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SERVICE MANUAL

1. 43 3V_QLED C856 0 01luF GND 5 C857 10 1uF E C979 1000P 558 2 43 3V_CPU 5265 9 Y 1 16V_OLED R938 R939 R940 R941 R964 5 AUX_L_IN E GND OELD3 KEYI V w 58 b OPEN u 0 J K83 H J 2D003Y lt 202 GND 1 1801 5 Y 2 5 0933 6955 2 77 AUX RIN 4 ap 52 E 8 KRALO2S Bead 60 3 328 RC81 KSM603TH5B EDEN TS P_L_OUT R944 AUX 1 A d O Lo A KEY2 ANS 34 B brun ace B 5 KRC102S gt D944 955 3 E Y KDS160 945 L905 GND Al GND A KEY3 Ws KDS160 Bead 60 C985 R931 0 1uF 43 GND CELD3 ee GND C3 GND A U GND 1 J K
2. 1 1 1 1 1 1 1 1 1 1 1 1 1 HP_R OUT M X PORT 5 HE R468 R474 R478 1 ui 1 3 ES 10 50V 100 20 1 8 gt 46V CPU 12 A 610 m mom 3V_ 12 5 Am 17 8 ian ELE gt 1 DEI SERA 8470 2 m 45V CPU x CPU WA 878 EYE K R als E 1 Y R118 ND ey AUXL R AUXL R IN al M X PORT Ves ua lt MARANTZ MODEL ONLY GND D1 0616 KRC1O2S x 5 p P AUX1_L AUX1_L_I N 1 lt 1 E25 LN x 35 525 ahs P 28 9601 e H 1 Zee 8 3 8 i i KRC107S 9611 0613 GND A ii qm GND DI KTC2875B KTC2875B 5 1 m R476 m a VS R471 05 5 STs 578 1 C527 OPEN 1 x 5
3. lt eee SE d 2216 Hoey 5 gpI 983585 85955055520 EP 884 8 6 4 2 CN42 ETHER BLOCK Sheet 002 TO TUNER BLOCK TO TUNER BLOCK TO CODEC BLOCK Sheet 001 Sheet 001 Sheet 002 43 3V_CPU 418V Z 4 1 co lt wn 5 I ra R667 OPEN o o o m m P ga 8 3 8 ad 8 860 5 F A z 8 2 4 g 1 ja 5 Si loo 5 a lol S SUCUS ox i5 2 SBS gt 185 V a S g gis x 9 9 y yla a a a amp 5 08 8H 588 Ef e P F er ESE ERR 5 eeeeeege sf Sf of 2 SHEET 003 11171 PEE FEE qiue oto 111 0656244264 B E plal zb 9 5 f gt 2 5 zi 8 815138513 a 9 m 5 2 u a x u 4 ciu al ul ul a a B lt l EN ml ul E 2 c lt 9 P uU 9 ols
4. TF93 EER4042 C901 oo m 32 5VA_5 6A J901 J922 P mE 200V 10A 5 gt PD L AC L C Eus z ac o HEAT SINK S lt 32 5VA_5 6A LF93 LF91 LF92 J02_ aca x paq aC 43KF CV030450S at UU1620 10mH Uyt620 10mH gt _10_ gt 32 5VA_5 6A u gt x E e 965 R968 HGND og zle S opEN OPEN bed 5 M cN 55 2 2 N 5 J gase NEA MENO 55 gt SN a 12 R984 R938 2 C102M 2 5MM D tO gt 1 75K 27K q lt 2 4 I I gt Q937 gt _ A102M 3 gt ADB91 5 1 15 d e RS605M CN91 VT91 D908 1 14D 561K ACY93 UF 4007 1 14 x 97 SZ HGND 7N 7812A 0903 E s Bi Amp Wat 50 a 1IN60C3 400V 102 M E a pes HEAT SINK 1 15 E C950 12V_0 13A a 25V 10042 lt 5 us EP o E at 02 INSET ON 0907 UF4004 vo v Fog oS pe x Onn JE a 12V_0 05A lt CENE LA us E B lt C949 DGND gt Ces NES pe n 4004 3 2 2 ef 7VD_0 74A x MM1Z27 u 20V 1 2W 5 pe R926 TF92EE2525 PC 17L1CB R919 ZZ 5 _ lt 43 0891 DGND 100 2 5 9 D904 D944 L929 lt lt 85 dips 950 3550 DGND gt 526 4004 pa IL 15V_USB_0
5. __ OL Ne 54 P55 HOLDIEPM PUJ 1 I Rewrtebootprogramstart Linputset _______ 55 P54 HLDA 5142 OTW PU TAS5508 Overtemperature wamingsignal 56 INC 57 wss vss C 58 P33 NC __ 59 jc __ __ jav ___ 60 P131 7 POWER_ON OFF PD 61 10 BpPowERONOFFLPD Network Pin Name Port Name PD 62 P53 BCLK NC O 63 IPBURD _ PD I JC C 64 P51 WRI BC1 SRAMSTB ControlforTC94A92FG SRAMSTB 65 PBO WRO WR CE CEM PD I 1 fRewrtebootprogramstart Hinputset _______ 66 P127 cE O OL or fChipEnablefor CDDSP 67 126 BUCK Po OL OL BUSClckfoCDDSP 68 P25 _ N PT OP ON OL NC C 25 69 P47 CSO A23 3 PU O O OL BUSB3fonCDDSP y 70 PA6 CS1 A22 BUS22 PU O OL Ol BUSZfonrCDDSP P45 CS2 A21 BUS PUT OL OL JBUSTfonCDDSP 72 P44 CS3yA20 BUSO O OL BUSOfonCDDSP 73 P4jjAT JoPSW _ PU I OpnSWfomCDMecha 74 cc __ Py J 9 75 248 CLSW PUT ClseSWfomCDMecha 76 685 vss __ 60 77
6. 5 lanas x 4 o x i i amp I O 7 o a 1 x SB lt 1041 KIA78R050 IC13 1 x x IED 33V CPU BA33BCO ME 1211 u com SYS R5F64169DFD 3 REST IC ct 1281 u com OLD t lt 1 R5F64169DFD SW Q936 FDC608 GND 2 a eee m I ev lt gt i z T U 28 LI ht es a ex i Q m DRV 15V USB 7 D1 VO 46V CPU Organic Electro Luminescence 18V OLED GND IC90 Q a e o 2 mm J eo co gt o eM e LO lt On ee Pse 2 MN gt 1 a 59 5 rn 6V_CPU 32 5V_ Portable in 1024 EN5311 1028 15V_U W SI8005Q NET 3 3V 5 0V VBUS USB oPod Chassis GND 1 i e CD cN LLI 1093 1092 ICE2B265 1091 0365 Chassis 50 H P Out LEVEL DIAGRAM AK4683 TAS5508 TUNER AU
7. sec 3393 2 392 2222 of L 0222 2222 58 2 g AAAA 70 E 79 TC94A92FG Terminal Function Description Default Remarks DSP VCO EFM and PLCK Phase difference O 1 VCoi signal output pin O 3 state output DSP VCO control voltage inputr pin CD DSP P ly for 3 3V RF 2 RVDD3 _ B ower supply er is _ amplifier core and PLL circuit O Connect capacitor according with se 3 SLCo EFM slice level output pin O Aiii ew frequency band 4 RFi RF signal input pin Selectable Zin 2010 5 RFRPI RF ripple signal input pin O 6 RFEQo RF equalizer circuit output pin O IE 4700pF O 7 DCoFC RFEQo offset compensation LPF output O Connect to Vro by more than 0 015uF 8 AGCi RF signal AGC amplifier input pin 9 RFo RF signal ti lifi tput pi O signal generation amplifier output pin 40 RVSS3 _ pin for 3 3 RF amplifier and PLL _ circuit T FNI2 Main beam signal input pin be connected to diode C 12 Main beam signal input pin be connected to diode 13 FPI2 Main beam signal input pin 3AI F To be connected to PIN diode D 14 FPM Main beam signal input pin To be connected to diode B 45 TPi Sub beam signal input
8. PUTT L 1 f 1 LimtSWfomCDMecha 78 PA0 AIO JpECRST O OL Resetfor TC94A92FG 79 JP37A15 DREQ I TCO4AQFGDREQ 80 P36 A14 JSBSY Puf CDMonitr3 Defaut SBSY from TC94A92FG 81 P35 A13 DRVMUTE PD O OL Motorstanby 82 P34 A12 ____ O OL OL 83 P33 AY CLOSE Oom OL raycose 84 P32 A10 MX DETECT PU L 1 MXPort Detection 85 9 7 HPON X PU O 7455508 Headphone in out selector 86 124 508 __ _ I TAS5508Powrdown 87 P128 5508 MUTE PD O TAS5508Softmuteofouputs 88 PI22 RXD6 E2PROMSCL Pu lO Serial Clock for EEPROM Default O L 89 121 _____ 5 ____ Serial Data for EEPROM Default O L 90 P120 TXD6 PD 5508 Soft mute of outputs 91 vcc __ pav 0 92 8 55851 WO I CseralClockforTAS5508 99 ss 5 __ 60 94 P27 A7 __ 5508 SDA PU WO 1 I DCseraldataforTAS5508 95 6 JRESET 5508 PD SystemResetforTAS5508 96 JPzA5 OF OA Ne 97 4 OF o OL 98 IPOJAS e __ _
9. 5 554 RTS4 CTS4 DA1 P9 4 SRXD4 SDA4 TXD4 ANEX1 P9 6 IEOUT ISTXD2 OUTC2 0 SRXD3 SDA3 TXD3 TB2IN P9 2 553 RTS3 CTS3 TB3IN DAO P9 3 Notes 5 100_5 101 lt gt 5 IEIN ISRXD2 STXD3 SCL3 RXD3 TB1IN P9 1 Note 1 lt m NN a a 22 5 5 lt lt ees 5 gt 2 e a apes 9 Qo Are ETD eo 2 gt IS Ww 2 2 D 556 5 920202 E 4 L Se e2gpp2z22222 9 p t lt lt lt lt 9 SK STE s SSeS eee s SS S ier ORN O Sers se zEoz gozoon o 89155565 225555555 aa lt C c iO DATIL lt DIII E E E AE B IO gu QN QN 0 c o Oqadaaadaaaadaavsataoaoaanananananananananad SIRE R32C 116 GROUP PLQP0144KA A 144P6Q A Top view lt gt 1 72 13 14 18 19 20 21 2 23 lt gt 5 lt gt 2 27 lt gt 28 lt gt 29 lt gt s lt gt 37 lt gt 52 35 lt gt 9
10. OL JC 99 P22 A 4683 VOUT 1 I1 AK4683VOUTMonto 100 P21 A1 7 4683 I2C CONT GND 4683 Communication format Select 101 IP20 AO O O H 5VControl 102 17 015 4683 RESET O O AK4683ResetSignal 103 P16 D14 1 f AK4683SClDatalnpt 0 02 104 45 043 4683 INT 1 1 AK4683RequetSignal 105 44 012 4683 O Om AK4683SClDataOuput 1060 PT3 Dil 4683 CCLK O OL AK4683SClClock 107 P12 DiO 4683CSN O om jAK4683ChipEnableSignal 0 2 108 P11D9 1514250 PU I 1 AS5508Shudownsigna 109 10 08 DC PROTECT I PPowerProtection DetectforUSB MO IPOZIDZ OJOL OL v 1 TO o OL JC 412 IPOD5 Oo o OL M3 _ 04 054 X PU 1 WPodDetct RCD N 2 2 M4 P4 Puf 1 SWLEVELDetet 45 JIPI13 PD O OL AUISWMUTE S 46 P112 RXD8 MXMUTE NC M7 IPM CONT PD O Om PowerConrolforDAB 18 PD O OF MueforTUNER 49 IPOD3
11. 11 PD Ne 19 RESET OLED RESET PU fResetinput Reset L _20 xoUT 22 Clock output L 0 21 5 vss ___ 22 XN 28 CC pv 7 24 PB NM PU 2 25 Jof 2 26 27 OLEDCS 0 _ hi Select of Display Data for Display ucom 28 0 11 PD 29 P80 RXD5 1 BOOT PD BBocsignl 30 7770 JC 4 0 S 3 NC ol 32 P75 RXD8_ OLED POWER O PD OLED Power On Off 33 NC S 34 NC ol S 35 P72 CLKO OLEDCLK 0 Clock of Display Data for Display ucom 36 PaI RXD2 MSCL OLED TX O Display Data for Display ucom 37 P7O UTXDZ MSDA OLEDRX O hotuse 38 P67TXD1 O PD _ Data transfer to external terminal AMX MITSUBISHI writer 39 VCC 0 40 RXDCO PD Data received from the external terminal AMX MITSUBISHI writer 41 VSS ss GND 42 P65 CLK1 SCLK L SCLK CO 0 Select 43 P64BUSY BUSYCO 0 BUSY Output at updating 44 POS TXDO OLED UARTRX O Transfer Data for Display at Updating 45 P62 RXDO_
12. JW81 co gm m I 88 2 gt C4 Cn a I ninm 1 12 C969 Cal C968 Cal JK83 JK84 DISPLAY PCB FOIL SIDE 14 13 12 11 10 9 8 T 6 5 4 3 2 1 JIG GND C859 am E MINI O 8 O ooC 200 E ene Q A e C870 Lm C869 871 D Nil R940 15 52 1562 E 10765 c975 ___ 976 AH R936 BT 934 R945 NIN R951 Og R947 R939 MIN BIN C856 0857 C979 C814 97 mU 1 2 0941 i A 8 R998 BT al ro Te m mms 5888888 R607 555 C941 E R806 m 8 82 C847 5 5 BN oss s Raos BNI 88 5 x lt R815 A C813 E E R R840 C931 LN m s CoC zZ Esz 192 L D hs o 94 R946 NIN R941 197 98 Co C955 0933 D934 9061 061 1936 12955 I 109 ST E R812 2 3 One 853 DO 22 8 8 5 8 H H 000 6852 E I sm Bele __ C851 8 We 8 S cu RIDES 56 emis O O R944 R830 4 g O O 90DJ 9002 10 Y E coo S evo 87 37 U Sn Ag Cu ALT lt EU L
13. 1 JPowerDownDetectio signalfor Clock 10 Pi44 INTO PROTECT PU 1 JCProtetionDetecion 11 Pi43 Bes O OHH 12 VDCCO VDCCO Smoothing capacitor connection terminal _______ 18 P144 INPUTONLY CHECK1 PD I J Ne 14 voc Smoothing capacitor connection terminal _______ 15 INSD INspDM PU I __ communication pin m Single chip Micro processor mode switching 16 CNVSS INPUT ONLY CNVSS Normal single chip L Rewrite boot program start H input set 17 JPS7Z XCIN OL OL JNoetUse 18 J PB6 XCOUT __ PD I Ne 19 RESET J RESET PUT Rest J 2 20 XOUT X2 21 vss J C 22 XIN pxt _____ jikmu 28 vcc P85 NMIINPUTONLY NMI PU I FNC 25 P84 INTO PUJ I JAUX1 Portable In Detection 26 Pe3NTI IEREQ 1 JDM870fe0lnterpt 0 27 __ PUJ Rinterrupt 28 BB jcHECK3 _ I j NC C s J 29 PSURKDb jHP DET Pu I 1 HfPbDetectin gt S 30 jP77z CLK5 TUSCL PU O OIL ClockforT
14. Function Zero Crossing Regulation Primary Current Sensing 3 4 5 High Voltage input 6 gate driver output 7 IC Supply voltage 8 GND Common ground suppression time control up down counter Vvecuvp current limitation foldback correction power management power Cell controller 95 2 DISPLAY MXS4003A DISPLAY CN84 Pin No GND ee Analog system ground T AINA S 7 F BINA T me 7 4 F BINA 9 ____ FT BINA ens _ o F BINA o meme O O SDIN Data Bus lt or Serial Date s WP CEN 7 71 14177 SCLK Data Bus or Serial Clock gt Select MCU bus interface setting 850 0 BS1 0 4 line SPI 850 0 BS1 1 8080 Parallel BSO 1 BS1 0 3 line 0 1 BS1 1 6800 Parallel e JE L CU yk RES Active L NCELC47Z l eserve mease No Connect PIL Rx mT IREF E current setting RI MOV 5 umi E Power supply for Interface logic level EN Power supply for Core logic operation NOVY Z n ES Low voltage power supply lati ver Segment Reference voltage Analog system ground Power supply for A
15. 6 Please refer to the MODIFICATION NOTICE DENON SERVICE MANUAL NETWORK CD RECEIVER e For purposes of improvement specifications and design are subject to change without notice e Please use this service manual with referring to the operating instructions without fail Some illustrations using in this service manual are slightly different from the actual set DENON D amp M Holdings Inc 0458 1VO6DM DG1203 Copyright 2012 D amp M Holdings Inc All rights reserved WARNING Violators will be prosecuted to the maximum extent possible SAFETY PRECAUTIONS The following check should be performed for the continued protection of the customer and service technician LEAKAGE CURRENT CHECK Before returning the unit to the customer make sure you make either 1 a leakage current check or 2 a line to chassis resistance check if the leakage current exceeds 0 5 milliamps or if the resistance from chassis to either side of the power cord is less than 460 kohms the unit is defective Be sure to test for leakage current with the AC plug in both polarities in addition in each power ON OFF and STANDBY mode if applicable CAUTION Please heed the points listed below during servicing and inspection Heed the cautions Spots requiring particular attention when servicing such as the cabinet parts chassis etc have cautions indicated on labels be sure to heed these causions and the cautions indicated
16. I LaserCuretCheck 139 MODEL 1 1 JVeminSelct 140 65 JAVSS 141 PTOUANO J MODEL2 PU Modelseect _ 142 VREF av ae ECG j ____ ____ ____ 144 P97 RXD4 UART MISO 1 Receive Data for Display at Updating ______ 74 R5F64169DFD DISPLAY 1281 Terminal Function Pin Symbol wo Pull UD 1 __ ONC ve 3 2 NC 3 0 a peser e Ne 5 NC b J 6 ne jc 7 IPOKCLK3 _ OJ 2 8 NC dof 9 JP4 INTT 10 0 662 6 6 122 voco VDO Smoothing capacitor connection terminal 13 JPIMINPUTONLY NC 1 PD NC 14 DC 01 Smoothing capacitor connection terminal 15 NSD 0 Emulator communication pin Single chip Micro processor mode switching 16 onvssinpuronty onvss PD Normal single chip L Rewrite boot program start H input set 17 P87 XCIN ONG 18
