functions as a smart key similar to StarTAC The middle key is oval and domed with moulded diamond icon The scroll keys are domed half oval with moulded up and down indicators One key is present on the right side just under the antenna for dedicated voice memo recording The key is flush to below the housing to prevent inadvertent operation All external keys are made of soft silicon rubber and are process black Earpiece The earpiece is a recessed oval with the middle detail slightly raised with a slot pattern to accommodate the dynamic speaker The actual slot design allows sufficient air move
259. me hrs Size cc 168 Weight gm 185 Talk time mins upto 180 Standby time hrs upto 110 Size cc 100 Weight gm 120 Talk time mins upto 150 Standby time hrs upto 300 Size cc Weight gm Talk time mins Standby time hrs Smallest size cc 139 Lowest weight gm 120 Talk time mins 480 600 Standby time hrs 200 250 Smallest size cc Lowest weight gm 173 Talk time mins 315 400 Standby time hrs upto 120 Smallest size cc 130 Lowest weight gm 142 Talk time mins 300 480 Standby time hrs 100 450 Smallest size cc 160 Lowest weight gm 185 Talk time mins upto 600 Standby time hrs upto 220 Smallest size cc Lowest weight 174 Talk time mins 575 Standby time hrs 220 Smallest size cc 168 Lowest weight gm 185 Talk time mins upto 240 Standby time hrs upto 180 Smallest size cc 100 Lowest weight gm 120 Talk time mins upto 300 Standby time hrs upto 600 Smallest size cc Lowest weight gm 165 Talk time mins 360 Standby time hrs 280 Dualband GSM900 1800 Ergonomic designs VoiceNote amp VibraCall e Optimax displa Dualband GSM900 1800 e Internal data card built in nfra Red port Enhanced Full Rate Codec Dualband GSM900 1800 Infra Red port Reminders and Games Call Screening Dualband GSM900 1800 Easy to use Dynamic character size Calculator function Dualband GSM900 1800 Belt c
260. ment maximize audio clarity This slotting was determined by engineering to achieve best results SIM Card Zap uses a small SIM design It is positioned in the back housing under the battery A sliding flip up door configuration is used to allow for easy insertion removal Batteries Shrink wrapped 3 6V batteries are used for Zap In addition to cost effectiveness this design allows minimal product thickness Lithium lon Nickel Metal Hydride and Alkaline batteries are supported Be cause of the huge variation in performance when using alkaline batteries these batteries are promoted as emergency use only Average talk and stand by times should not be associated with alkaline batter ies Five battery configurations will be available 1 LP4 Li lon 500 mah 56 2 AAA Long NiMH 700 mah 9 3 LSQ8 Li lon 900 mah 21 4 AA NIMH 1500 mah 13 5 Double LP 13 Li lon 2600 mah 100 6 AA Alkaline emergency use only LED Indicator A status LED indicator is positioned at the top left of the phone towards the front This indicator has sim ilar functions as the one used on StarTAC green will flash when phone 15 on and in service red when the phone is on and out of service and orange when the user is in roam Antenna The antenna must support both 900 and 1800Mhz frequencies Both the stub and pull out style anten nas were evaluated with regards to signal performance and the tendency is leaning towards using
261. moved Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Platform Z Refresh Eastern European Languages Russian e Lithuanian Slovakian Croation e Serbian Bulgarian Slovenia Latvian Estonian Ukraine Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Platform Z Refresh New Features MMI improvements SMS improvements Delete Messages option Reply with a message SMS phone book access ncrease SIM phonebook support to 255 names numbers ncrease SMS storage from 35 to 75 messages Change CLI lookup to use 8 digits Conference call call transfer usability improvements Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Platform Z Refresh New Features Other New Features Orange data field support Orange only Homezone Viag only e Tri Coder Available Dec 98 Jim Filicette v 1 0 Motorola Confidential Proprietary Aug 98 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Platform Z Refresh Other Information New manuals to be created Model number structure up suffix from version to version ex SE000
262. mplifier to have a linear control voltage for ramp up down of the PA out put level Once the transmitter is on the peak RF power of the PA will be coupled back to pin 2 IN of the via the filter FL301 The RF detector internal to the PAC will output a DC voltage proportion al to the peak RF power The RF detector output will be an input to a comparator internal to the which is used to indicate the presence of the RF power The gain is determined by 11 DET SW This is a control signal from the SMoC to the PAC The AOC is an input from the SMoC to the PAC its output level is determined by the PA DAC values 0 15 The voltage on the AOC will determine the output power of the transmitter The output on pin 7 EXC of the PAC will drive the exciter and PA stages so that the RF power level presented to the RF detector results in equality of the voltage present at pin 6 INT and pin 8 AOC When this condition is met the PA is being driven at the proper level The PAC I C also contains a satu ration detector If the buffer amplifier lags too far behind the AOC signal its output pin 12 5 DET will go low indicating that the loop is near saturation SAT DET is output from the I C to the SMoC I C when this signal 15 low the SMoC will reduce AOC until pin 12 SAT DET goes high The Tx output of the PA pins 2 3 4 will be input to the bandpass filter FL301 17dBm 13dBm Loss be fore being passed onto the RF Swi
263. n required Table 2 Lens Surround Black Silver MM524 Black Lens Printing Pantone 427 Bright White Pantone 427 Front Escutcheon Part Numbe 5409397M08 5409397 09 1 5409397 08 Front Escutcheon Background Black Silver 524 Front Escutcheon Finish Glossy Front Escutcheon Printing Pantone 427 Bright White Pantone 427 Back Escutcheon Part Numbe 5409158T04 5409158T04 1 5409158 04 Back Escutcheon Background Black Black Back Escutcheon Finish Domed Back Escutcheon Printing Pantone 427 Pantone 427 Pantone 427 Keypad Background Black Black Black Keypad Finish Hard Hard Hard Lens Surround Black Silver MM524 Black Lens Printing Pantone 427 Bright White Pantone 427 Pantone 427 Front Escutcheon Part Numbe 1309432U01 1309432005 1309432001 1309432U01 1309432U30 Front Escutcheon Silver 524 Shark Silver Front Escutcheon Finish Glossy Glossy Textured Front Escutcheon Printing Pantone 427 Bright White Pantone 427 Pantone 427 Back Escutcheon Part Numbey5409158T04 5409158 04 5409158T04 1 5409158 04 1 5409158 04 Back Escutcheon Background Black Black Black Black Back Escutcheon Finish Domed Domed Domed Back Escutcheon Printing Pantone 427 Pantone 427 Pantone 427 Pantone 427 Pantone 427 Keypad Background Black Black Black Black Blue Silver Keypad Finish Silicon Matte Silicon Matte Silicon Matte Silicon Matte Silicon Matte
264. nd fax rates in conjunction with a compatible PC card eg CELLect 1 2 or 3 or the Smart CELLect data cable October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 3 TIMING DEMAND AND FINANCIAL TARGETS 3 1 Introduction The Stage I Flipped ZAP product was be ship accepted on 12th June 1998 In Europe this variant was shipped to South Africa and Switzerland for intial trials and fully launched in a limited number of markets In Asia the Asian languages and Asian SMS will be added and the product shipped until Stage III is available This initial product will only be available in Black The Stage II fully featured Flipped ZAP product will be shown at CeBIT during March and ship accepted at the end of June This will be available in all three colours The Stage III Flipless ZAP product will be ship accepted within 8 weeks of Stage II However it will be available in all three colours for presentation at CeBIT See separate Business Case Product Description for Forecasts and Financial Targets 3 2 Expected Lifetime The ZAP platform is expected to ship into the market until the end of Q2 99 Refreshed versions of the product may be introduced through the product lifecycle 4 SOFTWARE AND MMI DESCRIPTION ZAP will use the Personality II interface It will take the complete feature set of the International 8900 after the first maintenance release of software which inclu