17. Stop stop to the playback state after auto adjustment When Cursor A V button is pressed the adjustment values are displayed in the following order FOCUS BALANCE 2FOCUS GAIN BALANCE TRACKING GAIN FOCUS OFFSET OTRACKING OFFSET RFRP Caution If you have not completed the adjustment the value is not correct 4 5 All servo on and auto adjustment When VOLUME button is pressed for over 1 second while the RCD N7 is in the CD TEST MODE the laser turns on and the laser current is measured Laser Current Current xxmA stored dala The laser drive current undergoes A D conversion for calculation The current value is updated every 3 seconds Press the SOURCE button CD TEST MODE display reappears Stored data is not cleared even when the RCD N7 is reset Factory User Overwriting the stored data When the II ENTER button is pressed for over 5 seconds while the laser current is displayed thecurrent value is stored in the EEPROM overwriting the stored data Stored Once rewriting is completed the display in Laser current display reappears Rewriting is performed upon shipment from the factory and when the mechanism is replaced 26 4 6 Accumulated laser on time display When the Volume V button is pressed while the RCD N7 is in the CD TEST MODE displayed the accumulated laser on time is displayed Laser ON time XXXXX hour The laser drive
18. 02 piss 29 52 RXD7 RW 429 51 m i 439 vss 3 DA5 P150 TXD7 D 3 vec xa 0 01 1 4 33 P107 AN7 EL_RST 32 106 6 GND C3 33 105 ANS 39 104 E d e 598 Fas BUSY CO 9 102 2 0 5 n KEY1 2d 66 m NS P67 TXDL 8 8 525 P101 OI OOF ay R831 R830 AVCC Pp70 TXD2 v 9 AVSS R838 T 97 RXD4 8 RXD CO GND OELD8 GND CELD2 GND CELDI 100 59889 4 CO ZY aOR OW F Qa PER BE s2z2z2RRF FEE sels OOS 21 02 23 2 25 6 27 9 80 81 82 83 21 85 3 d 96315 l sls 5 GND_OELD2 CN84 wf of 4 lady 43 3V CPU 45V CPU Eu oos E 2 SI xi 9 S cil cl 5 s BI 5 8 8 8 8 8 8 8 N N N 9 co Gi Of Of 2 ees eM G3 C816 C820 C823 GND J K82 33P CPEN 0 1 LED CONT2 LED CONT2 C817 C821 C824 I POD J ACK TEAC GND CELD1 LED CONT1 LED CONT1 0 1 0 01 Fon OLED CPU POWER 5 e F W CHG GND C818 C822 C825 9 OPEN NC X802 GND CELD1 m F W GND 16M RENDTE REMOTE e 0 01 OPEN 1000P C826 x 1 9 USB_D HH KEY2 T 2 vo 1000P 33P Y KEY3 KEY3 USB_
19. 552 RX3 6 43 AVDD2 INTC 7 42 VCOM 8 AK4683EQ 41171 ROUT2 9 Top View 40 _ LouT2 RCKB _ 10 39 _ ROUT2 BICKB __ 11 38 LouT2 12 37 1 MUTET RCKA _ 13 36 HPL RCKA 14 35 HPR 15 34 55 iDTOA 16 33 HVDD NJ UJ UJ 7 z a WN AK4683 Block Diagram RXO RX1 RX2 RX3 LISEL IPSO 1 OPSO 1 bit LOPIN LINT gt LIN2 LIN3 LINS N E PORTB LING WVy LINO 1 2 RINO 1 2 bit lt FS BICKB RINI lt gt LRCKB NE DIR l RINA Wy O HPF ADC RIN5 W gt E DVOL SDTIAT p RIN6 W i O ROPIN SDTOBO I bit RISEL H3 SDTIB A Through PIR ADC DIT o DIT bit SDTIAI 1 E L DIR DITO 1 bit O AD T xo pr co Audio B SDTIA2 E PORTA I O LOUT2 DAC H DvoL H DAC2 Jc ac oE b ssa SDTIB SDTIB i O OLRCKA I ROUT2 LPF DAC DVOL L I F O I I SDTIA2 SDTOAO 1 bit 11 gt BICKA I SDTIA3 ILRCKA HPL lt q DAC10 11 12 i BG DAC20 21 22 bit r SDTIAI dd lt SDTIA2 k lt spriA3 AK4683 Pin Discriptions No Function ___________ PVDD PLL Power supply Pin 4 5V 5 5V 2 RXO
20. A 2 Open the CD tray by turning the Drive gear clockwise Drive gear BM E 3 Detach the DOOR CD Direction of photograph B 11 3 CD ASS Y Proceeding SIDE PANEL COVER DOOR CD ASSY 1 Remove the screws men ege vue 2 Laser short circuit in Pick up of CD MECHANISM ASS Y then disconnect the connector wires and FFC cable Be sure to wear a grounding band Soldering place FFC Cable Direction of photograph A 3 Disconnect the connector wires Direction of photograph C Please refer to EXPLODED VIEW for the disassembly method of each PCB included in ETHERNET PCB ASSY and DAB PCB ASSY TUNER MODULE 12 4 FRONT PANEL ASSY Proceeding SIDE PANEL 2 TOP COVER DOOR FRONT PANEL ASSY 1 Remove the screws View from bottom ENS 7 Z his SS Direction of photograph D 13 3 Remove the screws uw Direction of photograph Direction of photograph D Please refer to EXPLODED VIEW for the disassembly method of each PCB included in FRONT PANEL ASSY 14 5 MAIN PCB ASSY Proceeding SIDE PANEL TOP COVER gt DOOR CD MECHA ASSY FRONT PANEL ASSY MAIN PCB ASSY 1 Remove the screws 177 POWER SOURCE CLASS 1 FTHERNE Direction of
21. CooLSET ICE3B0365J CVIICE3B0365J IC92 9432350032005 COOLSET CVIICE2B265 x NN 7 D903 90M HD201870R DIODE SCHOTTKY HVDUF4007T D904 90M HD201860R DIODE SCHOTTKY HVDUF4004T D905 90M HD201870R DIODE SCHOTTKY HVDUF4007T D914 915 nsp DIODE ZENER HVDMTZJ20BT D916 nsp DIODE ZENER HVDMTZJ24BT D917 nsp DIODE FAST SWITCHING 0 5W SOD 123 CVD1N4448W D919 nsp DIODE ZENER 27V 0 5W SOD 123 CVDMM1Z27 D934 nsp DIODE ZENER 27V 0 5W SOD 123 CVDMM1Z27 D935 nsp DIODE ZENER HVDMTZJ16BT D942 9432040031605 DIODE SCHOTTKY 100V 3A HVD31DQ10FC5 D944 945 90M HD201860R DIODE SCHOTTKY HVDUF4004T D951 943203003140S DIODE SCHOTTKY 20A 200V CVDFCH20A20 444 4 11 1 Q932 90M BA001460R T R TO 92M HVTKRC107MT Q934 00D2710323907 T R HVTKTA1273YT Q936 00MBA20001000 T R TO 92M HVTKRC102MT CAPACITORS GROUP C901 nsp ELECT TDA 450V 270UF 1056 35X30 CCET450VTDA271N C904 943132003090S CAP CHIP CCUCIHA74KC C905 nsp CAP CERAMIC CCKT3A222KBL C906 90M OA000320R CAP ELECT CCEA1HH220TS C907 9431340109405 ELECT 22uF 100V 6X11 CCEA2AH220TS C908 00MDK96472300 CAP CHIP CCUC1H472KC C909 9431320030908 CAP CHIP CCUC1H474KC C910 nsp CERAMIC CCKT3A222KBL 911 9431340030605 ELECT KRH 450V 22UF 12 5X25 CCET450VKRH220KS C914 nsp CERAMIC CCKT3A471KBL C915 9431340109408 CAP ELECT 22uF 100V 6X11 CCEA2AH220TS 108
22. OLED UART TX Receive Data for Display ucom at Updating _ 46 ONC _ 47 INC ol nc S 48 p37 OO DataBusfor OLED 49 PI36 ISCLK2 ___ 0 Datta BusforOLED gt gt S 50 P135 ISRXD2 5 O pDataBusforOLED gt 51 Pi3SAiSTXD2 ___ 4 O pDataBusfonOLED 52 P7RDY 10 0 0 53 PseaLE 0 Ne 54 PoS HOLDIEEPM EPM PU fRewrtebootprogramstat Linputset _____ 55 P4HDA ol nc 42 56 ps JO pataBusfonOLED gt 57 vss 0 58 pDataBusfonOLED 589 vcc hv 60 pl OJ peataBusfonOLED S 6t ol pataBusfonOLED 62 nc e 63 P52RRD 1 j i PD Ne 3 5 64 PMM AWRI BC T ol 79 PinNo Symbol ___ WO 0 65 PSU WROYWR ICE ____ PD Rewrte boot program start H input set 66 127 JRES 0 Reset Active L for OLED 67 126 CSO jchpselectforolEp 68 P125 pc ___ Data Command Control Data L Command for OLED 69 P47 CSO A23 R W WR O Write This pin stays L low in Serial Interface Mode for OLED 70 P46 CS1yA22 E RD Read This pin stays L low in Serial Interface Mode for OLED 71 P45 CS2
23. Overvoltage of B B DC protect 2 Detect Protection DC PROTECT2 Short of B B Over current r Detect Protection DAMP ERR Over current detection digital amplifier SubWoofer DC protect Detect Protection SW DOWN Over voltage Detect Protection OVER VOLTAGE Supply voltage is detected beyond the provisions Protection history is reset When the Cursor A button is pressed for over 5 seconds while the protection history is displayed the count value is reset Clear record After the reset is complete the display No Protection ge Detect Protection NO PROTECT Protection history is not cleared even when the set is reset Factory User 30 9 Update mode by disc Firmware update disc by When you replace the RCD N7 WLAN MODULE 8R1821000100S you need software updates Refer to VERSION UPGRADE PROCEDURE OF FIRMWARE 1 How to update by disc Upgrade by DPMS This mode describes a display only To exit this mode unplug the power cord Startup display Disc Update Mode displayed for 5 seconds Disc Update Mode The tray will open s Update Please insert disc Insert disc g Update Loading The following states are displayed Display update file Update 1 4 gt System XXXXXXXX Display XXXXXXXA Net BL Net IMG Updating display Updating 1 4 xx min yy System XXXXXXXX
24. _ 50 60 USB P CONT SANE Dow D1 Only RCD N7 54 2 00 2384 10K DC_PROTECT1 GND Di 1 DC_PROTECT2 reu P i RC E_POAER_CONT R133 150K di 4 WS d A P156 VBUS MON P155 RXD6 R5F64169DFD beet E SPI CS R297 10K 5142 OTW r ue E_RESET 8988 156 TXD6 P54 HLDA UM FVBUS_CTLI 8994 OPEN P153 55 1079 TEN OK P152 RXD7 ALE R345 B_POWER_ON OFF 1 0202 1 FAULT_FLAGL 4 12V A 1025 43 3V_CPU P151 CLK7 NN SUM Y vss 1 1 AM 1 1 m P150 TXD7 a 1 o gsx Rov 92 S R346 10K 5 8 E HVBUS_CTL2 82585 vee EL_RESET 12V_A 0 35A T E 1 1 P107 AN7 TERT 1 8 sassa KEY3 GND A Lg 1 P106 ANG 1 Q204 1 KEY2 105 ANS KI LL_I R 1 R39 10K R E_TXDM EO 12V A 0 1A R265 38755 m P104 ANA VV a a a _ enn R151 SL Ris ais P103 8 8857 7 S235 B2 ik La P102 AN2 sig a d 4 BUSY STEREO 7V_CD DRI VE 1A 2 P101 ANL 890665 m amp P67 TXD1 mE SCLK_ XN DI 4 FAULT FLAG wc 2888 amp E P70 TXD2 7 LD CHK doi P97 RXD4 amp P RXD 232CM 100 apo O C687 1000P VREF B 8 o 828082 Not Used RCD ee ede amp ed TXO 2320 0 415V USB W Fi 1 5A 4 S q S lt
25. 412V A R126 PORT_SEL 1 C26 KI A78RO90F 1 e SCL 1 SDA TUNED I 5 1 1 5 R gt 57 S 1 GND A 9 rt RDS_DATA GND DL R129 GND Di gt TUNER L IN EXN N m 5 Si U pte eas SSS SEASONAL eae Syn ae et Sy a a on ey Seal s OL H2V 5 D gt DAB_L_IN gt RIN D gt DAB_SPD F r Z gt TU POWER Q gt TUNED gt STEREO q12 gt TU SDA KRC102S gt TU SCL D gt RDS gt RDS_DATA D D gt T MUTE 9 9 m 2 5 9 2 gt DAB 0 E gt DO gt DAB P CONT 1l P11GA117ZY Q9 6 N ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE F GND POWER POWER SCHEMATIC DIAGRAMS 1 8 58 ries Z ee ee Se es See ee ae eee eee See ee ee ee See RI 4 CODEC BLOCK TO MAIN CPU BLOCK SHEET 002 Sheet 003 Sheet 004
26. NET3 3V C273 0 1uF GND_D1 C219 OPEN C217 OPEN C216 OPEN C218 OPEN GND Di 65 6V_CPU R268 OPEN R257 33 E_SPIMIEO R254 33 R258 33 E_SPIMOEI 25 R259 0 R252 33 27 E_SPICLK E SPICS E RXDMOEI R253 33 R260 33 31 DM_VBUS R270 100 Q206 KRA102S NI Q207 KRC102S D271 GND Di NET3 3V R213 1005 1 16W 10Kohm R212 0 1uF UDZJ5 1BSR C271 USB DATA DM_VBUS 41 35 5 e USB DATA R261 33 57 1 E REQ 6 6 i 64 71 1005 1 16W 10 diio IC21 MFI341S2164 99999 R266 4 7K R243 10K C277 C279 C272 C266 R220 C215 OPEN 0 1uF OPEN OPEN 0 4 7uF 10V C281 C220 OPEN 16V 0 1uF Q203 KRC102S 5 GND_D1 75 C295 R227 R226 H 81 amp 85 e 95 97 0 21 CJJRJ45 LED 1005 1 16W 5100hm R218 1005 1 16W 5100hm C262 C276 OPEN OPEN FG6 D215 D216 eo G OPEN R215 OPEN R2
27. e 10K 3 10K or 9 HEADPHONE PARTS E 43 3V_MX C528 R576 R577 R578 C535 c 1 R477 R479 C64 eee We N go ii a AN ANN AWW 1117533 0 10K 10K 0 10 50V gt qe 30D 10 1 53 MI556AL 10 50V R570 C499 GND A C529 gt ewe he 1 i9 100 10 50V BS x 5 12V_A 5 55 eis DS 4 9T 9 5 5 2 net 5 8 cos E MX LIN z all 1 0 gt e S5 e a MCRIN C463 uj g 5 1 lt 5 z gt C460 R489 R490 OOP eta og 5 2 2 1 2o52o z oka ois OFF feted ae GDA 915 30 5 39K S HP MUTE 1 GND DI SEE 848 525 100 E 1 x lt C461 C462 R499 GIDA GDA 2 m R480 1 8571 C500 t osx ja GND_A 6 558 0 ata 855 i V o He 4 5 lt B78 39K 100 100P 39K R559 100 10 50V 1 V 96 15 PEN E 5 5 jlo 8 Ria 952952 d d 586 R581 C536 E 2 2 gt olo 7 N 1 e GND A x 5 qi GD Dl 10K C531 0 10 50V 3 o 322 33 1 3 MX RC R580 0 1uF a a EE 3 C467 meos ae fein C477 R612 R613 zi 3 8 85 19 32 ele 2 gl 1 1 C5 1 me 1K K62 et f 1 270P Open luF 22 47K 47 16V 5 a a T 282 BS 21 E 53 53 8 5 0508
28. g 11 ne NC 12 Posos __ M3 Po4Ip4 ne O M4 pid NC M5 P3 NC 16 PH2 RXD Jol 7 NC 118 PMO TXDB ol e 9 Posos ON 120 pD2 7 ___ Jof 121 Pon INC NC 122 Poopo INC ON 123 P157 INC ON 124 JP156 046 NC 125 PIbS RXDO Ne _ J 126 JP154TXp6 INC ONC 127 P153 INC ON 128 PIB2 RKD7 ____ ONC 129 __ 6 s v 130 yss vss chp 131 7 ONC Z 76 __ Symbol WO Pull UD Nte 132 vce ___ ___ j C 133 PIO7 AN7 KI3 ONC 134 PI06 ANG KI2 ne oo nc 135 PIOJAN KT Ne oo nc 136 P104 AN4 KIO _ nc 2 137 __ onNc 138 PTOJAN2 ne ol 6 2 139 PIOIAN ne _ nc 140 javss Ass GND 141 POO AN INC PD 2 142 VREF VREE pv 2 143 JAVOC Tv 144 ONC 77 TC94A92FG MAIN IC21 Pio Pio6 5 4 Pio3 Pio2 VDD3 BUSO BUS1 BUS2 BUS3 BUCK 66 CCE MS 68 RST 69 TEST VDD1 1 VSS 1 SRAMSTB VDDM PDo TMAX LPFN LPFo PVREF VCoF 80 VCol RVDD3 SLCo RFRPi ei es a CD OD 0900 0
29. 7V_CD DRIVE 12V Al 12 1 15V_D DATA amp CLOCK 6 CPU OLED UCOM 13 3V CPU Renesas R5F64169DFD IC11 SYS UCOM I Renesas amp R5F64169DFD Ke lt a AA A s J DATA amp CLOCK DIGITAL AMP PART CLOCK DAIF RECOVERY DECODER CODEC TAS5508 AK4683 1651 PWM CONTROLLER TASS 142 SWITCHING POWER SUPPLY UNIT TI POWER LB STAGE LB AUX OUT SUBWOOFER OUT H P OUT AUX 2 IN AUX 1 IN iPod Ethernet POWER DIAGRAM Lr 2 8 z 9 O E e tu o 2 a B s 2 o o o o 2 amp E 8 o r O en 1 5 Q lt ia d ac 2 i ui 5 i 3 1 gt HI aS 9 gt lt lt L 4 1 1 oO mu 2 Bg A m op H Sak gt H LI 9 A lt 4 i Qg T ooo a 1 QO 3 LO y LI j D o a2 0 o a To LI i 5 OO OH 8 I 52 0 E Om oS _ I 5 gt oF B 1 x BP 5 OHH e 1 c