265. ng Control Part of charger circuit and used as current control adjusted by the CHRGC output from U900 Q906 supply Switch Dual Transistor P Chan Mosfet used to switch between ans EXT_B in the Warm Switch Over Circuit U220 GIFSYN Integrated Guss and IF modulation demodulation Main and Reference PLL control U301 PA GaAs Fet amplifier Motorola Ltd 1997 European Cellular Subscriber Division 14 of 17 rights reserved Motorola Easter Inch Bathgate West Lothian 48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY U703 BIC IC Works as a data interface beween external accesories and emmi box via the butt plug It is also uses A D Convert ers to provide DAC information to U701 on the level of the supply voltages U705 EE Prom Stores all data such as phasing serial numbers EMEI telephone numbers etc U707 Dallas Chip Provides the Unit for copying the EE Prom Each Dallas Chip and EEProm are a set If only one is replaced the unit wont start U709RS232 Matrix Part of the RS232 Switch Matrix 0900 GCAP Provides regulated output voltages for the board drives a switch mode power supply controls battery charging and audio logic circuitry U902 SIM 5V Supply Supplys the SIM Cip with 5V controled by VSWITCH U982 Rx audio Driver This Dual Amlifier is Part of the Voice Annotation Circuit Y702 Ref Xtal 13MHz Xtal oscillator running on 13 Mhz and is taken as reference frequency for t
266. ng will be cut away at the bottom to utilise a battery door concept An alert port will be located near the top of the back housing Battery door Three doors will be required a slim door will house the Weight Leadership AAA Long and LGQS batteries a slightly larger door will cover the AA batteries and the largest door will house the Performance Leadership battery The doors will be completely removeable and have the same colour and texture as the main housings Escutcheons 3 different escutcheons will be required for the ZAP family all designs will take a rear escutcheon designed to give more exposure to the Motorola Brand and also to cover two assembly screws on the back housing the flipped variant will take an escutcheon on the flip and the flipless variant will take an escutcheon at the base of the front face The back escutcheon will be fitted in the Factory front escutcheons will be assembled in Distribution See Appendix A2 for details of escutcheon colours Colours ZAP products will be available in three different colours from Stages II and III These are Black Magix Grey and Ten Pin Blue The following parts will be changed according to colour the front and back housings the battery door escutcheons and lens Keypads will not vary No other parts will be affected Special editions of the Flipless ZAP will be created using painting techniques for 3 October 12 1998 Motorola Confidential Proprietary u MOTOROLA C5M900 1
267. nsert drawings photos or other representation if available Painted battery doors will be required to match the housing colors and be available Define Display Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define Lens Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define Keypad and Keypad Board Physical Characteristics Insert drawings photos or other representation if available Zap stage IV will include an improved keypad that will adress the field complaints on Zap Define Escutcheon Physical Characteristics Insert drawings photos or other representation if available New escutcheons will be needed for the new market names The market names for Europe will be cd921 and cd931 for flip and flat respectively Define Antenna Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define Connectivity Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define SIM Card and SIM Card Reader Physical Characteristics Insert drawings photos or other representation if available Same as cd920 and cd930 Define any other physical characteristics Zap stage IV will incorporate a new vibrator to improve the VibraCallTM feature This will address complaints from the field on the quality of the vib
268. o NOTE 1 PIN 14 4 TX EN from Q501 as Bias PIN 8 9 AOC from PIN 39 of SMOC PWR_CNTRL If NOT OK go to NOTE 1 PIN 12 SAT DET saturation signal to SMOC If NOT OK go to NOTE 1 PIN 10 TX KEY from SMOC PIN 16 If NOT OK go to NOTE 1 PIN 8 EXC signal to LEVEL SHIFT Circuit Q305 and Q306 PIN 2 IN RF TX signal Feed back NOTE 1 CHECK SMOC U500 FOR DRY JOINT from FL301 THEN VERIFY ITS CORRECT BIAS IF OK REPLACE IT MOTOROLA CONFIDENTIAL PROPRIETARY Page 11 MOTOROLA GSM DCS ZAP Level 3 Procedure from page 10 NO TX GSM MODE YES Are there on TP13 about 1 2V and the 340 Mhz Is there on Pin 4 of U370 the 170 Mhz from Pin 4 of U220 Is there the 340 Mhz Check U220 for dry on Pin 6 7 of U220 joint then replace IL Check TX Local Oscillator for dry joint then control CR261 CR223 and L261 for faulty PIN 14 TX_VCO FEEDBACK CH 62 902 4 Mhz f NOT OK go to TX VCO problem L page 10 PIN 2 12 R2 75 from Pin 28 of U900 GCAP PIN 7 DM CS from Q520 PIN 2 of SMOC PIN 1 MAIN VCO FREQ Freq 732 4 Mhz using CH 62 If NOT OK check path from R245 to TIC If ALL OK Check for intermittent problem then sent to HTC MOTOROLA CONFIDENTIAL PROPRIETARY Page 12 MOTOROLA GSM DCS ZAP Level 3 Procedure NO TX Connect on J600 a RF Spectrum analizer DCS MODE Put the Phone in TEST Mode and digit 110700 1215 40
269. o Q460 YES NO Check RX_EN signal on Base of Is there the 215 Mhz on input of FL480 with the correct level Q460 from microp If OK replace Q460 else sent to HTC YES NO Is the signal at base of Q480 correct Replace FL480 YES Check the signal at output of Q480 If it is OK you have an intermittent problem If not OK look SW_VCC signal on C482 from pin 33 of U220 then replace the transistor MOTOROLA CONFIDENTIAL PROPRIETARY Page 7 MOTOROLA GSM DCS ZAP Level 3 Procedure from 09957 NO RX Connect on J600 a RF signal RX of 30dbm at Frequency GO TO NO MAIN 947 4 Mhz put the Phone in Test Mode and digit 45062 VCO gsm mode NO Is there the RX signal YES Is there the YES 947 4 Mhz at FL461 Main VCO signal Replace from C412 correct 732 4 Mhz FL461 and clear on inputi of FL461 NO YES Check the Bias on collector of Q410 RX2 75 and the MUTE signal from Q411 gt ird 21 0 if they are correct replace Q410 signals if they aren t correct check Q411 and Q412 for faulty NO Is there the RX signal YES from 4 Replace on input of FL400 page 7 FL400 and is correct Connect on J600 a RF signal RX of 50dbm GO TO NO MAIN at Frequency of VCO des mode 1842 8Mhz Check for dry joint or put the Phone in Test faulty U401 U403 and and digit 45700 J600 NO YES Is there the Main YES Is
270. of Item 58323 Date 30 MAR 99 LS Schematic Symbol Component Intermediate Description 227 2113743141 0109038 80 CAP CHIP 10000 PF 10 X7R C228 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C229 2113743117 0109038 80 CAP CHIP 1000 PF 10 X7R C230 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C231 2113743117 0109038 80 CHIP 1000 PF 10 X7R C232 2113743141 0109038A80 CAP CHIP 10000 PF 10 X7R C233 2113743117 0109038 80 CHIP 1000 10 X7R C236 2113743M50 0109038A80 CAP CHIP 100 PF 5 COG C237 2113743N26 0109038A80 CAP CHIP 10 0 PF 5 COG C238 2113743N50 0109038A80 CAP CHIP 100 PF 5 COG C240 2113743117 0109038A80 CAP CHIP 1000 PF 10 X7R C241 2113743N46 0109038A80 CAP CHIP 68 0 PF 5 COG C242 2113743141 0109038 80 CAP CHIP 10000 10 X7R C243 2113743G26 0109038A80 CAP CHIP 4 7 UF 16V 80 20 C246 113743L41 0109038A80 CAP CHIP 10000 PF 10 X7R C248 113740A79 0109038A80 CAP CHIP REEL CL1 30 1000 C249 2113743N03 0109038A80 CAP CHIP 1 0 PF 4 25PF COG C253 2311049A56 0109038A80 CAP TAN CHIP A P 4 7 20 10 C254 113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C255 2113743N34 0109038A80 CAP CHIP 22 0 PF 5 COG C256 2113743N20 0109038A80 CAP CHIP 5 6 PF 5PF COG C257 2113743L41 0109038A80 CAP CHIP 10000 PF 10 X7R C259 2113743G26 0109038A80 CAP CHIP 4 7 UF 16V 80 20 C260 113743N10 0109038A80 CAP CHIP 2 2 PF 4 25PF COG C261 2113743M24 0109038A80 CAP CHIP 100000 PF 80 20 Y5V C262 2113743141 010