30. g S am 2 sos 8 OLED BOOT s 1 g a d 919 2 a o amp 5 m AUX1 DET 8 fin in m R275 a HP DET m EL OPEN 43 3V_D1 1 C22 R274 a 5115 x amp M24256 6 3 UART_M SO 15 ass UART CPEN 8 YOBI wel 2 m 5 EL a 2 9 43 3V CPU 90 8 E 43 3V CPU a N R283 3 O EL MOSI a R136 10K KEY3 SVCPU OFF s KEY2 R135 10K R324 5142 SD R987 OPEN 4 7 99989 7XooX95X94 91908585 Ore Geet ZPB BP RSL Egeesssss ss sy ase C dg BUS1 OLED CPU POWER CPU POWER 1 FRORRAANAAAA 5 mu 5 30945 ee ee eae a Q q m a nmmn mn F BUS2 LED CONT1 LED CONT1 9 T P6 D6 N N aa a LED CONT2 R299 10K 227 R292 10K Oe pt lt y BUS3 LED CONT2 13 5 D5 POD_DET ae aed 2982 44 A208 SW 5 IE S 4 BUCK 14 P114 lt 113 TY P112 RXDB P50 WRO VN CE 65 EU O POVER BLOCK T ME 825 OK P111 P51 1 1 64 OK ES P110 TXD8 d P03 D3 2558 gt _ OFF 5 TU POWER R348 R34 0 B POVER J RDS_DATA 02 POWER ON OFF
31. Receiver Channel 0 Pin Internal biased pin Internally biased at PV DD 2 ESTNE Control M ode Select Pin L 4 wire Serial 12C Bus 4 RX1 1 Receiver Channel 1Pin gt j Receiver Channel 3 Pin INT O 002025 5 5 0 0 000 Zero Input D etect Pin When the input data of DA C follow total 8192 LRCK cycles with 0 input data this NA r2 5 Gn O OO Analog Input Overflow Detect Pin This pin goes to H if the analog input of Lch or Rch overflows SDTOB O AudioSerialDataQutputB Pin 1 0 SDTOA O Audio Serial Data Output A Pin S O MasterClockOutputPin TVDD Output Buffer Power Supply Pin 27V 5 5V SSS DVSS jDigtalGrundPin OV DVDD jDigialPowerSupplyPin 45V 55V 002 XTI 1 Xtal input Pin 50 Xtal OutputPin When DIT bit 0 RX 0 3 Through When DIT bit 1 Internal DIT Output Power Down M ode amp Reset Pin When L the AK 4683 15 powered down all registers are reset And then all digital output pins go L The A K 4683 must be reset once upon power up Transmit Channel Output pin 23 TX N O gt N 25 NO 28 SDTIA1 Audio Serial Data Input A 1 Pin SDTIA2 Audio Serial Data Input A 2 Pin SDTIA3 Audio Serial Data Input A3 Pin SDTIB Audio
32. 500mV div 1V div 1V div 1V div 500mV div 1V div 47 5 CD Playback LRCK i SCLK 21 8SDATA K NMM 5 Pe i OMM j STANDARD GND li 5 00V Ch2 5 00V M4 00pBs Chl 1 40 v WF12 9 5 00 V 10 00 6 LOADER OPEN CLOSE Tek Prevu OPSW O OFCLSW gt u IE ees end LOAD j lt I STANDARD GND 5 00V _ Ch2 5 00V M 400ms ch4 f 1 80 2 00V Chd 2 007 48 BLOCK DIAGRAM i AUX3 OPT IN OPEN CLOSE MOTOR DRIVER LODING INTERPION IP4001CRL ad 1231 gt x Es gt gt LL Oo CONTROL CD DSP TOSHIBA TC94A92FG OASIS CONTROL L SPDIF_CD TUNER MODULE P d v AM FM Kwang Sung Electronics EL OPT PORTABLE IN 3 5 AUX1 AUX2 Ethernet USB i Pod Wi Fi Secs i gt Ww pm SPDIF Ethernet or 1 GB l RMI NAND NAND flash E Mem 256 Mbit SDRAM 802 11 RF amp optional iPOD CP CHIP supported IPHONE Ethernet and USB r REMOTE IN NP 29V_DAMP OLED DISPLAY 18V_OLED
33. CAP ELECT CHIP 1608 50 0 1 CAP ELECT CAP ELECT CAP ELECT CHIP 1608 50V O 1uF CAP CHIP 1608 50V 330pF CAP ELECT CHIP 1608 50V 0 1uF CHIP 1608 50V 0 01uF CAP ELECT CHIP 1608 50V 100pF CHIP 1608 50V 100pF CAP ELECT CHIP 1608 50V O 1uF CAP CHIP 1608 50V 100pF CHIP 1608 50V O 1uF CAP ELECT CAP CHIP 1608 50V 270pF CAP ELECT CAP CHIP 1608 50V 100pF CAP ELECT CHIP 1608 50V 0 01uF CAP CHIP 1608 50V 4700pF CAP CHIP 1608 10V 1uF CAP ELECT CAP CHIP 1608 50 0 1 CAP ELECT CHIP 1608 50V O 1uF CHIP 1608 50V 100pF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V 0 01uF CHIP 1608 50V O 1uF CHIP 1608 50V 0 01uF CAP CHIP 1608 50V O 1uF CAP ELECT CHIP 1608 50V 1000pF CAP CHIP 1608 50 0 1 CAP ELECT CHIP 1608 50 0 1 CHIP 1608 50V 22pF CHIP 1608 50V 18pF CHIP 1608 50V O 1uF CAP ELECT CAP CHIP 1608 50V O 1uF CAP ELECT CHIP 1608 50V O 1uF CAP CHIP 1608 50V O 1uF CHIP 1608 50V 0 01uF CHIP 1608 50V 1000pF RES CHIP 0 OHM 5 1608 RES CHIP 0 OHM 5 1608 CAP ELECT CHIP 1608 50V O 1uF CAP ELECT CAP CHIP 1608 50 0 1
34. CHIP 1005 16V 0 1uF CHIP 1608 10V 1uF CAP CHIP 4 7uF 25V 2012 MURATA GRM21 CHIP 1608 50V 1000pF CHIP 1608 50V 1000pF CAP CHIP 4 7uF 25V 2012 MURATA GRM21 CHIP 1608 50V 1000pF CHIP 1608 10V 1uF CAP CHIP 1608 50V 1000pF CHIP 1608 50V 0 01uF CHIP 1608 50V 0 01uF CAP CHIP 4 7uF 25V 2012 MURATA GRM21 CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 0 1uF CHIP 1608 50V 180pF CAP CHIP ELECT 220UF 6 3V CHIP 1608 50V 0 1uF CAP CHIP ELECT CHIP 1608 10 4 7 CAP CHIP 4 7uF 25V 2012 MURATA GRM21 CHIP 1608 50V 0 1uF CAP CHIP 4 7uF 25V 2012 MURATA GRM21 CHIP 1608 50V 0 1uF 2 2 o o 2 WAFER SMD 2MM PITCH WAFER SMD 2MM PITCH WAFER CARD CABLE SMD 106 HCECOJRV2220T 2101 HCEC1CRV2101T CCEC1EHVH151TY CCUS1H104KC CCUC1A475ZF CCUI1C104KC CCUS1A105KC CCUMUC1E475KC CCUS1H102KC CCUS1H102KC CCUMUC1E475KC CCUS1H102KC CCUS1A105KC CCUS1H102KC CCUS1H103KC CCUS1H103KC CCUMUC1E475KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H181JA HCECOJ
35. CHIP 1608 50V 1000pF CHIP 1608 50V O 1uF CHIP 1608 50V 1000pF CAP ELECT RES CHIP 0 OHM 5 1608 RES CHIP 0 OHM 5 1608 CHIP 1608 50V O 1uF RES CHIP 0 OHM 5 1608 CHIP 1608 50V 0 01uF RES CHIP 0 OHM 5 1608 102 Ref Remarks Q ty New C601 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C603 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C604 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C605 nsp CAP CHIP 1608 50V 0 01uF CCUS1H103KC C607 608 nsp CAP ELECT CCEA1EH221T C663 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C664 nsp CHIP 1608 50V O 1uF CCUS1H104KC C683 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C684 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C685 nsp CHIP 1608 50V O 1uF CCUS1H104KC C686 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C690 nsp CHIP 1608 50V 1000pF CCUS1H102KC C691 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C692 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C699 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C700 nsp RES CHIP O OHM 5 1608 CRJ10DJOROT C701 703 nsp CHIP 1608 50V O 1uF CCUS1H104KC C704 nsp CAP ELECT CCEA1CH101T C705 706 nsp CHIP 1608 50V O 1uF CCUS1H104KC C716 OOMDK56333300 CAP CHIP 2012 33nF 50V CCUC1H333KC C718 943134003040S CAP ELECT CCET1HKLH332KK8 C724 726
36. Factory Reset VOLUME UP DOWN Initializing Factory Reset Initialization mode VOLUME T User Reset VOLUME UP DOWN Initializing Contents User s Guide is published Version display CURSOR UP fF _ Version Display ON OPEN CD test mode STANDBY CLOSE Servo adjustment Leaser current ON time ON Heat Run mode STANDBY SOURCE Product mode 1 VOLUME UP 2 RIGHT 7 Prodcut mode 2 VOLUME UP Heat run Factory use CURSOR LEFT VOLUME DOWN Factory use CURSOR Protection history mode RIGHT Protection history view and reset Hidden serial number mode Factory use 0 Update mode by disc CURSOR UP Development Fuctory use The details cannot be disclosed CLOSE CURSOR LEFT CURSOR DOWN CURSOR RIGHT CURSOR DOWN 11 DPMS update mode SOURCE DPMS Up date Mode 12 Update mode by RS232C PLAY PAUSE Development Fuctory use The details cannot be disclosed 3 MAC Address rewrite mode PLAY PAUSE Development Fuctory use The details cannot be disclosed 14 Update mode display PLAY PAUSE 15 Access to development server mode PLAY PAUSE ON STANDBY CURSORAV 4 Development Fuctory use The details cannot be disclosed Development Fuctory use The details cannot be disclosed SOURCE w VOLUME Q DEL SOURCE VOLUME Y VOLUMEA 20 1 Initialization mode Factory Reset Backup data
37. GD Di A107S DC_PROTECT1 432V 43 5508 Y x 2 B o x 5 co REB a 2 nea 0263 iA VA d 056 a 28292 4 1025 1563557 yp R969 AWN 51K V V V V V is amp quu m 225 g a 3 l oo 1 l 9 5 9 9 wn V DET GND Di DC PROTECT2 GND LEFT CHASSI S C726 C725 C724 GND HT POWER TO CODEC BLOCK SHEET 002 0 0 0 POWER TO MAIN CPU BLOCK GND 1 SHEET 002 43 Dl R542 43 3V 5508 GND DI 5 AMP BLOCK SHEET 005 ANP PARTS 412V 5142 332 N X m 5142 SD lt TE c719 10 50V RCD 7 Not Used VALID gt N Cu 8 127577 1 l 1C71 C718 E 4 5 s fs SIE 3300 50 15 5 5 N IIA pu RCD 7 Not Used sl 33 sls rm mp
38. MAIN PCB ASSY SMPS PCB ASSY Refer to DISASSEMBLY Refer to DISASSEMBLY 5 MAIN PCB ASS Y 6 SMPS ASS Y and EXPLODED VIEW and EXPLODED VIEW MAIN PCB ASS Y SMPS PCB ASS Y Ref No of EXPLODED VIEW Ref No of EXPLODED VIEW C3 About the photos used for descriptions in the DISASSEMBLY section The direction from which the photographs used herein were photographed is indicated at Direction of photograph at the left of the respective photographs Refer to the table below for a description of the direction in which the photos were taken Photographs for which no direction is indicated were taken from above the product The viewpoint of each photograph Photografy direction Direction of photograph B View from above Front side Direction of photograph lt Direction of photograph D Direction of photograph A 1 1 Di Di 2 Di Proceeding SIDE PANEL TOP COVER Remove the screws rection of photograph C rection of photograph D Remove the screws rection of photograph l CN22 e e E 2 u e 7 pec 1 A e gt mi i b X TCF 9000 Direction of photograph 10 2 DOOR Proceeding SIDE PANEL COVER DOOR 1 Take off the Chucking plate after removing screws ES 14 Chucking plate W
39. OPTION 1 2 3 4 5 6 7 8 9 232cM R269 R284 R983 R249 R250 255 R251 R25P R25B R294 D1 4 m CNVSS M E3 OPEN OPEN OPEN OPEN 1 1 e 1 CO E2 1K 150 180 OPEN 270 0 7 M NSD CO BUSY_M STEREO BEY ln 1 E1C 1K 150 OPEN 180 270 0 1K OPEN OPEN OPEN OPEN OPEN OPEN OPEN GND POWER GND DI 60 R950 GND DI SCHEMATIC DIAGRAMS 3 8 A TO MAIN CPU BLOCK SHEET 003 z 26h 2 nm 0 6 wx 19 6 589 8 na uD DH wm 5 3 m amp 2 Q IN A A A A A m m m m WwW AA A A A A g E g BO 5 OO eO DMO R211 AW 0 TRO1 FCOL LD CHK re _ ve VREF ECS
40. gt gt p gt pe NIN N 0 N cO CD e P31 32 T C4 C4 C5 C6 C7 C8 C9 gt gt gt CREWS CO O CO O OI Ns gt 101 102 nsp nsp nsp nsp 943454100020D 943432100020D nsp nsp nsp nsp nsp 943183009250S 943183011920D 8U6321011200D 8U6321000200S 8R1821000100S 9433020096305 9431790111705 o o gt gt 5 olo 2 2 o o 515 ojo cO IR CD O O O O co O 42 9436060113405 COVER SHIELD RUBBER PEF 5X8 RUBBER FIXING BOARD HIMELON TAPE DISPLAY PCB ASS Y MAIN PCB ASS Y MAIN PCB ASS Y SMPS PCB ASS Y SMPS PCB ASS Y MODULE TUNER EUR MODULE TUNER USA IPOD DOCK CON UNIT ETHERNET PCB ASS Y WLAN MODULE MECHANISM ASS Y CJDL2130BZ OLED MODULE SUPPORT PCB ASS Y PLUG WIFI ANT ASS Y SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS SCREWS CABLE CARD 1 0MM 23P 150MM B TYPE CABLE CARD 1 25MM 11P 80MM B TYPE 68 Remarks 2 E2 E1C E3 E2 E1C E3 CMX1A294 CHG1A113 CHG1A490 CHG1A491 CMH1A323 CHS1A032 COP12347B COP12316F COP12316E COP12319E COP12319G CNVMT104MS1 80A CNVMT004MS0 80 CUP12347Z COP12348B CNVCR870 2G CJDL2130BZ CFLMXS4003 A CTB3 6JR CTB3 8JR CTB3 10JR CTB3 6FF
41. gt Q gt 1 5 OTT OTS 3l 1 5 BS 18 F 20 x 5 10 20 l 1 V V V V 1 3 lt 5 gt K 18 F 20 10N 20 E 8 g 7 T 432V in 12 5054 L726 T HLZ9Z014Z lt C63 33N 20 2455 4 COL 10uH 5 C762 33N 20 2 e 432V 1075 J C761 0 1uF e L 727 2 no ado OT amp 12920142 EET ea c De AIS SSIS sm 2 5 9705 EJS 3E 18 F 20 P 10N20 15045 4 424 2 o 25 ET EM Es 8 un ajajajaj Alla la e O lt RCD N7 Not E d C574 C575 S C759 33N 20 220 25V 220 25 gt COL 10uH Gin C758 0 1uF 2920142 r ad ad tat aid 7 n L752 7 1 3 3 5 5 1 8b 5 T I 5 5 55 0708 COL 10uH ue m 0707 38759 9144157 KTA1504S o 5S 5 1 N 5 1 1 12V 5142 o eo 1 10 50V pem 4 5 a Jt TS 12V_5142 GN Al a GND 1 BAS 879 8653 8405 OPEN 10K R406 0 luF 62 SCHEMATIC DIAGRAMS 5 8 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE Nd SPEAKER QUT 18V_OLED BN85 OPEN 18V py
42. lt 8302 Q Aas SRAMSTB FMD gO 526 256 R303 ae Gaia 3 Seats m Sm N V 0 lt 0 Y 7I 8 9 525 9 ST 80 GND_DA 6 LL so 5 213 R304 V GND DA 1 m R305 4 7K i R307 aO 7 GND_D1 ANV w GND D1 0 FC TR C303 TR EC CLOSE R306 gt 4 7K gt Ss LOAD NG S sti pe ui opsw 4 e PSW GD 43 Dl Q 5 CLSW i B 41 5V D 1 5V DI 5 5 GND_DRV S S 0103 KDS160 a F T R781 0 1 5V DB 1C18 passes a x A1117S15 War p 9 9 8782 0 GND D1 C257 0 R778 0 977 gt gt d I 258 0 007 SS 8 fe dg C259 0 R780 0 OUS 1 4 43 3V Dl 8783 0 FG2 Y 2 1 5V_D1 GND DRV GND C185 100 16V L106 L107 R146 0 li gt DC PROTECT2 GND D1 m ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE SCHEMATIC DIAGRAMS 4 8 GND POWER POWER 61 HP4R PWM CONTROLLER PARTS R575 33 3V Dl 43 3 5508 8543 _ OPEN R544 OPEN R101 m st m a ES O48 R509 V H P ON gt 1K Q501 1075 C Us C580 C581 C582 Q502
43. m z 8 5 0302 226 RYZ e e 5 OPEN SP gt 51515 515 5 ILLA 21 gt 5 gt 7 k EKER 2 21 al S8 Sia sl S gs S lt N E 43 CPU GND CPU mao a B A a al a 2 z 8 0428 8 5 AS 5 a s N GND CPU 1957 SSH I a 90 amp 1 a 818 8 8 R200 R982 8977 R282 5 g 3 5 A 3 W W W g m 150 180 270 1K Q303 SLR MIN 929 959 8 5 gt amp 61026 SIRIS S 5 8 O 5 08 0822 S29 008 aha 055 88 2 2585 M 5 3 5 7 9 x c 8 gt 8 R983 R250 R251 R253 V NV V V V x IC CD QM MEE C CC C a m 150 180 270 390 I KI 32015 33 3 N ES GND_CPU n 6 8 529 1092 9 m 1 DC_PROTECT1 m 1C25 9 8 T BD4730G m 1 1 BN62 L603 46V CPU GND CPU m 46V CPU 1 zo 1 3 3V CPU a 1 1 415V_DL 5 1 d ol d b u m i 8 Eu 8944 R286 R200 R285 R982 8289 R997 R288 8282 R28 E 1 1 1 1 CR603 150 180 OPEN 270 OPEN 0 5 2 15V_USB W Fi 1 5A 1 RESET I RESET 415V_USB W Fi 1 5A E RCD 7 1K OPEN OPEN OPEN OPEN OPEN OPEN PEN 15 37 CPU 1 TXD 232CND
44. 1 1 8W 2012 CRJ18AF5101T R937 nsp RES METAL OXIDE FILE 10K J CRG1SANJ103RT R949 nsp RES CHIP 4 3K OHM 1 1 8W 2012 CRJ18AF4301T R954 nsp RES CHIP 5 1K OHM 1 1 8W 2012 CRJ18AF5101T R956 nsp RES CHIP 5 1K OHM 1 1 8W 2012 CRJ18AF5101T R958 nsp RES METAL OXIDE FILM CRG1ANJ220H 44171 4417 1 11 1 109 Part Part Name Remarks Q t New OTHER PATRS GROUP BD89 99 90M FC900340R CHIP BEAD HLZ9Z014Z A CN91 9436410092805 INLET AC 250V 2 5A PCB MOUNT TYPE E2 CJJ8A012Z WIRE ASS Y CN92 nsp CWB1D90535058001 5P 2 5MM 350MM WITH HEMELON CX92 90M OF100550R CAP X2 CCQF2E104KZC CY91 93 90M DK100930R CAP CERAMIC 400V Y CAP CCKDHS102ME _____________ _________ le 1 1 590 99 00 105000110 5 CHIP 0 OHM 5 1 8W 2012 CRJ18AJOROT L921 923 943111003320S CHOCK 6 8uH CLZ9Z040Y L925 943111003320S COIL CHOCK 6 8uH CLZ9Z040Y L928 943111003330S COIL CHOKE 7UH CLZ9Z090Z L929 930 nsp CORE BEAD HLZ93001Z A EF91 92 9431110117605 LINE FILTER 10MH 0 5PI 50TS CLZ9Z122Z A LF93 9431110117705 LINE FILTER 150uH RING 616 1 2971212 i PC91 95 90M HW100710R I C PHOTO COUPLER HVIPC17L1CB gt N TF91 943102011250S TRANS SWITCHING EE1625 M CR603 CLT9Z064ZE AN ITF92 943102011260S TRANS SWITCHING EE2525 M CR603 CLT9Z065ZE A ITF93 943102011270S T
45. 1uF CHIP 1608 50V 0 01uF CHIP 1608 50V 1000pF CHIP 1608 50V O 1uF CAP CHIP 1608 50V 2700pF CHIP 1608 50V O 1uF CHIP 1608 50V 0 01uF CAP CHIP 1608 50V 1000pF CAP CHIP 1608 50V O 1uF CHIP 1608 50V 0 01uF CHIP 1608 50V 1000pF CAP CHIP 1608 50 0 1 CHIP 1608 50V 0 01uF CHIP 1608 50V 1000pF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V 1000pF CAP CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CAP CHIP 1608 50V 1000pF CHIP 1608 50V O 1uF CHIP 1608 50V 1000pF CHIP 1608 50V O 1uF dM dM WIRE ASS Y SHIELD 7P 2MM 250MM WIRE ASS Y SHIELD 5P 2MM 250MM WIRE ASS Y SHIELD 6P 2MM 120MM WAFER SMD 30P 0 5mm FRONT FLIP WAFER STRSIGHT 1MM SMD JACK USB STRAIGHT BLACK JACK IPOD CONNECTOR 37P DENON JACK HEADPHONE SILVER BEAD FERRITE FCM2012KF 121T08 120 OHM CHIP BEAD FERRITE CHIP BEAD 2200hm 2012 RES CHIP 0 OHM 5 1 8W 2012 SENSOR REMOCON SW SW TACT SW TACT 16M Resonator CABLE CARD 1 0MM 30P 180MM B TYPE cO Remarks CN88 CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CC
46. 4 5 91 f rg N NNN 2 id C431 Z aE 2 oo HON 2 ET51 26 Jr QR 2 SN yore OC 74 05 C319 C351 5 9 J5 co0 L 67 EHE AU e T 5 P B HBHBB L w gt 12 288MHz ww CN32 lac ig R469 e rie 8383 62 P RE 745 21981 fa ZH Sa A JOG R137 mg R133 oo 2 3 H B gt 16 2 o 9 3 RIA al co 11025 E 2 aS gt lt E 3 ET E um koe 7 rm 8985 EL 1625 991 6 aU ffe R395 D239 x R3920 258 2 2390 ELI C l e R139 C266 If 0202 m H H H p ELI AN Lr c276 0274 7 275 CUP 123162 PCB MAIN STAGE MP LPP ADJ1 ADJ2 53 Seso R412 C415 JL BEBE QUT SZ B 1 13 a a JK51 E R646 R633 R647 5 5 LT Lr 5 R649CD tn R645 ELI R648 59 a 22 5 gt Lr R650 JK71 1752 07 g L a ER L752 C768 C761 C781 R759 2 0759 no EJ nli 00 R65 LE 057 5 H S LL R656 2 E o E 6572 2 5 R654 3 8655 0752 751
47. Serial D ata Input B Pin AVDD HP Ground Pin HP Power Supply Pin 4 5V 5 5V Nu in 35 HPR O HPRchOutputPin HP Lch Output Pin HP Common V oltage Output Pin luF capacitor should be connected to HV SS externally No 38 10072 O j DAC2LchPostiveAndogOutpttPin 39 ROUT2 LOUTI ROUTI 41 42 2 2uF capacitor should be connected to AV SS2 externally AVDD2 AV 552 LISEL LOPIN O RISEL 0 70 s 70 70 70 70 avssi AVDDI ADCPoweSuplyPinASV 53V SS LIND leimulBin _____ EN EN FI EN ES EE E NN RN EN B RIN1 Rch Input 1 Pin LIN2 Lch Input 2 Pin RIN2 LIN3 RIN3 LIN4 Rch Input 6 Pin PLL Ground pin External Resistor Pin 12kQ 1 resistor should be connected to PV SS externally LIN5 RIN5 LIN6 EE EN EN EN EE EN EN EE 87 TAS5142 MAIN 1C71 72 TAS5142 Pin Discriptions 36 GVDD A 19 2 GVDD D 1 input output P power TERMINAL FUNCTION 1 DESCRIPTION NAME DKD NO DDV NO AGND 9 11 Analog ground BST A 35 43 P HS bootstrap supply BST external capacitor to OUT_A required BST B 28 34 P HS bootstrap supply BST external capacitor to OUT B required BST C 27 33 P HS bootstrap supply BST e
48. The availability of the AVSS terminal allows a designer to use optimizing techniques such as star ground connections separate ground planes or other quiet ground distribution techniques to achieve a quiet ground reference atthis terminal BKND ERR 37 DI Pullup Active low A back end error sequence is generated by applying logic low to this terminal The BKND ERR results in no change to any system parameters with all H bridge drive signals going to a hard mute M state DVDD 15 36 3 3 V digital power supply DVDD PWM 54 3 3 V digital power supply for PWM DVSS 16 34 Digital ground 35 38 DVSS PWM 53 P Digital ground for PWM HP SEL 12 DI 5V Pullup Headphone in out selector When a logic low is applied the headphone is selected speakers are off When a logic high is applied speakers are selected headphone is off LRCLK 26 DI 5V Serial audio data left right clock sampling rate clock MCLK 63 DI 5V Pulldown MCLK is a 3 3 V master clock input The input frequency of this clock can range from 4 MHz to 50 MHz MUTE 14 DI 5V Pullup Soft mute of outputs active low muted signal a logic low normal operation a logic high The mute control provides a noiseless volume ramp to silence Releasing mute provides a noiseless ramp to previous volume OSC_CAP 18 AO Oscillator capacitor PDN 13 DI 5V Pullup Power down active low PDN powers down all logic and stops all clocks whenever a logic low is applied The internal parameters are preserved
49. TuNED PUTT Lj i 1 Tuned 120 IPO2DO TU POWER PD O OL PowerContolfor TUNER 121 IPOD RDS DATA PD L RDS DATAfor Eur Version 122 USB PCONT PD O OL USBPowerConro 128 P157 jpcPROTECT2 PU 1 PowerDownDetc 0 04 124 P156 POWER CONT PD O O O H PowerControlforpM870860 125 455 8 06 VBUS PD O OL USBDataOutputEnable RCD N7 126 P154 TXD6 JESPICS Pu O O DM870 860SCIChipSelet 127 P158 JERESET O om DM870 660Reset STBY 73 Pin Name Port Name 128 vu CTL1 USB1 VBUS Control FAULT PU 081 VBUS Curent misa 10 vss vss 131 P15O TXD7 B1 B2 PD O USB BUS Switch Control RCD N7 x 2 132 CC ___ 133 107 7 HVBUS 2 PD O 0582 Control RCD N7 134 PtOG ANG KI2 KEYS PU Keylmpu3 135 KEY2 PU I I Keylmpu2 0002 136 P104 AN4 KIO KEYI I 0 2 137 FAULT FLAG2 PU 1 9382 VBUS Current Limit Signal RCD N7 x 138 PT02 AND LD CHK
50. a 2 T J ae EEE BPR RES G 43 3V_D 0 5A 2 oj 5X eX S 1X 3X 3606 X Xe Xo X 22x Xo Xa 5 36 5V_CPU GND DI NN 8 2 2 s 5V D 0 8A A 6V_CPU 8 S 43 3V_D1 5 ao m 9 _ 01 j 11 wl 5 ka KI A78R050F a 8 4 v R984 x x m x x o 44 LRL 27 z garigo PEN af 9 21 GND_CPU C667 0 C661 0 luF g 9 gee 2 418182 e 18V OLED 3 lt e m zx in C662 0 OluF gt 8 a o 9 x a x n n a 9 98 3 E g 878 Sis CN43 C663 1000P 5 4 9 9 z 18V_QLED 0 06 KOY 8 Ske amp i al iO al u 5 am x202 52 POWER_OW OFF J 9 9 gs 16M 92 a o 46V CPU S a di Le GND CPU LE aO gt I TB z 981218 d 8 5 T is b o a H o hd m m C698 0 OluF 9 ame 5 2 EU glass 58 5 mu iq 5 Z 3 4 GND_CPU a 216 ul ou 5 699 1000 099 8 9 95 DON 50 60 5VCPU ON OFF 5 8 GND_CPU St ol uj al cao gt GND Di 43 3V_CPU P 50 60 l ILL D 21424 KDS160 DC_PROTECT2 OPEN gt B_POWER_ON OFF
51. firmware from the Internet 2 1 Connecting to the Network 1 System Requirement Internet Connection by Broadband Circuit Modem Router Ethernet cable CAT 5 or greater recommended 2 Setting Internet lt gt 52 SH Computer LAN port Ethernet connector To WAN port Router To LAN port To LAN port ETHERNET connector 2 2 Check for Update and Update Check if the latest firmware exists You can also check approximately how long it will take to complete an update 1 Turn on the power pressing ON STANDBY button 2 Press SOURCE and Cursor A V buttons Select the Menu then press ENTER button Press Cursor A V buttons select to Others Press ENTER button Press Cursor A V buttons select to Firmware Update Press gt H ENTER button Press Cursor A V buttons select to CHECK For UPDATE 3 Press the ENTER button The latest version of the firmware uploaded to the web is displayed If the latest firmware version is on the web proceed to 4 If the latest firmware is already installed press the SOURCE button to close the Update menu 4 Press ENTER button Select YES then press ENTER button 5b Firmware Update will be started Cautions on Firmware Update In order to use these functions you must have the correct system requirements and settings for a broadband Internet connection Do not turn off the po
52. gt gt aa gt gt lt x lt s LO LO TC94A92FG Top View 78 CDMoN3 Pio14 CDMoN2 Pio13 CDMoN1 Pio12 CDMoNO FGIN Pioli 10 9 8 VDD1 3 DMo FMoS FMo VSS 3 TRo Foo AVDD3 RFRP FSMoNiT TC94A92FG Block Diagram lt lt A 72 x lt o0 75 gt LL 9 gt LL LLI x ES a g 28 458 48952292 8 A A gt A 2 A gt gt e gt gt FN gt O O O O O OOO MCU I F Resume IRQ Synchronous F Subcode guarantee EFM 42 s 42 c O round amp limit round amp limit Auto Gain Decoder OPi 7 AGCi O io HE E Cont AGC Pio6 RF EQ T024w pio5 Siir 40bit 9 RFEQo io PRAM 5 Pio3 4kw 9 36kw O Pio S 40bit 2 PROM register Piod X0 X1 X2 Y0 Y1 Y2 5 4kw 1 1 44kw 4kw 4kw 4kw 5 24bit 24bit 24bit 24bit ERAM YRAM XRAM x RESIN E o Reference E Voltage gene VRO VDD1 VSS1 Auto laser Power Cont Stepping Motor Control To AudioDAC 1 For CD DAC Clock Gen Tracking Error Equalizer Output Control TE amp SBAD DVSS3L 5 Lo L DVDD3L DVDD3R lt a Ro DVSS3R O0 O O O OOO
53. in the handling instructions Caution concerning electric shock 1 An AC voltage is impressed on this set so touching internal metal parts when the set is energized could cause electric shock Take care to avoid electric shock by for example using an isolating transformer and gloves when servicing while the set is energized unplugging the power cord when replacing parts etc 2 Tere are high voltage parts inside Handle with extra care when the set is energized Caution concerning disassembly and assembly Through great care is taken when manufacturing parts from sheet metal there may in some rare cases be burrs on the edges of parts which could cause injury if fingers are moved across them Use gloves to protect your hands Only use designated parts The set s parts have specific safety properties fire resistance voltage resistance etc For replacement parts be sure to use parts which have the same poroperties In particular for the important safety parts that are marked on wiring diagrams and parts lists be sure to use the designated parts Be sure to mount parts and arrange the wires as they were originally For safety seasons some parts use tape tubes or other insulating materials and some parts are mounted away from the surface of printed circuit boards Care is also taken with the positions of the wores omsode amd clamps are used to keep wires away from heating and high voltage parts so b
54. initialization is carried out Refer to Initialization Items After initialization move on to nomal mode CAUTION Version information such as rewriting failed log Clear Clear the history of protection Initial value of laser current and The accumulated laser on time not cleared Power failure flag is not cleared Startup display All lights display 2 seconds All off display 2 seconds Power LED red Green lighting 4 seconds Factory Reset displayed for 5 seconds Factory Reset Initialization Items Default setting fait TREBLE C 00 PON TIME 0 00 JP EU 12 00AM 21 2 Initialization mode User Reset Backup data initialization is carried out Refer to Initialization Items After initialization move on to nomal mode CAUTION The difference is the following two points Version information such as rewriting failed log not cleared History of protection not cleard Startup display Initialized displayed for 5 seconds Initialized All lights display 2 seconds All off display 2 seconds Power LED Green lighting 4 seconds 3 Version display Menu items appear in the Add Version Otherwise normal operation To exit this mode unplug the power cord Startup display Version displayed for 5 seconds Version How to Display Version Press SOURCE and Cursor A Cursor V to select the Menu Press gt H ENTER button Favorite 5 Internet Radio Music
55. lt gt 35 s lt gt lt gt 7 lt gt 8 lt gt 9 lt gt 7 7 lt gt UDOB UD1B IIO1 4 CLK5 P7 7 CLK3 P9 0 INT7 14 5 14 3 VDCO XCOUT P8 6 RESET NSD lt 5 CNVSS 16 P14 1 XOUT vss VCC NMI P8_5 TO 8 2 INT1 P8 3 5 U TA4IN P8 1 INT6 P14 4 XCIN P8_7 INT2 P8_4 INT8 P14 6 UDOA UD1A IIO1_3 RTS8 CTS8 TXD5 SDA5 SRXD5 TA3OUT P7 6 UDOB UD1B IIO1 5 RTS5 55 UDOA RXD5 SCL5 STXD5 U TA4OUT P8 0 78 gt 0 A16 CTS3 RTS3 583 77 lt 1 A17 CLK3 IIO1_2 RXD8 W TA2IN P7_5 1101 11 CLK8 W 2 7 4 VSS 75 lt gt P4_2 A18 RXD3 SCL3 STXD3 ISRXD2 IEIN 76 RTS2 CTS2 V P7 3 CLK2 V P7 2 SS2 RTS2 CTS2 0 TXD8 S VCC 74 3 19 TXD3 SDA3 OUTC2 0 ISTXD2 IEOUT 3 lt gt P4 MSCL IEIN ISRXD2 OUTC2 2 1IO1 7 STXD2 5212 6 02 TAOIN 7_1 4 53 A20 CTS6 RTS6 556 P4_5 CS2 A21 CLK6 6 51 A22 RXD6 SCL6 STXD6 P4_7 CS0 A23 TXD6 SDA6 SRXD6 P12_5 D21 P12_6 D22 P12_7 D23 P5_0 WR0 WR P5 1 WRT BCT P5 2 RD R5 3 CLKOUT BCLK P13 0 D24 OUTC2 4 P13 1 D25 OUTC2 5 VCC P13 2 D2