271. ola Flipless ZAP Non EFR SE0007A Motorola Flipped ZAP Non EFR SE0012A Motorola Flipped ZAP Non EFR w CPHS SE0013A Motorola Flipless ZAP Non EFR w CPHS B suffix flexes will support EFR models ONLY eg 5200068 2222 Motorola Flipless ZAP SE0007B Motorola Flipped ZAP EFR SE0012B Motorola Flipped ZAP w CPHS 9 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION SE0013B Motorola Flipless ZAP w CPHS 5 MODELS VERSIONS 5 1 New Core Sales Models Note xx language cc colour B1 is Black X1 is Ten Pin Blue H2 is Magix Grey 5 2 Other New Sales Models The models listed below are described in separate variant product descriptions Model Number Region Short Description Unique Responsible for PD Items vs Core S7940ABW Asia Stage I ZAP for China Transceiver Escutcheon Manual Flex 57941 Asia Stage I ZAP for Taiwan Transceiver Escutcheon Manual Flex S7942ABX Asia Stage I ZAP for Hong Kong Macau Transceiver Escutcheon Manual Flex 57943 Asia Stage I ZAP for S Asia Euro Plug Transceiver Escutcheon Manual Flex October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION S7944ABB Asia Stage I ZAP for S Asia
272. ols of Item 58324 Date 30 MAR 99 Schematic Symbol Q702 Q703 Q706 Q709 Q905 Q906 Q907 R00103 ROO109 R00118 200121 200202 200203 200204 200205 100206 200207 100209 200210 200211 200212 200213 200214 100227 100229 200232 200233 200234 200245 200301 200302 200305 200306 200307 200309 200313 100316 200318 200318 200321 200328 200330 200331 200335 200337 200340 200341 200342 200343 200354 200357 200358 200370 200374 http cxema ru 4809940E03 4813824M33 4809605E02 4809608E03 4809939C10 4809579E17 4809939C05 0660076N55 0660076N93 0660076N03 0662057M80 0662057M43 0662057M54 0662057M90 0662057M84 0662057M52 0662057M60 0662057M34 0662057M78 0662057M74 0662057M82 0662057M80 0662057M43 0662057M43 0662057M38 0662057M98 0662057M38 0662057M84 0662057M68 0662057M62 0662057M90 0662057M76 0662057 60 0662057 74 0609591 43 0662057 43 0662057 98 0662057 01 0662057 70 0662057 80 0662057 01 0662057 70 0662057 74 0662057 44 0662057 40 0662057 94 0662057N23 0662057M94 0662057M01 0662057M82 0662057M38 0662057M90 0662057M54 0662057M26 XXX Motorola Internal Use Only 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109036A75 0109036A75 0109040A42 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 0109040A4 01
273. om uP to SMOC 1 SV ON 18 CHARGE _ PHASE 910 8 X 400 28Vpp This is an interrupt from the uP to the SMOC When high this indicates to the SMOC the X us cm eginning of the receive burst t PUMP DET R475 4 fth b 212 61 L 012526 GSM 2 548 4 R275 4 2 1X P From uP to GIF SYN DCS 6 0 8 xn TXQ M 28v Signal to drive the GIFSY L 354 MODULATION m tesi MOT RESTART 28Vpp Signal to drive the GIFSYN IC This is a pulsed signal which controls the sending of SPI data 2 to the GIFSYN for all RF functions M GSM 170 MHz 28 7 M EXC 5 DCS 120 MHz 1 Rx SIGNALS 1100622 2620004 250134 241 7 0340 PAC Frequency 2172 o gt RX SIGNAL PATH RF IN DET TX From GIF Syn to SMOC IC 2 LOCAL TX SIGNAL PATH RXI This is a baseband analogue signal to A D convertors of SMOC R223 261 OSCILLATOR PAC_EN 3 GSM 340 MHz 1 3 DCS 240 MHz MAIN VCO SIGNAL PATH From GIF Syn to SMOC IC 4 14 nis w d This is a baseband analogue signal to A D convertors of SMOC 2 s fu wo gt TUNING VOLTAGES gt 2 5 B REFERENCE CLOCK From SMOC to GIF Syn 5 8 ipae 5 IQ REF This is DC level from SMOC for the and signals to ride on 7 2 EL A 2 Orderable Part AOC_DRIVE EE Non Orderable Part Part Part P
274. on testbay setup where the unit under test will go through boot code just prior to being tuned This is a setup that is currently being employed at Easter Inch with great success Flensburg have planned to start production of Zap for early 1998 and are currently doing proto runs of approximately 50 100 units There is poor availability of Sram s and PA s which is limiting the amount of radios built during these proto stages Easter Inch are planning to do a proto run sometime between weeks 48 amp 52 hopefully week 48 but more realistically week 49 with a plan to start full scale production Feb 1998 lain Mawhinney PAGE 6 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 3 lain Mawhinney PAGE 7 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Brief Description Zap is the latest look in the evolving MOTOROLA MicroTAC Flip phones Itis being developed for GSM DCS systems worldwide The RF portion of Zap is capable of being modified for operation on EGSM frequencies A single phone will work on GSM 900 and DCS 1800 Bands It provides the service provider the ability to better manage congestion by transferring traffic over to the other less congested system The user has the advantage of being able to roam into either one of the systems that is available The transceiver board and keypad display board are mated by a 32 pin connector The transceiver board being made up of 6 lay
275. on Pin 4 of U370 the 120 Mhz from Pin 4 of U220 Is there the 240 Mhz Check U220 for dry on Pin 6 7 of U220 joint then replace IL Check TX Local Oscillator for dry joint then control CR261 CR223 and L261 for faulty PIN 14 TX_VCO FEEDBACK 700 1747 8 Mhz If OK go to TX VCO problem L page 13 PIN 2 12 82 75 from Pin 28 of U900 GCAP PIN 7 DM_CS from Q520 PIN 2 of SMOC 1 MAIN VCO FREQ Freq 1627 8 Mhz using CH 700 If NOT OK check path from R250 to If ALL OK Check for intermittent problem then sent to HTC MOTOROLA CONFIDENTIAL PROPRIETARY Page 15 NO MAIN ipresenton YES VC0 Pin 26 of 0220 the Check U220 and Main VCO GSM MODE 732 4 Mhz components for dry joint NO c n Md NO Check the presence of 8 on Q221 Is present on Q221 then replace it the 2 75 If still NOT OK replace U220 YES Is present on Q222 NO Check the presence of 8 the onQ222 then replace it MDM ANA VCC If still NOT OK replace U220 YES Is present on NO Is present on NO pin 21 of U220 Pin 22 of U220 Check R233 R4 75 from the OUT 2 the R4 75 Pin 41 of U900 YES YES Replace U220 DATA Check U500 for dry Joint then Turn ON the the following Bias Phone NOT in Test AREN T OK 12 75 on Pin 5 and Mode and check MDM ANA VCC on Pin 35 data on Pin 9 10 from Q222 and 11 of U500 If they are OK replace U500 DATA
276. oprietary 1 Change Control and Release Approvals 05 11 98 Change Control Version Number Date Editor Key Changes 1 4 22 98 Jim Filicette Initial release of Zap refresh 2 5 25 98 Jim Filicette e Revisions to MMI per Steve Akin s 5 22 98 email eAdd Tri Codec and new vibrator eClarify stage IV and V of Zap refresh 6 10 98 Jim Filicette eRevise 020 feature eAdd Stage I unicode support for phone book to stage V eMove VoiceNotes improvement to stage IV eAdd note to tri codec voice only HR 7 1 98 Jim Filicette Major Revisions eAdd Eastern Euorpean Languages eClarify stages and features eAdd paint requirements eAdd manual literature kit and model structure tables eAdd unique SMS alert last 10 improvements quick access software features to list 8 14 98 Jim Filicette Major Revisions eUdapte Table 1 chargers Manuals eUpdate introduciton and launch information eUpdate models to be replaced eUpdate software features eUpdate core models content and variant tables eUpdate milestones eAdd Table 2 to appendix eAdd Table 3 literature kits Motorola Confidential Proprietary Page 2 Release Approval Summary 05 11 98 Version Number Signed by Date Jim Filicette Tracey Koziol Ruchi Mangalik Steve Akin Neal Keating Doug Main Mike Hader Z