56. not watch the light of the laser pick up 3 Cautions on assembling and adjustment Be sure that to the bench jig head of soldering iron with ceramic and measuring instruments are well grounded Workers who handle the laser pick up must be grounded The finished mechanism prior to anchoring in the set should be protected against static electricity and dust The mechanism must be stored that damaging outside forces are not received When carrying the finished mechanism hold it by the chassis body For proper operation storage and operating environment should not contain corrosive gases For example H2S 502 NO2 CI2 etc In addition storage environment should not have materials that emit corrosive gases especially from silicic cyanic formalin and phenol group the mechanism or the set existence of corrosive gases may cause no rotation in motor 4 Determining whether the laser pick up is defective Check the lop Laser drive current Check lop in SPECIAL MODE Refer to 20 page If the present lop current value becomes more than 50mA replace the Traverse unit with a new one No mechanical adjustment is necessary after the replacement Protective soldering place for laser diode 19 SPECIAL MODE Special mode setting Plug AC cord into power outlet while pressing buttons A and B Each button continue to press until the lit of ON STANDBY ButonB Initialization mode CURSOR Tre
57. nsp CAP CHIP 1608 50V 56pF CCUS1H560JA C410 nsp CAP ELECT CCEA1HH100T C411 nsp CAP ELECT CCEA1HH1ROT C412 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C413 nsp CAP ELECT CCEA1HH2R2T C414 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C415 nsp CAP ELECT CCEA1HH100T C416 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C417 00D2544583942 CAP ELEC ELNA ROB 10uF 50V CCEA1HROB100T C420 423 nsp CAP ELECT CCEA1HH1ROT 101 C426 429 C430 C431 C432 433 C434 C435 C436 437 C438 C439 C440 441 442 443 C447 450 C453 454 C458 C459 C460 463 C464 C465 C466 469 C470 471 C472 473 C477 C478 479 C480 C481 482 C483 C484 C485 C486 487 C488 C489 490 C501 C502 C503 504 C505 C506 507 C508 C509 C510 C511 C512 517 C518 C519 C520 521 C522 C523 524 C525 C526 C539 C540 C541 C550 C553 555 C557 C558 559 C560 C561 C571 C567 C572 573 C574 575 C580 582 C587 C588 C591 C592 C596 Part No Part Name Remarks Q t New nsp nsp nsp nsp nsp nsp nsp nsp 5 ns ns ns nsp nsp nsp nsp nsp nsp nsp 5 2 2 ns ns nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp 5 o 2 o 2 5 5 Ns 5 2 n o 2 2 5 nsp 5 nsp nsp nsp n nsp ns ns ns ns nsp n 2 o o o gt o 5 5 5 5 5 5
58. photograph MUN 7 ag 50650 c SEEKERS 2 Remove the screws Comm q p mm bp lt gt gt lt m s View from bottom a D gt c lt gt 3 Remove the SUPPORT SUPPORT MECHA 15 4 Remove the screws then disconnect connector wire CN45 CN43 CN61 16 6 SMPS PCB ASSY Proceeding SIDE PANEL TOP COVER gt DOOR FRONT PANEL ASSY SMPC PCB ASSY 1 Remove the screws View from bottom ni ill I Cap Pan V 17 3 Remove the screws We 4 1 J al 1 MM Direction of photograph C 4 Remove the screws Direction of photograph A 18 NOTE HANDLING REPLACEMENT OF THE LASER PICK UP 1 Protection of the LD Short a part of the LD circuit by soldering After connection to a circuit remove the short solder 2 Precautions when handling the laser CD mechanism Handle the laser pick up so that it is not exposed to dust Do not leave the laser pick up bare Be sure to cover it f dust adheres on lens of the pick up blow it off with a blower brush Do not shock the laser pick up Do
59. pin be connected to diode F 16 TNi Sub beam signal input pin be connected to diode O Connected to PVREF 17 VRo 1 65 V reference voltage output pin O And connect to by 0 1uF 100uF 18 AVSS3 Grounding pin for 3 3V CD analog circuits 19 MDi AVE Monitor photodiode amplifier input pin Reference Voltage 178mVtyp 20 LDo 2 L diod lifi tput pi O aser diode amplifier output pin 80 Description Default Remarks T FSMoNIT Focus 2d signas beam add signal output pin monitor pin GND 22 RFZi RF ripple zero cross signal Input pin 23 RFRP RF ripple signal output pi 3AI F ripple signal output pin Bulit in serises R 500Q 24 TEI Tracking error signal output pin O Connect to VRo by 25 AVDD3 Power supply pin for 3 3 V CD analog circuits O 26 FOo Focus servo equalizer output pin O Bulit in serises R 3 3 O 27 TRo Tracking servo equalizer output O Bulit in output R 3 3 kQ 2 VSS 3 _ pin 1 5V Decoder DSP _ CD circuit O 29 FMo Feed servo equalizer output pin O Bulit in output R 3 3 kQ 30 FMoS O Feed servo equalizer output pin Stepper motor application 31 DMo Disc servo equalizer output pin O Bulit in outpu
60. the specified time 28 6 Product Mode 1 Startup display Product Mode1 displayed for 5 seconds Product Model Tested during production to perform the following settings automatically Tuner Preset To exit this mode unplug the power cord 7 Product Mode 2 Startup display Product Mode2 displayed for 5 seconds Product Mode2 Tested during production to perform the following settings automatically Sleep setting 1 minutes Auto Standby 1 minutes Sleep setting and timer started Auto Standby to set up and will stand under the following conditions Auto Standby Conditions CD No Disc Tray Open Unsupported Disc or continue no operation and Stop state USB iPod No Connection or Unsupported Disc or continue no operation and Stop state Network No Connection or Unsupported Disc or continue no operation and Stop state AUX3 OPT No Input unlock Portable In No Input To exit this mode unplug the power cord 8 Protection history display mode Startup display Detect Protection displayed for 5 seconds Detect Protection To exit this mode unplug the power cord No history found Detect Protection NO PROTECT Thermal protection Detect Protection THERMAL Speaker short protection g Detect Protection M SP PROTECT 29 Potential difference across the terminal detects that speaker was more than DC9V DC protect 1 Detect Protection DC PROTECT1
61. there is no detailed description To exit this mode unplug the power cord 13 Update mode display Rewriting of display microprossecor Production development for there is no detailed description To exit this mode unplug the power cord 14 Access to development server mode Production development for there is no detailed description To exit this mode unplug the power cord 34 ABOUT REPLACE THE MICROPROCESSOR WITH A NEW ONE When replaced of the U PRO Microprocessor or the Flash ROM confirm contents of the following PWB Name Description Auer replaced DISPLAY IC81 R5F64169DFD MAIN IC11 R5F64169DFD After replaced A Mask ROM With software No need write in of software to the microprocessor B Flash ROM With software Usually no need write in of software But when the software was updated you should be write in of the new software to the microprocessor or flash ROM Please check the software version C Empty Flash ROM Without software You should be write in of the software to the microprocessor or flash ROM Refer to Update procedure or writing procedure when you should be write in the software VERSION UPGRADE PROCEDURE OF FIRMWARE NOTE When you replace the RCD N7 WLAN MODULE 8 18210001005 you need software updates Refer to CAUTION IN SERVICING ABOUT REPLACE THE WLAN MODULE WITH A NEW ONE A 1 How to update by DISC A 1 1 Procedure of making CD R 1 Please d
62. through a power down cycle as long as RESET is not active The duration for system recovery from power down is 100 ms PLL_FLT_RET 2 AO PLL external filter retum PLL_FLTM 3 AO PLL negative input Connected to PLL_FLT_RTN via an RC network PLL_FLTP 4 Al PLL positive input Connected to PLL_FLT_RTN via an RC network PSVC 32 O Power supply volume control P WM output PWM_HPML 59 DO PWM left channel headphone differential PWM_HPMR 61 DO PWM right channel headphone differential PWM_HPPL 60 DO PWM left channel headphone differential PWM_HPPR 62 DO PWM right channel headphone differential p PWM M 1 40 DO PWM 1 output differential PWM M 2 42 DO PWM 2 output differential PWM M 3 44 DO PWM 3 output differential PWM M 4 46 DO PWM 4 output differential PWM M 5 55 DO PWM 5 output differential PWM M 6 57 DO PWM 6 output differential PWM M 7 49 DO PWM 7 lineout L output differential PWM M 8 51 DO PWM 8 lineout R output differential PWM P 1 41 DO PWM 1 output differential PWM P 2 43 DO PWM 2 output differential 1 2 A analog D 3 3 V digital P power ground decoupling input output pullups are 200 mA weak pullups and all pulldowns are 200 mA weak pulldowns The pullups and pulldowns are included to ensure proper input logic levels if the terminals are left unconnected pullups gt logic 1 input pulldowns gt logic O input
63. times are added and the result is displayed One count corresponds to 10 minutes The accumulated laser on time is displayed in hours Displays up to 10922 hours Press the SOURCE button CD TEST MODE display reappears The count values are not cleared even when the set is reset Factory User Count value is reset When the II ENTER button is pressed for over 5 seconds while the accumulated laser on time is displayed the count value is reset Clear Count value is reset upon shipment from the factory and when the mechanism is replaced 5 CD heat run mode Startup display Heatrun Mode displayed for 5 seconds CD heat run mode Heatrun Mode Press the Cursor A V button to switch the mode H R Normal H R Short H R Chacking After loading the disc press It ENTER button While heat run the operation of each button is not valid If an error occurs display the error and stop operation at that point Refer to Heat run error coad table To exit this mode unplug the power cord 5 1 Normal heat run mode Playing from the first track to last track on disc After disc playback has finished then tray open and close And playback again The heat run repetition no is incremented increased by 1 when the tray is opened Repeat this operation H R Normal displayed E H R Normal XXXX Select H R Normal and press ENTER button Press the Cursor A button to display the count 27 5 2 Heat
64. to GND D PWM_A 4 6 Input signal for half bridge PWM B 6 8 Input signal for half bridge B PWM C 14 16 Input signal for half bridge PWM D 16 18 Input signal for half bridge D RESET AB 5 7 Reset signal for half bridge and half bridge active low RESET CD 15 17 Reset signal for half bridge and half bridge active low SD 3 5 O Shutdown signal open drain active low VDD 17 21 P Power supply for digital voltage regulator requires 0 1 uF capacitor to GND VREG 10 12 P Digital regulator supply filter pin requires 0 1 uF capacitor to AGND 88 O xX S 5 gt RESET_AB RESET CD 4 D gt C gt gt PWM A x TAS5142 Block Diagram Intemal Pullup Resistors to VREG Protection and Logic Under voltage Protection Overload Protection 89 VREG VREG AGND GND BTL PBTL Confi uc uc Resistor BTL PBTL Confi a a Resistor BTL PBTL Confi uu uu Resistor BTL PBTL Configuration Pulldown Resistor OC GVDD D BST D S lt PVDD D OUT D lt GND D GVDD C BST C PVDD lt OUT C GND C S GVDD B lt BST x PVDD B OUT B gt GND B GVDD A BST x PVDD_A OUT A GND A TAS5508 MAIN 51 ac
65. 015000 BUTTON CONTROL Black model CBT1A1146B60 4 9434110118300 BUTTON CURSOR White model CBT1A1147ZWA 1 i 9434111015200 BUTTON CURSOR Black model CBT1A1147YB60 1 i BUTTON ENTERA White model CBT1A1077YW4 0 5 PIS kasa White model CBT1A1089YW4 0 5 Black model CBT1A1077XB60 0 5 a kas BUTTON ENTER B Black model CBT1A1089XB60 0 5 P8 nsp HOLDER OLED CMH1A309 1 P13 943403100490D COVER TOP Black model CKD1A074B60 1 i P14 9434151003000 DOOR IPOD Black model CGR1A515ZAB60 1 P15 9434190118700 ESC IPOD DOCK White model CGR1A516W4 1 P15 943419100340D ESC IPOD DOCK Black model CGR1A516B60 1 16 9434530118800 SPRING ADAPTOR White model CBH1A005 1 P16 9434531002700 SPRING ADAPTOR Black model CBH1AO005Z 1 i 17 9434710118900 CUSHION White model CHG1A482 2 P17 9434711005000 CUSHION Black model CHG1A482Z 2 P19 nsp SUPPROT PCB MC 5 CRE1A097 1 P20 nsp SUPPORT PCB MC 10 CRE1A098 1 P23 9434041003800 COVER SIDE L Black model CKD1A072B60 1 P24 943471011910D COVER SIDE R White model CKD1A073W4 1 24 9434041003900 COVER SIDE R Black model CKD1A073B60 1 i P25 nsp LOCKER CRE1A037 4 P26 nsp SHEET CMX1A293 1 E3 U S A amp Canada model E2 Europe model 67 E1C China model A Ay gt B p gt p gt p gt p gt gt gt gt p gt p gt amp p gt gt p gt