277. p MDM_WR 500us em 2 8 RX_ACQ LI 2 8Vj RF START NYY 2usicim L8Vpp 500us em y MI L8Vpp S 0us cm LLL 1 38Vrms 500us em L DUAL BAND ZAP PI I 4 de soos 46 24 I 2706 21 13743M36 6414 1419 FL400 Do 0 0100 RX FILTER H3 H2 Sewer FL461 04I3 270 48 0352730 Md X FILTER REM QNH TX EN j caa cate R418 0415 1000F 100 4 7K 21 13743N50 pus 1 414 uf d _ RX GSM 62 et 5430 _ 947 4 MHz 21 13743141 I 5 0431 10 S Vi FL462 6403 gt 1842 5 42 SH we 91 09429004 DCS CH 700 tn RX1842 8 MHz L241 3MM E 21 13708 E D 6433 0 DnP 0402 3 P320H pes E 5 48 08527 32 777 C494 Y I 0M 042 048 0438 On Lever 5 See 2184 W 0 18 am m __
278. p Li Ion 400 mAh 130x 55 x 27 150 180 60 80 AAA Long NiMH 650 mAh 130x 55 27 210 270 90 105 LGQS Li Ion 1000 mAh 130x55x32 210 270 90 120 AA NiMH 1100 mAh 130x55 x43 480 600 200 250 Performance Leadership Li Ion 2800 mAh 130x55x32 N A N A 2 x AA Alkaline All battery performance times are approximate and will vary depending on network configuration band and status and the functions selected Times are quoted as a range from DRX 2 to DRX 9 Support of DTX mode is dependent on network support and may not be available in all areas Because of the wide variation of talk and standby times with different alkaline batteries these will be promoted for emergency use only 2 2 3 Battery Charge Times Maximum acceptable charge times are shown below Charge time with E P Charge time with E P Standard Travel Charger Desktop Charger to 90 charge to 90 charge Weight Leadership Li Ion 400 mAh 120 minutes 120 minutes AAA Long NiMH 650 mAh 60 minutes 60 minutes 1008 Li Ion 1000 mAh 180 minutes 180 minutes AA NiMH 1100 mAh 90 minutes 90 minutes Performance Leadership Li Ion 2800 mAh 240 minutes 240 minutes 2 2 4 Compatible Battery Technology ZAP will be the first product on a 3 6 volt platform to use label wrapped batteries Battery security will only allow Motorola batteries to be charged 2 2 5 Data Compatibility The Band Aware will support 9600 baud data a
279. pin 31 PRE IN of U220 The purpose of the Isolation Amplifier is to isolate 0220 from the receive path It is used to decrease the reverse feedback of the 215Mhz local oscillator and step up the impedance to the IC The use of this amplifier improves the noise figure performance while providing an opportunity to compensate for gain variations in the rest of the receive path over temperature AGC ISOLATION FROM LM MIXER CVC0 FILTER 0460 1480 0480 31 GIF SYN U220 Rx EN MUTE 0V BLOCK DIAGRAM OF LNA TO GIF SYN Muting the receiver The Rx EN is used to mute the receiver when Rx EN is low When it is high the base of the mixer Q460 goes high and the amplifier is turned on When it is low the base of the transistor goes low and the amplifier is turned off thus muting the receiver front end lain Mawhinney PAGE 21 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION FROM MIXER TO GIF SYN U220 Circuit Description The 215Mhz IF goes into pin 31 of U220 In the GIF_SYN U220 the signal passes a 2508 step attenu ator internal to 0220 on its way to the Quadrature Demodulator The step attenuator is designed to im prove the range of the receiver by keeping the RF signal in the range of the amplifier i e When the signal is too strong the step attenuator will kick in and drop the signal by 2508 Inside the G
280. play eene ee pret eee piene re 3 2 1 4 eere e eut d 4 2 1 5 4 2 1 6 LED Lr 4 2 1 7 9 4 2 1 8 SIM Card teh Init Aenea iste D Ae ee 2 1 9 eh 5 2 2 Performance Characteristies 5 2 2 1 I 5 2 2 2 Battery Performance gt gt _ _ 5 2 23 Battery Charge 6 2 2 4 Compatible Battery 6 2 25 6 3 TIMING DEMAND AND FINANCIAL TARQGETS cease e eee eese eene tees etna ud 6 3 1 V 6 3 2 Expected DIetmie 6 4 SOFTWARE AND MMI DESCRIPTION 4 eee e eee ee tense eene
281. ption Battery Select Description Debug Guides Limited Parts List Test Equipment Description Full Board Layouts Top Failure List XM XX X X Level 4 Available Product Description Interface Document Full Schematics Model Differences Full Circuit Descriptions Troubleshooting Guide Full Parts List Motorola Ltd 1997 All rights reserved European Cellular Subscriber Division Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY TESTING AND PHASING For testing and phasing the equipment listed overpage is available to order If there are any queries regarding ordering or specifications of this equipment please contact Axel Schneider or Claus Hinrichsen Part Description Part Number Contact GSM Test Box Field Support Engineer Spectrum Analyser Field Support Engineer Oscilloscope Field Support Engineer Power Supply Field Support Engineer Mini Test SIM Card 8102430704 Motorola GSM DCS Emmi Butt plug Cable SKN4779A Motorola same as StarTac Charged Batteries 700 mAh AAA Long Motorola NiMH Rf Connector for butt plug Field Support Engineer Complete Gate 22 Cable ZA1000 AMS Flensburg Motorola Win Gate 22 System Fiel
282. r saturation signal is low telling SMOC to reduce AOC drive ioci GIFS YN 3 When the is not near saturation this is high telling SMOC to increase AOC drive OSCILLATOR Power Step Signal from the SMOC to the PAC 04 11 50mVpp em Loss from GSM 62 430 MHz 4 DET SW When this signal is low the internal gain in the is unity Antenna and EXT ANT 947 4 MHz 7 1 Lt iL GSM 1 7dB GSM 9 808 DCS 2 1dB GSM 0 6dB 0460 pcs GSM 1088 NOE CM _ From uP to PAC DCS 1 0dB lt gt 215 MHz DCS 1088 46 d 2 75Vpp This is a timing signal to the PAC to provide the current path for the initial loop precharg zm gt gt gt lo 0401 15 GSM 12 8dB M E EN ATT DEMODULATION Lat 147 IQ REF SMOC DCS 9 34 FLA80 25dB Power Step DCS 2 28B 48 RXQ Tn Signal from SMOC to GSM 4 54 SW AOC 15 280mVpp This is a linear control voltage for ramp up and ramp down of the PA output level y VI FL401 A DCS 4 5dB This controls the voltage on the exciter control output EXC from exranr QD 6 3 2 B 16 v Ret SW RF j 1842 8 MHz Signal from uP but inverted 0500 and used to time 2 0 N 59 CC C IX E 1 GIFSYN 2 3 Tx VCO 4 5 Switch from and to RX_EN MDM_ANA_VCC E TX EN v BOSE sen GEN DURS DCS CH 700
283. rator Zap should use the same vibrator that is being used in GSM 8700 Define Transceiver Performance Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Volume cubic cm Weight grams Talk Time minutes Standby Time hours With Battery Name 2 3 5 50 60 hrs 4 5 hrs 80 100 hrs B Lithium lon TX P5 400 1 1 5 hrs 380 30 40 hrs 20 1190 3 5 4 5 5 80 100 hrs 144 g 10 12 hrs 200 250 hrs Note The above performance numbers are engineering estimates for Zap Define Battery Technology compatibility and Security requirements Same as cd920 and cd930 Zap refresh will also employ the invalid battery technology by utilizing the Dallas chip Zap refresh will eliminate the invalid battery leaflet by integrating the information into the manual Battery 0203 0195 0196 0016 0115 0023 0014 i 0155 TE 0162 IF n a TE set 0138 0075 0028 TE 0056 Define Charge Times with the sharger shipped as standard Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 3 columns wide Same as cd920 and cd930 Define Data Compatibility Same as cd920 and cd930 Charge time with E P Standard Travel Charger to 90 charge Minutes charge Minutes Define any requirements in general terms or define overall requirements scope Zap refresh will
284. re generated as digital signals within the U500 before being converted to analogue The signal then follows the path described above U500 pin19 speaker 49 T BLOCK DIAGRAM OF AUDIO PATH FROM SMoC SPEAKER The internal amplifier of U900 is controlled by the Call Processor via the control ports at pins 57 amp 60 of U500 AUD_EN2 amp AUD_EN1 which go to U900 pins 44 amp 45 respectively To activate the internal mic and speaker amplifiers U701 drives AUD low and AUD 2 high lain Mawhinney PAGE 23 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 6 lain Mawhinney PAGE 24 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION CONTENTS 1 Tx Path Brief Description Page 26 2 Mic To 5M0C I C Page 27 3 GMSK Gaussian Minimum Shift Keying Page 28 4 GIF_SYN To Translational I C Page 29 5 TIC I C Operation Page 31 6 Tx VCO To Exciter Page 32 7 Exciter To Power Amplifier Page 33 8 PAC I C Operation Page 34 9 Relevant Control Signals For RF Paths Page 36 lain Mawhinney PAGE 25 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Tx Path Brief Description Audio from the microphone analogue signal is amplified by U900 The signal is then A D converted by the SMoC I C The SMoC also adds error correction bits and encodes the signal the data is then GMSK digital