66. 10R CHIP SOT 23 HVTKRC102S Q238 90M HX800080R T R CHIP SOT 23 HVTKRC107S Q251 252 90M HX800010R CHIP SOT 23 HVTKRC102S Q503 90M HX800080R T R CHIP SOT 23 HVTKRC107S Q608 609 90M HT800110R CHIP HVTKTC4075GR Q616 90M HX800010R T R CHIP SOT 23 HVTKRC102S Q702 90M BA001600R T R CHIP SOT 23 1075 0705 90M HX600020R CHIP HVTKTA1504SYRTK Q706 90M HX800100R T R CHIP HVTKTC3875SYRTK Q707 90M HX600020R T R CHIP HVTKTA1504SYRTK Q708 90M HX800100R T R CHIP HVTKTC3875SYRTK Q752 90M BA001600R CHIP SOT 23 HVTKRA107S le D202 203 00D2760794900 DIODE CHIP CVDKDS160RTKP D207 nsp DIODE RECT CVD1N4003T D230 nsp DIODE ZENER HVDMTZJ16BT D231 nsp DIODE ZENER HVDMTZJ11BT D232 nsp DIODE ZENER HVDMTZJ20BT D233 nsp DIODE ZENER HVDMTZJ5 6BT D234 nsp DIODE ZENER HVDMTZJ7 5BT D235 nsp DIODE ZENER HVDMTZJ20BT D238 239 0002760794900 DIODE CHIP CVDKDS160RTKP D240 D241 D251 255 D262 263 D302 D401 D501 504 D605 606 D607 608 D609 D612 613 D615 616 C131 C143 C144 C145 C146 C174 C175 C176 C177 C178 C180 C185 C186 C187 C188 C189 C190 C191 C201 C202 C203 C204 C205 C206 C207 C209 C210 C211 C212 C213 C214 215 C216 C217 C219 220 C221 C224 C225 C226 C227 C228 C229 231 C232 C233 C234 235 C237 C238 C239 C240 C241 C242 C243 C244 Part No Part Name o 5 00MHZ2
67. 10UH 7A CLZ9Z116Z i L705 712 nsp BEAD FERRITE FCM2012KF 121T08 120 OHM CLZ9R010Z L 723 724 CHIP BEAD HLZ9Z014Z sp 727 728 sp CHIP BEAD HLZ9Z014Z Sp WN24 sp WAFER CD MECHA CJP16GA117ZY X202 943142011280S 16M Resonator COXCSTCE16M0V51 X401 90M JX001070R CRYSTAL 12 288MHz HC 49 S 32pF 50PPM HOX12288E320C 501 9431410034905 CRYSTAL 13 500MHz HC 49 SMD 16pF COX13500E160S nsp HEAT SINK CMY1A368 1 105 n n L751 752 n COIL SPEAKER 10UH 7A CLZ9Z116Z n X201 9431410011905 CRYSTAL 16 934MHz HC 49 SMD 12pF 25PPM COX16934E120S ETHER NET PCB ASS Y A APACITORS GROUP C203 C206 C208 C209 211 C214 C215 C220 C224 C225 C226 231 C233 235 C236 C237 239 C240 C241 C245 255 C257 258 C259 C260 C264 265 C268 C270 271 C273 275 C279 280 C282 286 C288 C290 291 C294 C295 C298 299 C502 C503 C504 505 C506 2 5 5 5 nsp S nsp S nsp sp sp 2 2 515 ns n nsp nsp n nsp n nsp n o o o o 2 5 5 2 5 ns nsp nsp nsp sp nsp n 0 0 o o 2 5 OTHER PATRS GROUP BK81 82 nsp CN21 nsp CN22 nsp CN23 nsp CAP CHIP ELECT CAP CHIP ELECT 100UF 25V CHIP ELECT 100UF 16V ELEC SMD 150uF 25V 8X10 5 SANYO CHIP 1608 50V 0 1uF CAP CHIP 2012 SIZE
68. 1303210 00MHZ21303210 00D2760794900 00D2760794900 00MHZ21303210 00MHZ21303210 00D2760794900 00MHZ21303210 00D2760794900 00D2760794900 APACITORS GROUP 2 o 5151515151515 O 5 2 2 2 2 5151515151515151515 0 0 O 5 O 5 5 5 5 2 o 2 o O 5151515 JN 10 o 2 o 2 S 2 o 2 2 ns 2 2 2 2 22 0 Oo ns 5 5 nsp o gt o 22 o o O 2 o o o o O DIODE ZENER DIODE ZENER DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP DIODE CHIP CHIP 1608 50V 0 01uF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 1000pF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 1000pF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 1000pF CAP CHIP 1608 50V 0 1uF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 1000pF CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 2200pF CAP CHIP 1608 50V 0 01uF CAP CHIP 1608 50V 4700pF CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 0 015uF CAP CHIP 1
69. 16 OPEN R219 F OPEN C222 R214 OPEN C221 GND Di Di o elle F 1 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE A SCHEMATIC DIAGRAMS 8 8 EXPLODED VIEW A Parts marked with this symbol have critical characteristics Use ONLY replacement parts recommended by the manufacturer 5 66 PARTS LIST OF EXPLODED VIEW Parts for which nsp is indicated on this table cannot be supplied P W B ASS Y for which is indicated on this table cannot be supplied When repairing the P W B ASS Y check the board parts table and order replacement parts Part indicated with the mark is not illustrated in the exploded view The parts listed below are for maintenance only might differ from the parts used in the unit in appearances or dimensions Note The symbols in the column Remarks indicate the following destinations Ref No Part No Part Name Remarks Q ty New M1 nsp COVER SHIED OLED CMC1A405 1 M3 nsp CHASSIS BOTTOM ETC CUA5A287W 1 M9 nsp WASHER CNW1A035 1 M10 nsp PLATE TUNER CMC1A418 1 j 141217 sq P1 943416011790D WINDOW OLED CGU1A454Z 1 2 9434180118000 DOOR TRAY White model CGR1A514W4 1 P2 9434181002805 DOOR TRAY Black model CGR1A514B60 1 9434021018800 PANEL FRONT Black model CGW1A504YB60 1 4 9434110118100 BUTTON CONTROL White model CBT1A1146W4 4 5 P4 9434111
70. 3 3V_D3 gt OPEN R206 1 5V_D2 M TRK TR T E 5 0 047u C220 a TRK TR ain M I FCS FC TO e 5 m 0 0470 c219 S 42 328 eee NZ mE OPEN C218 Lr UR R231 5857 TRO R204 LD LD 1553557 0201 amp ape E GND VO 5 JE 5 N a POC F lt 9 59 e Q gens 43 3v 03 Q GND_DA TEI O 9 43 _02 B A5045 L201 2 39 R238 227 POC D Y 4223 4 8 10uH 39 R239 8 E eis VCC 39 R240 LD m 39 R241 N 84m PD 100 10V e m SNN 43 DB 8 Sw S E AGND aks T m E 555 i L 100 10V C229 H 1 5V_D2 C267 PEN gt C252 B 2 0 uf C230 x N oT D 21 5 C268 open S32 n TC94A92FG 5 l asss GND_DA c m R217 DRE FGL S GND DA OPE R 0 lt gt R218 OPE vse 2 lt 6 43 3V_D2 7V_D1 B R219 5 x lt gt a LMSW um 2 9 LNs 020 DECRST gt m He ANN GND i i a ee 0 1uF 33 e OV O t a R214 lt __SLED SLED 1 gt 100 ANA mE 100 R104 BUS1 O FA SLED SLED sp 100 AA 242 BUS2 tco 100 R243 8053 SP A SP SLED 100 R244 BUCK 0 AA R245 CCE SPI NDLE m R301 3 ANN SLED Om
71. 31 Error code table 01 Tray Open Close failure ___02 INODisc m J O 03 JDiscemo TOCnotrad 04 JNoupdaefle 05 Updatefile read error 10 Updatefile check sum error M J Eesefalue 12 13 Verify uncorrect 20 Updateflechecksumeror S 21 ___22 ___ 28 A 3 3 3 _ S 3 __ 94 B2 DM8x0 firmware rewrite error information received 01 02 03 04 05 10 11 12 13 20 21 22 23 24 30 31 32 33 34 B2 10 DPMS UP date mode Update the firmware of DPMS Refer to VERSION UPGRADE PROCEDURE OF FIRMWARE 2 How to update by DPMS Error code table Preparation operation rewritten Update error code checking Check ETHERNET unit Details of Error code Coping strategies Login failed DPMS Access Login Incorrect notification Reset and update again Carry out the update in an environment G ing honed etn 00 RE RR load Login failed DPMS Access link failure information Check the network connection Carry out the update in an Firm Info response acquisition error recived Check the network connection Carry out the update in an _ Firm Info response acquisition TimeOut Check the network connection Carry out the update in an All Firm Info response acquisition error recived Check th
72. 35A oan use o R921 R920 a OR20 1W OR20 1W EV 47 j TE D945 L930 Non Inductive gt BV s Y Yasa AGND 3 3VD_0 3A d 643 1925 095 4 DGND 5404 jd C910 R911 Fog D946 Fog e 5VD_0 4A IKV 222 K 68K 2W MINI 1 UF5404 C937 10K 1 25V 1000uF D905 i 1 2 D918 DGND 7 C938 UF 4007 1905 1909 UF5404 257 100uF Vat Lo 4 4 4 D942 L922 IC92 o C941 a 10V 2200uF R953 s BV D914 R958 C952 E PEY 3 R981 330K 3 2 d Pee R930 KIA4 31A R982 R910 1711 680 IC90 330K OR68 1W 5 2 0917 0929 KIA78D33PI D910 Rons D933 OV 22uF AC_N 1007 330K R915 C909 4 q O 18V_0 06A 270K 50V 474 K piss 0934 _0 400V 1A ZZ50V 22uF A1273 115 Lo 2 e DGND AC L pgog TF91EE1625 A R941 1N4007 cen penn 10K 450V 22uF cat 6V_CPU_0 4A ICE3B0365J rt DGND D903 pa UF 4007 o UF 4004 DGND DGND HGND DGND pa DGND 0931 S Power R903 0901 310006 Down UF 40 60V 3A my 10V 2200uF Os 10 1010 10 472 K 4 Ji T ACY94 3v V2 400V 222 M 3 2 0925 PC91 2K2 E C3198Y IC99 HGND PC 17L1CB 8 1 D922 R994 Bx 1N4007 100V 150K 230V 270K DGND PD N iyd iua 4954 R995 PC95 495 100V 150K 230V 270K PC 17L1CB 10mm SAFETY NOTICE COMPON
73. 4JRO8T CCUC2A104KC CCUC2A103KC CCME2A474JRO8T CCUS1H104KC CRJ10DJOROT CCEA1HH100T CCUS1H104KC CCEA1CH100T CCUS1H104KC CCUS1H103KC CCEA1CH100T CCUS1H104KC m NO KRG1SANJ222RT KRG1SANJ222RT CRJ10DF1202T CLZ9RO006Z CLZ9RO006Z CLZ9RO006Z CLZ9RO006Z CCUS1H104KC CRJ18AF18ROT CRJ18AF3R30T KRG1SANJ222RT KRG1SANJ222RT CRJ18AF18ROT CRJ18AF3R30T CCUS1H102KC CCUS1H103KC CCUS1H104KC CMD1A569 CWB1C008250NG CJP11GA117ZY CJP06GA19ZY CJP05GA19ZY CJP11GA115ZY CJP30GA193ZY CJP23GA193ZY CJP07GI236ZW CJP13GI236ZW CJP05GI237ZW HJT1A025 HJT1A025 HJT1A025 HJT1A025 CJJ4M046Z CJJ4RO19W HJSTORX147L CJJ5N016Z CJJ5N017Z Ref L101 102 L104 107 Part No nsp nsp Part Name BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM Remarks CLZ9R010Z CLZ9R010Z L201 nsp INDUCTOR CHIP 10UH 3225 PKG HLQ10E100KRZ L301 L303 304 L401 402 L406 L501 L601 L603 605 nsp nsp nsp nsp nsp nsp nsp FERRITE CHIP BEAD 220ohm 2012 BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM BEAD FERRITE FCM2012KF 121T08 120 OHM CLZ9R006Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z CLZ9R010Z L701 702 nsp COIL SPEAKER
74. 57 i R561 1 555 R596 E DC PROTECT2 D251 924 R597 1 gt 4 GND A 1 1SS355T j 0253 22 3 R362 R364 5 i 4 A AVv amp i 155355 1K 100K 113 vv V V 1 R365 1 A78ROSOF M 1 10K 3 0254 1 1 z z 0252 a a 1 4 1 8 S BE 1SS355T KRC1025 1 1 SN R367 0255 B 1 gt 1 27 Sheet 002 gt 22K 1553557 u FROM CODEC BLOCK x 1 GND Al ee R368 1 1 1 43 3V Dl 22029 T l ab 5142 OW 1 NS 1025 ES 1 lt 0211 lt C991 amp d RB B gt 5142 SD lt H MB A 1SS355T 1 JK64 e 10 16V A m 2 gt 1 i HILL 43 3V_DL d C992 v 55 8 43 3V DI gt MUTE 5 10K 8 gt 5508 0209 1 1 4 id 0236 1 5 a i VAJDA D SW DOW 5 qun ume 1025 5 e a m D gt 5508_LRCK hm 0 01uF X o 1 1 OUT u gt 5508 SCLK zo PU43 3V 155355 43 3V_CPU 2 3 ACS D 5508 SDATA R371 i 1 Qon E T s vy gt g CPEN q 2 a g 2 UI n pu 0212 oR S OF OPEN gt 5508 PDN i 4 0239 46V CPU 12V_A 0 1 Y P gt H P_ON OPEN 5 5 e P 1075 R373 0213 s gt RESET 5508 1 k 43 3V_D1 a d id Cw woe CEN OEN Rou 1 AUX OUT 9 518 8 ES 1 a R374 POWE
75. 6 OUTC2 6 vss P13_3 D27 OUTC2 3 P5_4 ALDA CST TXD7 P5_5 HOLD CLK7 P5 6 ALE CSZ RXD7 P5_7 RDY CS3 CTS7 RTS7 P13_4 D28 OUTC2_0 ISTXD2 IEOUT P13_5 D29 OUTC2_2 ISRXD2 IEIN P13_6 D30 OUTC2_1 ISCLK2 P13_7 D31 OUTC2_7 P6 0 TB0IN CTS0 RTSO 550 P6_1 TB1IN CLKO P6_2 TB2IN RXD0 SCL0 STXDO P6_3 TXD0 SDA0 SRXD0 P6_4 CTST 551 OUTC2_1 ISCLK2 P6 5 CLK1 vss P6_6 RXD1 SCL1 STXD1 VCC P6_7 TXD1 SDA1 SRXD1 P7 0 TA0OUT TXD2 SDA2 SRXD2 IIO1_6 OUTC2_0 ISTXD2 IEOUT 1 Pin names in brackets represent a functional signal as a whole and should not be considered as two separate pins 2 The position of pin number 1 varies by product Refer to the index mark in attached Package Dimensions 71 5F64169DFD MAIN IC11 Terminal Function PU Network Pin No Pin Name Port Name PD STBY STBY Note 1 P96 TXD4 _____ O OL 2 j P95yCLKA EDCONTI PD O Or OL liEDCcontro 3 P94 CTS4 jLEDCONT2 O OL OLED CPU POWER PD O Power Control for Display gt 5 j P92 TXD3 ELMOS X O OL 6 P91 RXD3 PD pisplayDatafrom Displayucom 7 j P9O CLK3 ELCK __ O OF 8 8 amp RDSCLK PD 1 RDS Clock input interrupt 9 PI45 INT7 DOWN 50 60 PU
76. 608 50V 0 1uF CAP CHIP 1608 50V 0 1uF CAP CHIP ELECT CAP CHIP 1608 50V 0 033uF CHIP 1608 50V 5600pF CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 470pF CAP CHIP ELECT CAP CHIP 1608 50V 0 01uF CHIP 1608 50V 0 047uF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CAP CHIP 1608 50V 15pF CAP CHIP 1608 50V 18pF CHIP 1608 50V O 1uF CAP ELECT CHIP 1608 50V O 1uF CHIP 1608 50V 1000pF CAP CHIP 1608 50 0 1 CHIP 1608 50V 1000pF CAP CHIP 1608 50 0 1 CHIP 1608 50V 0 015uF CAP ELECT CAP CHIP 1608 50V O 1uF CHIP 1608 50V 47pF CHIP 1608 50V O 1uF CAP ELECT CHIP 1608 50V 0 01uF dM 100 Remarks HVDMTZJ16BT HVDMTZJ20BT HVD1SS355T HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP HVD1SS355T HVD1SS355T CVDKDS160RTKP HVD1SS355T CVDKDS160RTKP CVDKDS160RTKP CCUS1H103KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCEA1CKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H222KC CCUS1H103KC CCUS1H472KC CCUS1H104KC CCUS1H153KC CCUS1H104KC CCUS1H104KC HCECOJRV102T CCUS1H333KC CCUS1H562KC CCUS1H104KC CCUS1H471JA HCECOJRV102T CCUS1H103KC CCUS1H473KC CCUS1H104KC CCUS1H104KC CCUS1H150JA CCU
77. 81 on DISPLAY B D Check Soldering IC81 on DISPLAY B D 2 Sound Noise generated 2 1 COMMON Check Power Supply Voltages for CODEC MAIN B D IC41 1 20 33 43 50pin VDD 5V IC41 18pin VDD 3 3V O K Check Power Supply Voltages for PWM CONTROLLER MAIN B D IC51 9 15 36 54pin VDD 3 3V OK Check Power Supply Voltages for AMP IC MAIN B D e IC71 IC72 1 36 18 19pin GVDD 12V OK e IC71 IC72 21 26 29 34pin PVDD 29V Bi Amp 19V OK Check Reset signal for PWM CODEC MAIN B D ICA1 25 4683 RESET H level O K Check Reset signal for PWM CONTROLLER MAIN B D e IC51 11pin RESET H level O K Check Reset signal for AMP IC MAIN B D e IC71 1C72 5 15pin VALID H level O K Check Oscillation waveform MAIN B D C41 22pin TXO 12 288MHz OK Check Oscillation waveform MAIN B D IC51 19pin XTL 13 5MHz OK IC51 63pin MCLK MCLK OK Check controll signal for CODEC MAIN B D e IC41 26 27 28pin 4683 CDTI 4683 CCLK 4683 CSN Check Soldering e IC13 3pin 5V CN45 10pin 3 3VD Check Soldering CN45 10pin 3 3VD POWER B D Check Soldering CN45 2pin 12V e CN61 1 2 3pin 29V POWER B D Check Soldering 1 11 102 4683 RESET on MAIN B D Check Soldering e 11 95 RESET 5508 on MAIN B D Check Soldering C51 39pin VALID on MAIN B D Check Soldering