285. rence voltage for the GIF VSWITCH The supply voltage is too low for the R475 amp L500 so the DC DC convertor mode of the GCAP is used to convert the supply up to 5 6V Vswitch lain Mawhinney PAGE 43 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION BOOTCODES Bootcode programming is necessary when we are using unprogrammed or virgin Eproms The main reason for using Virgin Eproms are 1 There are no problems associated with the supply of virgin eproms LAE C The cost of using virgin E proms is significantly reduced 3 Adaptabilty Changes in software can be incorporated into the virgin Eproms much easier 4 Security Our software stays in house reducing the risk of security breaches The following is a list ofthe BDM Background develop mode fail codes BDM L275 This is a check to see if the 2 75V is present atthe output of the Gcap The L275 voltage level is checked by the bootcode bay probing onto one of the boot code test points on the board Note that the L275 is a supply for the logic side of the PCB BDM SIMS This is when the bootcode bay software sets up the SIM Register in the processor so that background mode can take control BDM ERAS This is when the bootcode bay tries to erase all the data in the bootcode area of the Eprom whether it has already been done or not BDM PROG The bootcode is programmed into the Eprom at this point whic
286. rformance Leadership battey door Gry SHN6827 June 98 Performance Leadership battey door Blu SHN6945 June 98 Motorola Ltd 1997 European Cellular Subscriber Division p3 of 17 All rights reserved Motorola Easter Inch Bathgate West Lothian EH48 2EH Scotland MOTOROLA CONFIDENTIAL PROPRIETY Chargers The charger available for the ZAP will consist of a universal rapid travel charger with different plugs and a separate charger base which The part numbers for these will be Charger Type Part Number Universal Rapid Travel Charger SPN4278 As StarTac Plug Euro SYN4655 As StarTac Plug UK SYN4656 As StarTac Plug Aus NZ SYN4694 As StarTac Plug Indian SYN4696 As StarTac Plug USA SYN4657 As StarTac Desktop Charger SPN4523 June 98 Car Kits amp Accessories Car kits and accessories available for ZAP transceiver will be Car Kit or Accessory Part Number Headset Microphone SYN6962 Same all products Headset Adapter and Headset Microphone SLN3940 lt June 98 Wireless Headset adapter and Earpiece TBD TBD Cigarette Lighter Adapter SYN4241 As StarTac Hang Up Cup SYN6911 June 98 Professional Car Kit with DSP 58148 June 98 Professional with DSP and VR 58141 03 98 5LM3901 03 98 Smart CELLect Data Cable amp Soft Modem CD1310 Aug 98 Carry Cases The holsters and c
287. rnal Use Only 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 0109038A80 Page 6 16 Description CAP CHIP 100000 PF 80 20 Y5V CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 100 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF 5 COG CAP CHIP 27 0 PF 5 COG CAP CHIP 1500 PF 10 X7R CAP CHIP REEL CL1 30 4 7 CAP CHIP 22 0 PF 5 COG CAP CHIP 047 UF 10 X7R CER CHIP CAP 022UF CAP CHIP 150 PF 5 COG CAP CHIP 047 UF 10 X7R CER CHIP CAP 022UF CAP CHIP 1000 PF 10 X7R CAP CHIP 22 0 PF 5 COG CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 047 UF 10 X7R CAP CHIP 10000 PF 10 X7R CAP CHIP 15 0 PF 5 COG CAP CHIP 15 0 PF 5 COG CAP CERAMIC CHIP 10 0UF CAP CHIP 100 UF 10 X7R CAP CHIP CL2 X7R REEL 680 CAP CHIP 100 UF 10 X7R CAP CHIP 33 0 PF 5 COG CAP CHIP 33 0 PF
288. rouas M DM WR MDM_RD 502 SC_INT 1C75 32L1 4 AUDIO IN 10K 13_DCLK_B U981 16532 VA_SPI_MO 2000 R997 B lu _ AUX_AUD RX AUDIO fi vec L2T5 ground 60 9 luf R994 T AK vcc SW L500 vee gnd U982 MIC_BIAS 2983 6 uF 777 5600F A994 PLAYBACK T 0995 I 6982 R993 _ a TK 5 AUX_MIC 9 tuF 0998 dur _ 18880 TATBNOIFU vee SW_L500 vee gnd 997 2810 21137448 15K PLACE NEAR 0601 77 0822 9818 0 0824 C823 0482 10 EP UNP 0402 I3 013 VI CORRECT 62607 1 1 JUN S8 VI C825 Q Tui CHANGE 5 6 o DNP ADO vegat amp V SO2 BY 9506 18 UNE 98 DTATIAYE RS232_EN vdd L275 vss GND SCI TX VR802 C860 100L 0708 4 2 TCTSHO4FU 51 09522L23 RS232_EN 275 55640 51 09522 30 gt ETSHOSFU U710 1 2981 V L275 V55 6M0 9603 VRO6O1 ZENER DIODE 6 8V ZENERS MMBZ6V8ALT1 6 8V 48 09653F 02 55817 lt 4 X _ MM0 6V
289. rtising To be developed in correlation to the Motorola Corporate Wings and brand awareness campaign Advertising is to be consistent with cd920 cd930 Advertising for the refresh software and hardware features should be toned down Advertising for the new Zap colors Electric Blue and Shark Silver should be emphisesed to demonstrate Motorola s capabilities in producing exciting colors and finishes The promotion should be used to counter Nokia s work on the 6110 and 8810 3 Product Description 3 1 Physical Characteristics 3 1 1 Phone Zap refresh will not require any major modificaitons to the form factor Flat Zap stage IV will include painted front rear and battery door housings in electric blue and shark silver 3 1 2 Housing Same as cd920 and cd930 3 1 3 Battery Door Painted battery doors will be required to match the housing colors and be available 3 1 4 Display Same cd920 and cd930 3 1 5 Lens The shark silver phone will require a new lens to match the keypad The color will be DM483 blue silver 3 1 6 Keypad Zap stage IV will include an improved keypad that will adress the field complaints on Motorola Confidential Proprietary Page 6 05 11 98 Zap Also shark silver will require new keypad color to match the lens The color will be DM483 blue silver 3 1 7 Escutcheon A new escuctheon wil
290. s Stages I and II Flipped Black Magix Grey Ten Pin Blue Silver MM524 Lens Printing Pantone 427 Bright White Pantone 427 pn Keypad Background Keypad Finish Stage III Flipless Black Grey Ten Pin Blue Lens Surround Black _____ Silver 524 Lens Printing Pantone 427 Bright White Pantone 427 HMM RUNE _ gt __ Pee I I Keypad Background Keypad Finish Note Ten Pin Blue is defined as Pantone 296C 28 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION A3 Flexing Defaults Below is a list of the most important default flexing settings SIM Lock CPHS Feature Package Off VMWI Type Extended Menus Off Ringer and keys lock keypad Stage Phone Lock Off In Call Display Off Wake Up Graphics Stage I Stage IT Stage III 29 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION Motorola 2 Motorola lt Motorola cd370 cd920 MM 930 October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 4 Menu Requirements Phonebook Cali Related Features Setup Netw 24 October 12 1998 Motorola Confidential Proprietary C5M900 1800 ZAP Issue 8 0 Assigned Functions 1 Find Name 2 Add to SIM 3 Call Voicemail 4 Batter
291. s upto 240 Standby time hrs upto 180 Smallest size cc 100 Lowest weight gm 120 Talk time mins upto 300 Standby time hrs upto 600 Smallest size cc Lowest weight gm 165 Talk time mins 360 Standby time hrs 280 25 Strengths Dualband GSM900 18 Ergonomic designs VoiceNote amp VibraC Optimax display Dualband GSM900 18 Internal data card built Infra Red port Enhanced Full Rate Dualband GSM900 18 Infra Red port Reminders and Games Call Screening Dualband GSM900 18 Easy to use Dynamic character size Calculator function Dualband GSM900 18 Belt clip accessory Vibrating battery acces Calculator function Dualband GSM900 18 Rocker menu key Closed User Group Conference Calling Dualband GSM900 18 Metallic finish Vibrating alert as stand Lilon battery as standar e Dualband PLUS E GS 14 400 data capable Handsfree mode e Voice control and C5M900 1800 ZAP Issue 8 0 Not currently known October 12 1998 Motorola Confidential Proprietary 25 Product Description GSM Zap and Zap C Refresh Created By Jim Filicette WJF005 22 04 98 at 16 21 Category Review Version Number 4 Hot Spot to PR Number Assignment database This Hot Spot for use by ECSG personnel only Click in Hot Spot to view or to generate a request for a Product Relea