78. 84 HJ J 2D003Y 2 1906 V 6 Bead 60 OUT 1907 amp s 5 Bead 60 Y C854 0 851 0 C858 0 1 C569 01 43 3V_CPU C855 0 C852 0 C859 110 01 C870 10 01 m ot own 3 3 43 3V_OLED C871 1000 C850 0 C853 0 C860 1000 x x 8887 8825 GND A u a T 813416 2 2 GND_OELD2 GND CELDI GND GND CELDI aissis CHASSI S 8 Y 92 aes 0 00 eo es ea eX exeo r9 aX NOE Opis tPA RL LIE sy lt lt lt lt lt ee 19 S SSS tare SSS ES a Q mmm m P45 A2 R820 22 a N is N 70 A 1 pg pe fag P46 A22 Re LL j 12 psy bs SYS p44 A20p8 PAV 223 5 n amp 23 220 ELT 939 13 pa Baa 12 a 126 67 VS S USB HOST n ZWE m 13 p113 127 66 NN R811 33 JV81 419 P112 RXD8 P50 WRO WY 65 V Bead 220 v 1 p111 P51 WR1 64 RBS SUE 19 p110 R52 RD C038 e 19 pos P53 BCL GND_OELD1 O wo DA7 29 poz D2 Dag 82 DAL a DAG 2 pum 5 DAS 23 P00 DO 8 5 4 23 157 1C81 DA2 q DA3 422 P156 GND_CELD2 E ul DA2 23 155 RXD6 DAL 429 P156 TXD6
79. B D ICA1 2pin CD SPDIF on MAIN B D Check Soldering e 1 41 13 15 16pin MAIN B D Check Soldering C51 26 27 28pin on MAIN B D Check PWM Audio Data output from PWM CONTROLLER MAIN B D IC51 44 45 40 41 Check PWM Audio Data output for PWM CONTROLLER MAIN B D e 1 71 1 72 14 16pin Check Audio Data output from AMP to SPEAKER MAIN B D I C71 1C72 22 25pin JK7 1 2 3 AM FM Check Power Supply Voltages for AM FM TUNER MAIN B D e CN31 9V e CN45 2pin 12V Check Analog Audio Data output from TUNER PACK MAIN B D TUNER PACK output and CN31 7 5pin TUNER L IN TUNER R IN e IC41 59 60pin to 2 2 CD PLAY Mark 2 4 Portable In Check Analog Audio Signal from Portable In Portable In B D Portable In input BN81 1 3pin AUX L IN AUX Check Audio Data input from DISPLAY B D MAIN B D IC41 61 62pin AUX1 L IN AUX1 OK to 2 2 CD PLAY Mark 42 Check Soldering C51 on MAIN B D Check Soldering I C71 1C72 on MAIN B D Check Soldering I C71 1C72 on MAIN B D e JK71 on MAIN B D Check Soldering CN45 2pin 12V on MAIN B D SMPS B D Check Parts e IC26 Check Soldering CN31 7 5 pin TUNER_L_IN TUNER_R_IN on MAIN B D C426 C427 on B D Check Soldering JK83 on FRONT B D BN81 on FRONT B D Check S
80. C233 R269 555 9205 8 Hz ons C218 am guo ER H CN21 C_Ic288 20217 2 c su E sul 0202 pan 122 6255 p co E B SN x 234 Lo C239 R251 rJ reall Sii Lj 257 m c 9 43005 L203 ELI D204 245 C292 c c L e LI CO R229 R225 R264 CJ R241 LT C5 0207 0206 D201 Ef 26 D C208 pug E ne Bar code Label WIS Ef EE HZ B ri CN25 9 8 2 c252 L1 271 c237 ae CUP123487 O H wt3 7 211 C210 C209 37 U EH Sn Ag Cu ERR L PEEL Lead free Solder When soldering use the Lead free Solder Sn Ag Cu 56 SMPS PCB COMPONENT SIDE 1 2 3 4 5 m C950 A C951 1928 f RP 1 872 LT m B q TINNA ex Z 2 C906 vt DA 5 G gt ene 0 09088 8921 R920 72 Ss oe J908 d 0908 1907 C920 R928 57 80827 17 37 17 Sn Ag Cu AALT lt EU Lead free Solder When soldering use the Lead free Solder Sn Ag Cu TUNER BLOCK SHEET 001 FM AM TUNER KSE TUNER I 1 1 1 1 1 1 1 1 D30 KDS160 B 1
81. C482 C478 som 7 5758 R509 GOA 889309 csse i x T WRE ASS Y 7P 1 a JK 8 m V C469 0 OluF Open ge 10K 1406 1 I 1 9 1 0615 5 01 GD A GND D1 2706 KTC2875B KTC2875B 5 gt 1 a E x sma oem d 52 535 gt 543 EI dee n issasst 10 258 543 Sf yo 1 12V_A 5 STS GDA gs d 1 OPTI 1 1 1 x 224 SW OUT PARTS ae 0608 52 T 12V_A I t KTC4075GR 955 gor i RCD N7 Not U d 1 N R601 5 x S e 1 1 600 8 GND um ur E 1 1 1K a NAT 915 ape I KTC4075GR IZ 1 1 45V STBY 1 1 gt 1 2 o UOT EET 2 DETECT gt 1 1 1 gt ae e DC PROTECT 4 AGND I i v E 5 43V3 0 GND A L 1 1 1 6 R R700 00 1 Lx GND A 7 RC5 GND 0 i SD A add EE c CO D mtu 8 A GD N GDA 1 9 GDA E i 1 i 1 i 1 1 1 1 1 2 257 paar Koa M ES Oo ea ee aE M LAB ea a ga a ay eT aerate Sec oe i R773 MEN 1 1 1 1 1 1 1 R358 1 1 9251 KRC102S E R360 D252 x pmo H2V A 45V A 41 7 22K 1535
82. Carbon Chip Resistor in the P W Board parts list Refer to the Schematic Diagram for those parts WARNING Parts marked with this symbol A have critical characteristics Use ONLY replacement parts recommended by the manufacturer Resistors Ex RN 14K 2E 182 G FR Type Shape Power Resist Allowable Others and per ance error formance Carbon Pulse resistant type Composition Low noise type Metal oxide film Non burning type winding ES Fuse resistor Metal film E Lead wire forming Metal mixture Resistance LO 22 gt 1800ohm 1 8kohm Indicates number of zeros after effective number 2 digit effective number 1R 2 1 2 1 digit effective number 2 digit effective number decimal point indicated by R Units ohm Capacitors Ex CE 04W 1H 3R2 M BP Type Shape Dielectric Capacity Allowable Others and per strength error formance Aluminum foil High stability type electrolytic Non polar type Aluminium solid Ripple resistant type electrolytic For change and discharge Tantalum electrolytic For assuring high requency Film 2 UL part Ceramic CSA part Ceramic UL CSA part Oil 0 25pF Lead wire forming Mica 0 5pF Metallized Others Metallized x Capacity electrolyte only 22 2 gt 2200 u F 2 221 gt 2 2 H F Indicates number of zeros after effective numbe
83. D S EL_M 50 c H ana GND CELD3 coc GDG EL MEI c Y lt n 4 USB_PUR S E EL_CLK bs TPB 3 ig EL_CS ACC ID m E 8 vaus m z F W PVR UART 68 ON F W CHG PVR UART_M SQ LLI 43 S ACC PVR r EL_RESET RESERVED 3 HP DET A USB GND ADATA ug AUXI DET Y n N DAD aD e in OLED BOOT 5 RESERVED 418V DET 18V_OLED 5 8 5 5 8 C972 1000P GND ACC_DET EL_RESET EL_RESET C971 0 01 GND S VI DEO Y C843 43 OLED C970 0 1 S VI DEO C 8 TXD CO 5 CVBS RXD_CO REM SENSE x GND CELD3 AUD O LIN CNVSS_CO CNvSS 5 AUDI RI N EPM CO 4 CO AUDI O LOUT CE CO Er AUDI O ROUT NSD_CO l 0 CO Zm AUDI O GND GND CELDI BUSY_CO BUSY_CO I POD DET SCLK_CO SCLK_CO lt e n E 8 GND POD 1 ANALOG L SIGNAL LINE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND POWER POWER SCHEMATIC DIAGRAMS 6 8 63 4 5 6 RCD N SMPS SCHEMATIC DIAGRAM SCHEMATIC DIAGRAMS 7 8 64
84. DIO CODEC PWM CONTROLLER TAS5142DKD PACK DIGITAL AMP SP L OUT UNIT x DSP TAS5142DKD AMP SP R OUT TC94A92FG Portable In AUX 1 2 gt PHONES ull SUBWOOFER OUT AUX OUT SP OUT 20dB Impedance 4 ohm 16 12V 18 1dB 10dB VOL 10dB 6V Analog Input OdB 2V 7 Digital Input SW OUT 1 2V 4 2dB 10dB x AUX TUNER MX PORT j HP OUT 770mV 9 2dB 20dB AUX 200mV TUNER 200mV 6dB 100mV 6dB 200mV CD USB 200mV N A D 2 AUX OUT 200mV 20dB M X PORT 100mV 26dB Portable In 120mV TC94A92FG 26dB 100mV 30dB 6dB Portablel CD USB 40dB OdB 100mV 51 WIRING DIAGRAM USB Connector A Power Cord EUR CJA2B108ZV JPN 2 1162 USA CJA2A107ZV Sheld Wire SMPS UNIT CUP12369Z EUR JPN CJJ8A012Z USA CJJ8A013Z 18V DGND Power H 6V CPU DGND DGND 6V CPU 6V CPU DGND DGND 15V USB WIFI 15V USB WIFI DGND DGND BridgCo INTERFACE UNIT CUP12348Z BridgCo Control SPDIF I2S NET3 3V E POWER CONT GND D1 23P FFC Cable Hi CR870 Module DATA Wi Fi Antenna Wire DATA Wi Fi Anttena Ether Connector RJ 45 VBUS iPod DET iPod Dock UNIT C
85. Devices that drive inputs with pullups must be able to sink 200 mA while maintaining logic O drive level Devices that drive inputs with pulldowns must be able to source 200 mA while maintaining a logic 1 drive level 90 TERMINAL provide a reference clock for the TAS5508 via use of an extemal fundamen tal mode crystal XTL_OUT is the 1 8 V output drive to the crystal A 13 5 MHz 5 V 1 2 NAME O TYPE TOLERANT TERMINATION DESCRIPTION PWM P 3 45 DO PWM 3 output differential P 4 47 DO PWM 4 output differential PWM P 5 56 DO PWM 5 output differential PWM P 6 58 DO PWM 6 output differential PWM P 7 50 DO PWM 7 lineout L output differential PWM P 8 52 DO PWM 8 lineout R output differential RESERVED 21 22 Connect to digital ground 23 64 RESET 11 DI 5 V Pullup System reset input active low A system reset is generated by applying a logic low to this terminal RESET is an asynchronous control signal that restores the TAS5508 to its default conditions sets the valid output low and places the PWM in the hard mute M state Master volume is immediately set to full attenuation On the release of RESET if PDN is high the system performs a 4 to 5 ms device initialization and sets the volume at mute SCL 25 DI 5V IC serial control clock input output SCLK 27 DI 5V Serial audio data clock shift clock input SDA 24 DIO 5V 12
86. ENTS IDENTIFIED A MARK HAVE SPECIAL CHARACTERISTICS IMPORTANT FOR SAFETY WHEN REPLACING ANY OF THESE COMPONENTS USE ONLY MANUFACTUREY S SPECIFIED PARTS THE UNIT OF RESISTANCE IS OHM K 1000 OHM M 1000 KOHM THE UNIT OF CAPACITANCE IS MICROFARAD uF pF 10 uF THIS SCHEMATIC DIAGRAM MAY MODIFIED AT ANY TIME WITH THE IMPROVEMENT OF PERFORMANCE GND POWER POWER 6 _ 1SR159 200 1SR159 200 15V_U W N25 HND GND_D1 C245 0 01uF C238 1000P C282 FG12 GND_D1 F201 POLY SW 1 6A Oo R223 0 OPEN R224 0 OPEN R303 R304 DC OOO0 R307 0 R305 OPEN R306 0 NET1 2V R308 0 1023 a 18 8 R309 0 is CVIENS311QI 20 D 2310 0 GND_D1 OO R301 0 OPEN 4 7uF 10V C504 4 7uF 10V 77 505 4 7uF 10V C507 C506 0 1uF C501 DM_VBUS R262 4 7uF 10V 4 7uF 10V 1000P 0 01uF R263 C229 C253 C298 C299 L203 rN 22UH 3A R269 C233 R271 5 1K 1000P p210 47 L204 NMA C207 N OPEN GND_D1 0 01uF R312 0 R314 R315 e XO me E R316 OPEN R317 0 NET3 3V IC24 0 KDS160 R320 0 R321 CN26 GND 15 IPOD DET HVBUS 1 FAULT FLAG2 HVBUS CTL2 B1 B2 E RESET E SPICS E SPICLK E SPIMTEO E SPIMOEI E RXDMOEI 5 FAULT_FLAGI GND 5 E SPIMI
87. EO E RXDMOEI HVBUS CTL1 IPOD DET ay E_TXDMIEO E REQ GND gt 860SPDIF E_POWER_CONT DC_PROTECT2 USB_P CONT ND VBUS_MONI 19 CVIEN5311QI r 0 00909000 D203 GND_D1 OPEN D211 5 6V C259 C294 4 7uF 10V 0 1uF C225 4 7uF 10V 7 C236 4 7uF 10V C202 C214 0 147 R241 100 L202 Y s q 2 15V U W 6V CPU IC28 SI8005QTL 150uF 25V R267 47K Q209 dl KRC104S GND_D1 FAULT KRC102S ILA Pup R204 1005 1 16W R206 R201 1005 1 16W 0ohm Y 0201 KRC102S 1005 1 16W 10Kohm Ths GND_D1 0202 KRC102S NET1 2V NET3 3V R256 33 CN27 HVBUS R208 OPEN R209 OPEN CTL2 MN S DATA e DATA gt a NA RES obS o Fu 8 5 BITS 9789 5 FG6 F202 POLY SW 1 6A OO R231 0 OPEN a aoa 0 OPEN c E DATA SINE LE IPOD DET B NET3 3V 1 29 22 6 3V C248 0 01uF 1222 TS3USB30EDGS Q205 1025 Rts gts 8 5 5 FG6 GND POWER IPOD DET POWER USB SELECT BLOCK SHEET 003
88. ERSHIELD CAUTION VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID EXPOSURE TO BEAM ADVARSEL SYNLIG OG USYNLIG LASERSTRALING VED ABNING UNDGA UDSATTELSE FOR STRALING ADVARSEL SYNLIG OG USYNLIG LASERSTRALING NAR DEKSEL PNES UNNGA EKSPONERING FOR STRALEN VARNING SYNLIG OCH OSYNLIG LASERSTRALNING NAR DENNA DEL AR OPPNAD STRALEN VARO AVATT AESSA OLET ALTTIINA NAKYVALLE J A NAKYMATTOMALLE LASER S TEILYLLE ALA KATSO SATEESEEN VORSICHT SICHTBARE UND UNSICHTBARE LASERSTRAHLUNG WENN ABDECKUNG GEOFFNET NICHT DEM STRAHL AUSSETSEN DANGER VISIBLE AND INVISIBLE LASER RADIATION WHEN OPEN AVOID DIRECT EXPOSURE TO BEAM ATTENTION RAYONNEMENT LASER VISIBLE ET INVISIBLE EN CAS D OUVERTURE EXPOSITION DANGEREUSE AU FAISCEAU 030804ec INSTRUCTIONS FOR HANDLING SEMI CONDUCTORS AND OPTICAL UNIT Electrostatic breakdown of the semi conductors or optical pickup may occur due to a potential difference caused by electrostatic charge during unpacking or repair work 1 Ground for Human Body Be sure to wear a grounding band 1 MQ that is properly grounded to remove any static electricity that may be charged on the body 2 Ground for Workbench Be sure to place a conductive sheet or copper plate with proper grounding 1 MQ on the workbench or other surface where the semi conductors are to be placed Because the static electricity charge on clothing will not escape through the body grounding band be careful to avoi
89. Es 1 AUQ u i28 e x v v lt lt lt gt 4683_I NT DA gis C433 SES H gt 4683 OS 20 S 3k 5 46 85818 581888 gt FO 22 50V 5 55 D605 D603 R453 ZZZZ Tk E gt E 155355 220 221 50V 220 4 7K mE 556 d o 5358 gt SPD 9 ES lt amp da 1SS355T gt TUNER_L_IN TE PARTS 5 x d CODEC 111 BS aus A 12 14 gt DAB L IN 22 5 DAB R IN O Al Al 4 2 R e CPEN 5 x ANALOG L SIGNAL LINE mE ANALOG R SIGNAL LINE DIGITAL SIGNAL LINE SW SIGNAL LINE GND POWER POWER SCHEMATIC DIAGRAMS 2 8 59 7