292. se PR number PR Number A74 01 A74 02 Motorola Confidential Proprietary Insert Table in field below to define key changes Go to Menu gt Create gt Table Make table 4 columns wide Enter brief summary of any updates below Change Control Version Number Date Editor 1 4 22 98 Jim Filicette gt 5 25 98 Jim Filicette 3 6 10 98 Jim Filicette 4 6 2 98 Jim Filicette Insert Table in field below to define release approvals Go to Menu gt Create gt Table Make table 3 columns wide When ready for release submit for signatures Define who signed below Each subsequent version change requires release signatures Release Approval Summary Version Number Signed by Jim Filicette Tracey Koziol Ruchi Mangalik Neal Keating Doug Main Mike Hader Zaf Azam Philip Broderson Dave Loveridge Key Changes Initial release of Zap refresh Revisions to MMI per Steve Akin s 5 22 98 email Add Tri Codec and new vibrator Clarify stage IV and V of Zap refresh Revise O20 feature Add Stage I unicode support for phone book to stage V Move VoiceNotes improvement to stage IV Add note to tri codec voice only HR Major Revisions Add Eastern Euorpean Languages Clarify stages and features Add paint requirements Add manual literature kit and model structure tables Add unique SMS alert last 10 improvements quick access software features to list Date Market Proposed 00921 EMEA Flip cd931 EMEA Flat Proposed cd
293. sistor The 68338 be gins executing its Boot Code If valid code is present the RESET vector in the radio code is then executed The Boot Code runs for about 512 cycles 39 6usec before this new vector is executed State 6 The 68338 holds RESET low for 50usec during this state an internally generated RE SET State 7 When the 68338 releases RESET it is again pulled high by the internal resistor All the processors in the system including the 68338 then begin execution During this state the 68338 must drive the GCAP Lite s Watchdog li MOTOROLA CONFIDENTIAL PROPRIETARY Page 6 My MOTOROLA GSM DCS ZAP Level 3 Procedure START NO RX Is a Rx problem YES only using GSM to Band page 8 NO Is a Rx problem YES only using DCS to Band page 8 NO Connect on J600 a RF Signal of 30dbm at Frequency of 947 4 Mhz Put the phone in TEST mode and digit 450624 NO Check for dry joint or faulty U401 U403 and Is present at output of 0401 pin 5 the LX signal also their relative controls abaut 35 dbm YES Is there about 1 Volt and is NO present i the 430 Mhz on age 9 14 test piont pag YES stabis and NO Check the presence of B on Q221 and the VREF ee SA on pin 16 of U220 from Gcap if OK replace 0221 Q221 If VREF isn t OK the Gcap for dry joint or fault YES NO EA Check the components from RX of Q460 Filter FL461 t
294. t Base of Q330 If NOT go to H page 14 NO If ALL OK replace Q330 Check the path from Q520 pin2 SMOC and the relative components as L351 L332 MOTOROLA CONFIDENTIAL PROPRIETARY Page 13 MOTOROLA GSM DCS ZAP Level 3 Procedure NO TX DCS MODE Check the path and Filters circuit CR301 302 304 and relative components If OK check the TX_GSM signal from of TX signal 2 Q304 pin 4 and relative controls anal LOGIC_GSM_DCS TX_EN FLTR_ 10 V Is present at Is correct the level at output of FL301 Replace FL301 Check for dry joint or faulty U401 U403 and also check their relative controls TX_EN RX_EN RX_2 75 10 V from page 13 PIN 14 DET_SW from SMOC PIN 14 If NOT OK go to NOTE 1 PIN 14 4 TX EN from Q501 as Bias PIN 8 9 from PIN 39 of SMOC PWR_CNTRL If NOT OK go to NOTE 1 PIN 12 SAT DET saturation signal to SMOC If NOT OK go to NOTE 1 PIN 10 TX KEY from SMOC PIN 16 If NOT OK go to NOTE 1 PIN 8 EXC signal to LEVEL SHIFT Circuit Q305 and Q306 PIN 2 IN RF TX signal Feed back NOTE 1 CHECK SMOC U500 FOR DRY JOINT from FL301 THEN VERIFY ITS CORRECT BIAS IF OK REPLACE IT MOTOROLA CONFIDENTIAL PROPRIETARY Page 14 MOTOROLA GSM DCS ZAP Level 3 Procedure from page 13 NO TX DCS MODE YES Are there on TP13 about 1 5V and the 240 Mhz Is there
295. t of ZAP will be offered in order to reinforce the Dual Band Quality Capacity Solution message October 12 1998 Motorola Confidential Proprietary MOTOROLA C5M900 1800 ZAP Issue 8 0 PRODUCT DESCRIPTION 2 PRODUCT DESCRIPTION 2 1 Physical Characteristics 211 Size Goals The size goal for ZAP is 139cc in the standard configuration Dimension goals for the standard configuarion are 130 x 55 x 27 mm 2 1 2 Housing ZAP will utilise a completely new front and back housing Based on survey data and field feedback the housing is rounded and emphasises simplicity Two designs will be used the first design to launch will incorporate a flip the second will be flipless The flipless version will differ slightly besides the flip including a rounded lens The flipless version will be launched no later than 12 weeks after the flipped version 9 Main housings The main housings will incorporate three buttons on the left side functioning as up and down volume plus a smart key similar to StarTAC On the right side a dedicated voice memo record button will be located The ear piece should give maximum benefit to the dynamic speaker and the asymetry of the microphone should be disguised with styling marks A ridge should be incorporated around the power button to prevent accidental operation If blind user location markers can not be incorporated into the keypad design they should be included around the 5 key The rear housi
296. t to this segment Balanced Business The balanced business user primarily uses the phone for business related activi ties but has also integrated its use into personal life Characterized by working the longest hours and travelling the most these users primarily depend on performance lain Mawhinney PAGE 4 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION section 2 lain Mawhinney PAGE 5 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION History so far The Zap radio is a band aware product that was developed for use in areas where both GSM and DCS Systems are in existence The Zap dates back to December of 1996 when development initially took the GSM 8800 circuitry and modified it to what we currently know as Zap The Zap is smaller and lighter than GSM 8800 and from a mechanical viewpoint it is a derivation of the GSM DCS Modulus product line The radio is very easy to assemble and not as sensitive to operator issues as the Clam Rae product The first proto run was performed in J uly 1997 in the Advanced Realization Centre In August 1997 the first proto run in the European Subscriber Division was realised At that time they were using blank Flash IC s which had to go through boot code before going to tuning Later builds had the EPROM pre programmed when placed on the board so it was not necessary for the boards to go through boot code In Libertyville Tech ops are currently working
297. tage that goes to the VR 354 VR353 of the GSM DCS Tx VCO to change the VCO frequency The output of the TIC is enabled by the DM CS signal pin 7 that is controlled by U701 pins D2 amp F1 See Diagram Overleaf lain Mawhinney PAGE 29 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION GIF_SYN U220 MAIN 26 64 VCO 62 63 23 61 10 6 7 4 LOCAL OSCILLATOR gt gt lain Mawhinney 21 6 98 E TXI 4 TXQ j TO EXCITER 4 TX VCO 1 TIC 0370 354 353 4 8 DM_CS BLOCK DIAGRAM OF GYF SYN TIC PAGE 30 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION TIC OPERATION For the following example we will use the mid channel on GSM The GIFSYN U220 will tune the main VCO to 794 2 MHz by outputting the proper DC voltage on pin 23 MAIN CP This main VCO signal will then be input to pin 1 of the TIC 0370 The GIFSYN U220 will also output a 170 MHz 67 KHz signal on pin 4 LIM OUT This signal will be input to pin 4 of the TIC U370 Initially the output of the mixer will not be 170 MHz because the TX VCO feedback pin 14 is not 902 4 MHz So the PLL will not be locked The phase detector will then steer the charge pump to change CP OUT pin 8 until the TX VCO is oscillating 170 MHz above the main VCO and the PLL will be locked
298. tch U401 pin 2 The RF Switch will then route the Tx signal to the antenna or the external connector whichever is required M RF SWITCH FL30 1 EXCITER TX 0360 0350 lt VC0 6 Y 7 PAC 12 SMOC U310 9 AOC gL PAC IC OPERATION lain Mawhinney PAGE 33 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Circuit Description The PAC IC U340 is used to provide precise control for the ramp up down of the transmit power of the radio transmitter Once the transmitter is on the peak RF power out of the PA U301 will be fed back to the PAC IC pin2 RF_IN via FL301 and C341 The RF detector internal to the PAC will output a DC voltage propor tional to that of the peak power The RF detector output will then be an input to a comparator internal to the PAC which is used to indicate the presence of RF power a Sufficient RF level must be present in order to be measured by the detector the RF detector output will also go through a buffer amplifier which has two gain setting This gain setting is determined by pin11 SW This is an input the PAC IC from the MODEM Its output level high or low is determined by the DAC values DET_HIGH and DET LOW When pin11 DET SW is low the gain will be 1 and when itis high the gain will be 3 The comparator output w
299. te gt Table Select number of rows you require by 3 columns wide Sales Model Number Brand Description 5 0007 cd921 Stage IV Flipped Zap 5 0012 4921 Stage Flipped Zap w CPHS SE0006Cccxx cd931 Stage IV Flat Zap SE0013Cccxx cd931 Stage IV Flat Zap w CPHS SE0007Decxx cd921 Stage V Flipped Zap SE0012Dccxx cd921 Stage V Flipped Zap w CPHS 0006 cd931 Stage V Flat Zap SE0013Dccxx cd931 Stage V Flat Zap w CPHS Note For Europe Zap refresh will utilize all the existing model numbers from the initial launch of Zap Zap reresh will employ a similar up suffixing scheme as stage I II of Zap Stage IV models will be upsuffixed to the version of Zap Stage IV product will also have the market name change as per above Stage V model numbers will be upsuffixed to D version of Zap Stage V will not have a market name change New Field Service Models Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 3 columns wide Field Service Model Number Brand Description TBA Define New Sales Model Content for the First Core Product Include all model kit or item numbers Place cursor below header Go to menu select Create gt Table Select number of rows you require by 5 columns wide Stage IV Flip Zap 0005 1 0007 1 0012 1 Stage V Flip Zap SE0005DB1xx SE0007DB 1xx SE0012DB 1 Stage IV
300. the Stub antenna lain Mawhinney PAGE 12 21 6 98 AA MOTOROLA MOTOROLA CONFIDENTIAL PROPRIETRY INFORMATION Voice Annotator Zap supports the voice annotator feature allowing atleast 3 minutes of multiple messages with store and erase capability To maintain consistency with the 8700 memo product hands free operation must be available when using the voice annotator with a car kit Key Unique Features Automatic Band S witching As the majority of the market will be moving towards dual band capability Zap will be positioned as a high performance band aware offering in a new ergonomic design HDML support To carry internet access into the cell phone arena Unwired Planet has agreed to support our efforts in integrating this feature into Zap Performance Targeted toward the mid to high tier business user performance is critical Zap will take a leadership po sition with the Extra Performance package offering stand by time of over 2 weeks Smart Card support eCash and paperless ticketing are two examples of smart card applications Through a smart card ac cessory Zap will offer smart card support allowing the user access to the variety of other potential appli cations Multi Rate speech coder Now becoming a competitive necessity Zap will offer excellent audio quality through this feature SIM Tool Kit A competitive necessity this will allow operators to customize their software load according to their
301. there the RX signal Replace VCO signal 1842 8 Mhz at FL462 1627 8Mhz FL462 from C432 on input2 of FL462 correct and clear NO Check the Bias on collector of Q430 RX2 75 and YES the MUTE signal 0431 if they are correct replace Q430 if they aren t correct check Q431 and Q412 for faulty Replace FL401 Is there on base of Q430 the RX signal NO YES Is there the RX signal on input of FL401 and is it correct NO Check for dry joint or faulty U401 U403 and J600 MOTOROLA CONFIDENTIAL PROPRIETARY Page 8 MOTOROLA from page 7 Are and RXQ Signals present and correct on pin 46 and 48 of U220 2 YES Set RF Generation to 100dbm Level and digit on Zap 25000 then verify the correct presence of RXQ and RXI on pin 46 and 47 of U220 NOT OK OK Turn on the Phone NOT in Test Mode and Check data signals on pin 9 10 and 11 from microp of U500 NOT OK OK Rephase the Zap and if the problem persist Replace U500 Smoc Is the IQREF NO signal present on pin 47 of U220 about 1 3V c c YES Check RX L O on pin OK 41 of U220 signal at 430 Mhz NOT OK Phone NOT in Test Mode and check data on pin 52 53 of U220 signal from U500 Check U220 and RX_LOCAL OSC components for dry joint Check L221 C230 U220 for Faulty Check U500 for dry joint then the following
302. tial Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Key Consumer Selling Points e Designed to be compact and very portable e Optimax high contrast easy to read display e VibraCall M vibrating alert as standard e 3 minute VoiceNote message recorder e Future proofed with GSM900 1800 Dual Band technology Issue 2 0 Dominic Strowbridge 4 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Key Network Features Dual Band GSM900 1800 e Enhanced Full Rate Codec EFR SIM Application Toolkit e Research proven design e Data capable without PC card Issue 2 0 Dominic Strowbridge 5 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Product Positioning Inthe Motorola Product Range Targeted at Business Users Flipped version to eventually replace International 8000 series Hlipless version to eventually replace Slimlite e Relative to Competitors n the same tier as Nokia 6110 Ericsson 888 Philips Spark Siemens S10 Issue 2 0 Dominic Strowbridge 6 Motorola Confidential Proprietary June 1998 MOTOROLA Europe Middle East amp Africa Cellular Subscriber Group Motorola cd900 Series Product Specification e Size Weig
303. tion Finder Distinguish answered amp missed last calls Additional SIM AND locations over 155 limit Find New Network Quick Access item Alarms Scheduler Teleservice 89 Multiple Line Service for GSM PRODUCT DESCRIPTION Status for Status for Stages II amp III Stage I launch Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed Not Committed L 0 lt lt Software builds for the Asian and European models will initially be separate However the aim is to combine the core feature set builds with Asian specific features being added afterwards When this integration is achieved the only differences between the two feature sets will be as follows gt European Models Asian Models Languages Additional Features Flexing Full European Language set Full European Language set PLUS Simplified Chinese Complex Chinese Thai Vietnamese with tonal marks Bahasa Indonesian All Asian SMS Chinese Date Format Chinese PLMN and Incountry PLMN Roaming Support for two bitmaps 15x15 and 15x16 Note that to cope with the release of both non EFR and EFR versions of the product in Europe the following conventions will be used A suffix flexes will support non EFR models ONLY eg SE0006A Motor
304. tion of and RXQ The can If still no problems found measure from CPU DM CS at SMOC Pin2 If ok replace 0220 CR220 RX Local Osc Varactor 4809641F02 Q430 Receive Power Transistor 4809527E32 gt Tine Fx Audie Path 8802 should then be removed Check that IQ Ref from the SMOC is around 1 38 and then the RXT and Q outputs from the GIF to check which is If Main VCO is missing but modulation is fine remove 8 07 and check discretes U220 Pin23 and S 11 xxxx Program Main Local Osc to Channel faulty Main VCO tuning voltage 0220 Pin21 CR221 Master Xtal Varactor 4809641F04 Q460 Receive Mixer Transistor 4809527E20 TE Saw Poway evel w Inn Vad If 215Mhz is low probe the R F inputs to the Mixer to see which RF path RF INPUT or MAIN the fault lies on __ _ 2X et Tx Power level to fixed valure CR23 Tx Local Ose Diode 1809948005 0180 IF Isolation Aplifier 1809910801 If Main is low the main suspicions are with the main VCO or the VCO filter FL461 462 and the SH07can should be removed If bothMain VCO and modulation are missing then check the collectors of Q221 and Q222 for 2 7V If ok then 19 Display SW Version Number of Call Processor If the input to the filter is low then there is some discretes under the VCO can Check SF_VCC U220 Pin23 and Main VCO tuning voltage 0220 Pin21 check from CPU DM CS at SMOC Pin2 Possible GIF SYN or SMOC problem CR261 Tx Local Osc Varactor 4809641F02 U220 GIFSYN IC
305. to SMOCand 13 MHZ Clock 78 7 LOZI 13 Enables Tx Path when high 10403 732 4 MHz G 17 SWITCH ig GsM pcs B E 5 RF START n Signal from uP inverted via 0504 CONTROL Logig_GSM_ DCS Q prx275 0222 18 CS 28Vpp Enables TIC PA and TX VCO Logig GsM pcs B When high this enables Tx path 1144545 _ GSM_ 5 il 8 From SMOC IC to GIF SYN A vcc 21 5 8 59 CLK OUT p INS ON This signal is the in phase input to the I Q Modulator of the GIF SYN 6 7 i From SMOC IC to GIF SYN OO Sa GSM CH62 DCS CH 700 NON 21Vpp This signal is the quadrature input to the 1 0 Modulator of the GIF SYN C212 7324MHz 8139 MH E 57 lt 4 ER PLL 2 Y702 GSM CH 62 _ T Ww mgl ps E C213 902 4 MHz Modem Callprocessor Interface OF GSM x C214 8 CR203 CR GSM 15V 25W 4 From uP to SMOC DCS CH 700 L Y E MDM_RD This signal indicates when the uP is reading data from the SMOC High when enabled A 1747 8 MHz _ NS 28Vpp From uP to SMOC R275 GSM DCS PISERIAL MDMEWR 500us em This signal indicates when the uP is writing data to the SMOC High when enabled GSM 0 4 8 DCS 1 8 2 1V ER 3 DATA BUS DCS 0 54 INTERFACE lt Output m FL30 Gand Rx SIGNALS In Standby Mode DCS
306. tup Network Selection Call Meters Accessory Setup Define Box Box Insert and Overpack requirements Identify if these are common existing designs or new designs Insert or attach drawing or photos if available New box artwork will be required for Zap refresh stage IV due to product market name change Standard Box pack configuration Define standard model complement Identify all components which go into this pack configuration Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 4 columns wide Configuration Contents Quantity Comments Same as cd920 and cd930 except a leather holster will replace the plastic holster for product with painted housings Extended Box pack configuration Define extended model complement more items than standard model complement Identify all components which will go into this pack configuration Place cursor in below header Go to menu select Create gt Table Select number of rows you require by 4 columns wide Configuration Contents Quantity Comments Same as cd920 cd930 Define Packaging Manual and Label Artwork requirements Identify which items require a unique artwork Insert or attach drawing or photos if available New artworks will be required for manuals boxes escutheons as necessary due to the market name change on stage IV Define any unique package Labeling required for this product Include special requirements such as
307. ure page 2 RESET SEQUENCE AT POWER ON The power up RESET sequence is described in the following diagram Following the activation of the 2 75V Regulator the GCAP LITE IC and the 68338 begin a seven state power sequence involving the RESET line and the GCAP Lite s Watchdog input The figure below depicts the sequence of the states The figure is not drawn to scale 100 ms 150 mS 1500 15 39 615 sous 3965 lt 50mS NEM i I 1 2 STATE3 STATE4 STATE 5 STATE 6 STATE 7 GCAP LITE IC RESET Timing State 1 When the GCAP LITE IC detects a power on request ON OFF Lin LOW GCAP LITE will drive the system RESET line low The 68338 Clock line will take approximately 100mS to stabilize after power is applied State 2 The 68338 SMoC and BIC in the radio are connected to the RESET line The nominal time RESET is held low by the GCAP LITE is 250 milliseconds 50 ms State 3 When the GCAP LITE releases RESET it is pulled high by an internal resistor There isa period of approximately 500 nanoseconds when neither the GCAP LITE or 68338 is asserting RESET State 4 When the 68338 reset control logic detects that the system RESET line is no longer being driven it drives it low for an additional 512 cycles 39 6 microseconds This assertion of RESET by the 68338 is a feature of the IC and cannot be modified State 5 When the 68338 releases RESET it is pulled high by the internal re
308. will be formated in the following The first Zap Refersh transceiver will have theThe second Zap Refersh transceiver will have following languages the following languages English English French Russian German Lithuanian Turkish Polish Italian Czech Spanish Slovakian Danish Croatian Finnish Romanian Dutch Slovenia Greek Latvian Norweigian Estonian Portugese Ukraine Swedish Servian Hungarian Bulgarian Motorola Confidential Proprietary Page 10 Key Hardware Requirements 05 11 98 Tracking Description Status First Status Main Priority Number Launch Launch Z 1 Vibrator same Stage Committed 1 as 8700 Z 2 Vibrator Stage IV Committed 1 grommet Z 3 Painted housings Stage IV Committed 1 amp batt doors flat Z 4 Improved Stage IV Committed 1 keypad Z 5 Tricoder Stage V 2 Z 6 New blue silver Stage IV Committed 1 lens Z 7 New blue silver Stage IV Committed 1 keypad Z 8 New shark silver Stage IV Committed 1 escutcheon Priority 1 Must ship in stage IV launch on Sept 11 2 Must ship in stage V launch on Dec 1 3 4 Flex and Menu Requirements 3 4 1 Flex Default Requirements Feature Flex Default Same as cd920 and cd930 Same as cd920 and cd930 3 4 2 Menu Requirements Quick Access New Features New Features
309. y Meter 5 Play VoiceNote 6 Mute On Off 7 Read Messages 8 Vibrate On Off 9 Divert On Off Available Functions Find by Name Find by Location Add Entry to Phone Add Entry to SIM Call Voicemail Battery Meter Phone Lock Now Phone Mute On Off Ring Volume VibraCall On Off Ringer On Off Divert All Voice Calls Switch Memory Read Messages Outgoing Messages Message Editor Last Calls Received Last Call Charge Last Call Timer Talk and Fax Show My ID Next Call Restrict ID Key Answer Only Switch Line 1 2 Show Services Play VoiceNote Divert Voice Call Recording Personal Numbers Find Entry By Name Personal Numbers gt Call Number Modify Name or No Erase Name and No Find Entry By Location Personal Numbers gt Call Number Modify Name or No Erase Name and No Add Entry Add To Phone Memory Add To SIM Card Mem Check Capacity Check Phone Capacity Check SIM Capacity Prevent Access To SIM Card Memory To Phone Memory To Phone amp SIM Mem No Memory Restriction Copy SIM Memory Show Services Last Ten Calls Last Calls Made Last Calls Received Erase All Numbers My Phone Number s MSISDN List gt Fixed Dialling View Fixed Dial List Fixed Dial List gt Setup Fixed Dialling Enter PIN2 gt On Off Edit Entry Fixed Dial List gt Add Entry Erase Entry One Touch D

GSM/DCS ZAP - Level 3 Procedure

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