90. F CCUS1H104KC C840 nsp CAP ELECT CCEA1VKS470T C841 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C856 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C859 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C861 nsp CAP CHIP ELECT HCEC1CRV2100T C932 nsp CAP ELECT CCEA1CKS470T 97 C933 934 C941 C944 C946 C949 C950 951 C952 953 C955 956 C957 C958 C959 C964 C965 C966 C967 C968 969 C970 C971 C972 C973 C974 C975 C976 C977 C978 979 C980 C982 C983 C985 C988 989 C991 C992 993 C994 C995 C996 Part No Part Name nsp nsp nsp nsp nsp nsp nsp nsp n n n n nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp nsp S N JNJN o OTHER PATRS GROUP BK81 84 nsp BN81 nsp BN82 nsp BN83 nsp CN84 nsp CN88 nsp JK81 9436430013205 JK82 nsp JK83 84 00D9430105204 L801 802 nsp L904 907 5 L931 nsp L932 933 nsp RC81 00D9430194706 S901 904 90M SP001210R S906 909 90M SP001210R S911 912 90M SP001210R X802 943142011280S 9436060114805 CAP CHIP CAP CHIP 1608 50V 0 1uF 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V O 1uF CHIP 1608 50V 1000pF CHIP 1608 50V 180pF CAP CHIP 1608 50 0 1 CHIP 1608 50V 0 01uF CHIP 1608 50 0 1 CAP ELECT CHIP 1608 50V O
91. HF waveform use the extending wire as short as possible When HF waveform is noisy or cannot discriminate the eye pattern replace the Traverse Unit after measuring the lop Point 5 is measured with the point shown below SH EHEHLEBUERCO coco 28 Component side CUP12316Z PCB MAIN STAGE MP LPP Detail A c405 LI L 406 45 guna O si 50 6686 Foil side Detail C 110 182 lt 0312 3J2 9MIQAO I S Symbol Referencevoltage 46 2 WAVEFORMS 1 DISC PLAY RF WAVEFORM EYE PATTERN CD TCD784 PLAY 2 DISC DETECTION CD TCD784 DETECTION QRFO 1V div 500mV div FOO 1V div i 5 TEI 1V div TRO 1V div FMO 500mV div 9DMO T 1V div 3 TOC READ 4 FOCUS ADJUSTMENT CD TCD784 READ CD TCD784 FOCUS ADJUSTMENT 1V div
92. IP 2012 100V 0 01uF CAP METALIZED FILM 100V 0 47UF 5 CAP CHIP 1608 50V 0 1uF RES CHIP 0 OHM 5 1608 CAP ELECT CAP CHIP 1608 50V 0 1uF CAP ELECT CAP CHIP 1608 50V 0 1uF CAP CHIP 1608 50V 0 01uF CAP ELECT CAP CHIP 1608 50V 0 1uF o RES METAL OXIDE FILM RES METAL OXIDE FILM RES CHIP 1 FERRITE CHIP BEAD 2200hm 2012 FERRITE CHIP BEAD 2200hm 2012 FERRITE CHIP BEAD 2200hm 2012 FERRITE CHIP BEAD 2200hm 2012 CHIP 1608 50V O 1uF RES CHIP 18 OHM 1 1 8W 2012 RES CHIP 3 3 OHM 1 1 8W 2012 RES METAL OXIDE FILM RES METAL OXIDE FILM RES CHIP 18 OHM 1 1 8W 2012 RES CHIP 3 3 OHM 1 1 8W 2012 CHIP 1608 50V 1000pF CHIP 1608 50V 0 01uF CHIP 1608 50V O 1uF cO O 2 o o WIRE ASS Y 8P 2MM 250MM WAFER WAFER STRAIGHT DVD LOADER WAFER STRAIGHT WAFER 11P ST 1 25MM WAFER STRSIGHT 1MM SMD WAFER CARD CABLE SMD 1MM LOCKING TYPE STRAIGHT WAFER 2MM LOCKING TYPE STRAIGHT WAFER 2MM LOCKING TYPE STRAIGHT WAFER 2 5MM PALTE EARTH PALTE EARTH PALTE EARTH PALTE EARTH JACK BOARD TERMINAL IN OUT MODULE OPTICAL RX 3 3V TERMINAL SPEAKER 2P RED BLACK TERMINAL SPEAKER 2P BLACK RED 104 o Remarks CCUC1H333KC CCUS1H104KC CCET1HKLH332KK8 CCEA1JRFO100T CCUC1H331JA CCME2A47
93. Load Turn off and on the power Updating starts automatically Carry nitieutcaieiatremonment iat ase network oad Failure of DownLoad Turn off and on the power Updating starts automatically Carry Pure man environ thas lene ad __ __ ically 5B 50 __ 9D 5E p P 060 01 Failure of DownLoad Turn off and on the power Updating starts automatically Carry abl LO RE out the update in an environment that has little network load 62 Launch failure S O 70 __ command error j urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically urn off and on the power Updating starts automatically 50 51 52 54 55 56 57 58 5B 5C 5D 61 62 70 33 e DM8xO0 system Firm error codes when rewriting Check ETHERNET unit A Error Code Net not connected Check the network connection Carry out the update in an Net Connection TimeOut can not get status Check the network connection Carry out the update in an remet Login failed Check the network connec
94. Ns NIN INI 307010080001D 30701000600AD nsp 541110540104D 541110541107D MANUAL INSTRUCTION E3 1 15762 54111000500AD nsp nsp SETUP GUIDE C E1C CQE1A529Z REMOCON TRANSMITER 55 RCD N7 REMOCON TRANSMITER 55 RCD N7 BAG POLY ENGLISH FRANCH MANUAL INSTRUCTION MANUAL INSTRUCTION SETUP GUIDE A Remarks White model Black model E2 E1C E2 ES CARTRCDN7 CARTRCDN7BK CPB1061W CQX1A1575Z CQX1A1578Z CQE1A492Z 5 p p gt gt gm nsp SETUP GUIDE B E2 CQE1A493Z nsp CARD WARRANTY E3 CQE1A224R nsp nsp nsp nsp 90M ZA000240R LIST S S 104D LIST S S SHEET THANK YOU NOTE 100th BAG POLY ENGLISH FRANCH ANT AM LOOP E2 E3 CQE1A226Q CQE1A226P CQB549010052008S DM CPB1061W CSA1A020Z j j 90M ZA000220R FM 1 POLE ANT CSA1A018Z nsp 9431160119705 nsp BATTERY AAA 2PCS IN PACK WIFI ANTENNA CONTROL LABEL CABRO3PPB CSA274Z CQB1A993Z n LABEL WIFI E2 CQB1A1027Z Sp nsp LABEL LAST FM E2 Black model CQB1A1025Z nsp CARD FOR CHINA INDENTIFICATION E1C CQE1A450Z nsp WARRANTY CHINA 70 E1C CQE1A473Y gt gt gt gt gt SEMICONDUCTORS Only major semiconductors are shown general semiconductors etc are omitted to list The semiconductor which described a deta
95. ON ree p ENTER button 3 CLV ON r3 CD Test Mode CLV ON ree gt ENTER button 24 4 TRACKING ON CD Test Mode 4 Tracking Press ENTER button 5 SUB CODE readout playback sound output The BER Block Error Rate generated in 1second s time is displayed of the display CD Test Mode 5 IN ERR xxxxx xIr mrm ss Press Cursor lt button prs Cursor gt button gQ Test Mode 5 ERR xIr 1 55 Press Cursor lt 4 button prs Cursor gt button Test Mode 9 OUT ERR xxxxx Inner Ataru Amane MID outer OUT to play go to three places make the error count 4 3 Pickup movement In the stop mode pickup moves in FWD outwards or REV inwards direction when Cursor D or Cursor lt button pressed Pickup movement stops when button released Pickup moves while button is pressed When Cursor lt button pressed move to stop operation after detection that inner switch has turned on 25 4 4 servo on and auto adjustment When Cursor A button is pressed all servos turn on auto adjustment is performed and switch to playback operation Playback sound output Stop stop to the playback state after auto adjustment When SOURCE button is pressed play operation and servo stop The following will be displayed After stopping conduct reading of auto adjust values CD Test Mode 0 CD TEST MODE
96. Pin Assinment Table Microprocessor I F data input output pin 2 CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Microprocessor I F data input output pin CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Microprocessor I F BUS clock Input pin Schmitt input Refer to 1 2 Pin Assinment Table Microprocessor I F chip enable input pin Schmitt input Refer to 1 2 Pin Assinment Table MS Microprocessor I F mode selection pin H Parallel I F L Serial I F Refer to 1 2 Pin Assinment Table RST Reset Input pin Schmitt input Test Test pin UL fixed Connect to GND for normal operation VDD1 1 Power Supply pin for 1 5V Digital circuit VSS 1 Grounding pin for 1 5V Digital circuit SRAMSTB 1Mbit SRAM stand by pin SRAMSTB L VDDM1 Power Supply for 1 5V 1Mbit SRAM circuit PDo EFM and PLCK Phase difference signal output pin 4 state output RVDD3 RVSS3 PVREF Hiz TMAX TMAX detection result output pin 3 state output RVDD3 RVSS3 Hiz LPFN PLL circuit LPF amplifier inversion input pin LPFo PLL circuit LPF amplifier Output pin PVREF PLL circuit 1 65 V reference voltage pin Connected to VRO Connect to GND by 0 1uF and 100uF VCoF VCO filter pin Connect to GND by 0 01uF 3A I F V analog circuit input output pin 1 5 I F 1 5Vdigital input outp
97. R753 2 EJ J R653 R490 6971 Q R496 lt R498 R569 C462 R996 9 R495 B R497 R565 R489 R484 O R486 gt R488 C461 R4822 6485 R487 R975 R579 C754 C757 L J cores R27 C260 R303 6302 ELICI 0301 81028301 um C255 f 6216 29 21 gt C239 062 aos Ine RO GE CYICSAA92F6 10 11 12 MAIN PCB FOIL SIDE 367 U Sn Ag Cu LT lt FEEL When soldering use the Lead free Solder Sn Ag Cu Lead free Solder 57 1 54 DISPLAY PCB COMPONENT SIDE 1 2 3 4 5 6 T 8 9 10 11 12 13 14 OO io MO ADJ2 RP O O A BN85 R849 JW82 O O 200 CN88 E S909 S912 0946 pki 906 902 mm BD 901 C842 Eu 0934 0935 C840 1 1 I IIIIIIII D R826 5 F gt 0937 LI Re62 299 55 w B T 25 E 28 RC81 CN84 R962 c839 __ cE m E m mcos TES m 1 858 8 Jc 0 s Ane ome zum SENSE CUP123477 2959 TEENS 5908 Pm VP C833 0936 IC81 E E aE B 4e EE C R87 4 Cc S907 5904
98. RANS SWITCHING EER4042 M CR603 CLT9Z066ZE AN ITH91 90M HH000110R THERMISTOR 10MM PITCH KRT5D15MSFC TS91 nsp PROTECTOR THERMAL 80 C 100mm ST 22 SEIRES CRTST22080120W A VT91 9432510113105 VARISTOR S60V 14mm CRVSVC561D14A nsp BRACKET THERMAL SENSOR CMD1A720 nsp HOLDER IC CMH1A251 nsp MICA SILICONE CMX2A164 nsp HEAT SINK CMY2A283 ns HEAT SINK 110 CMY3A222X
99. RNET B D CN26 6pin 860 SPDIF MAIN B D CN42 6pin 860 SPDIF IC43 3 5pin 860 SPDIF IC41 860 SPDIF OK to 2 2 CD PLAY Mark 44 Check Soldering CN25 1 2pin 6V on ETHERNET B D CN25 5 6pin 15V on ETHERNET B D BN62 1 2pin 6V on MAIN B D BN62 5 6pin 15V on MAIN B D e CN43 6V on MAIN B D e CN45 15V on MAIN B D SMPS Check Soldering e CN21 1pin 5V on ETHERNET B D BN82 1pin 5V on DISPLAY B D JK81 on DISPLAY B D IC28 on ETHERNET B D Check Soldering CN22 1pin 5V on ETHERNET B D BN83 1pin 5V on iPodDock B D e JK82 on iPodDock B D IC28 on ETHERNET B D Check Soldering IC24 on ETHERNET B D 1 23 on ETHERNET B D CN26 3pin on ETHERNET B D Check Soldering CN26 15pin E RESET on ETHERNET B D CN42 15pin E RESET on MAIN B D e IC11 127pin E RESET on MAIN B D Check Soldering e CN26 860 SPDIF on ETHERNET B D CN42 860 SPDIF on MAIN B D 1 41 860 SPDIF on MAIN B D 1 43 on MAIN B D MEASURING METHOD AND WAVEFORMS To check the waveforms the GND probe of the oscilloscope to specified reference voltage Except for Inner SW TRVSW Measuring Disc CD TCD 784 CD R TCD R082W CD RW TCD W082W It is better to use wires for extending between the probe and test points When watching the
100. RV2221T CCUS1H104KC HCEC1CRV2220T CCUS1A475KC CCUMUC1E475KC CCUS1H104KC CCUMUC1E475KC CCUS1H104KC CMD1A569 CJP05GA208ZY CJP06GA208ZY CJPO7GA193ZY Ref No PartNo Remarks 1 New SEMICONDUCTORS GROUP omo I C IPOD AUTHENTICATION CHIP FROM IC21 2367100765095 CVI236710076509S DM MARANTZ CVITS3USB30EDGSR CVIEN5311QI 2318100415078 DCDC Converter 3 5A SOP8 SANKEN CVISI8005QTL la HVD1SR159 200 CVDKDS160RTKP nsp DIODE SCHOTTKY 40V 3A DO 214AC DELTA CVDSS34SR HVDUDZS5 6BSR nsp DIODE ZENER CHIP 7 5V HVDUDZS7 5BSR nsp ESD SUPPRESSOR CLZ9Z120Z ASQS 12U 02 OR2 0 2pF 12V 1005 HVDUDZS5 1BSR 44 HVTKRC1028 nsp CHIP SOT 23 HVTKRA102S HVTKRC102S nsp CHIP SOT 23 HVTKRC104S 44 ll Ref Part Remarks CN25 WAFER 2mm SMD Vertical 8P CJPO8GA208ZY CN26 WAFER CARD CABLE SMD 1MM CJP23GA193ZY CN27 120p CJP120GA277ZP F201 202 943661006910S POLY SWITCH 1 6A 8V CBASH1600PSUYT JK21 00D2051333009 RJ45 with LED CJJ9L019Z BEAD FERRITE L201 CLZ9R10Z FCM2012KF 121T08 120 OHM L202 FERRITE CHIP BEAD 2200hm 2012 CLZ9RO06Z L203 nsp SMD POWER 22UH 3A CLQ13E220MRZ BEAD FERRITE L204 CLZ9R10Z FCM2012KF 121T08 120 OHM 107 SMPS PCB ASS Y Ref No Part No Part Name Remarks Q ty New IC90 90M HC300960R I C REGULATOR TO220IS 4 CVIKIA78D33PI IC91 9432350032205
101. R_ON OFF CY vi AUX_L OUT 2 22K um m B 35V A R410 100 a 9238 1 osa a 2 VAN 5508 On 1075 E214 9240 ne 329 0 5 2 zo lt KRC102S J 4R019W 5 8 55 0622 0624 gt al 155355 E z Sup sss 0 KRC102S 1025 lt GND Dl a i S l 1 845 i 155355T 1 5 5 I 6 DC_PROTECT2 i l R407 100 5508 LRCK 1 iid Not Used RCD N7 1 12V_A H GH DC PROTECT UX3_L_IN 5 po on AK4683 LOW NORMAL 1 GND Di N g 3 471 25V gt 4683_CDTO m Sun Sa e 1 O O 3 8383 3 3333 0 356 216 C439 m 4683 VOUT E __ 33r 8 E 4683 NT 0 1uF 5 E AMUTE e e GND A m a t EE 9 527 1 R446 C442 R452 R454 R455 Sin 5 lt gt CD SPO F c ewe Jeo Ou 220 22 50V 220 4 7K 47K cL 05 4683 2C CONT 1 0104 0406 55 55 en Y KTC2875B KTC2875B C436 GND A C432 R416 25 8452 7 P gx gla Ei nm 88228 32 3 ass 330P x V goa 8 d 7 8 x 24k RISE 25 amp za 3 za 4683 CSN m 3 3K 3 3K E E Ico 58 4683_CCLK 1 A 58 n a SS 338 u gt 4683 gt GND A PT EE gt 4683 zo d J E 5 2 0 Y nd cn A 25v Scl SZ z 2 u gt 4683_
102. Ref Part Remarks Q ty New C916 nsp CAP CHIP CCUC1H471JA C917 nsp CAP CERAMIC CCKT3A222KBL C918 9431320024705 CHIP CAP 0 1UF 50V 2012 CCUC1H104KC C919 nsp CAP CHIP CCUC1H103KC C921 943132002470S CHIP CAP 0 1UF 50V 2012 CCUC1H104KC C922 9431340030305 CAP ELECT KRM 100V 1UF 105C 5X11 CCEA2AH1ROTS C923 943132002470S CHIP CAP 0 1UF 50V 2012 CCUC1H104KC C924 90M OA000320R CAP ELECT CCEA1HH220TS CAP ELECT C931 nsp CCEA1AKLH222EKS 105 C 10X25 10V 2200uF KLH SERIES C932 nsp CAP CHIP 2012 1uF 50V CCUC1H105KC C933 00MOA47701020 CAP ELECT CCEA1AHAT1TS C934 nsp CAP CHIP CCUC1H103KC C940 nsp CAP CHIP 2012 1uF 50V CCUC1H105KC C941 943134007810 CAP ELECT 10V 2200UF 105C 10X20 CCEA1AH222ES C942 90M OA000310R ELECT CCEA1HH1ROTS C943 00MOA47701020 ELECT 7 115 C944 90M OA000320R ELECT CCEA1HH220TS C945 943132002470S CHIP CAP 0 1UF 50V 2012 CCUC1H104KC C953 nsp CAP CHIP CCUC1H103KC C954 9431320024705 CHIP CAP 0 1UF 50V 2012 CCUC1H104KC C955 nsp CAP CHIP CCUC1H103KC C956 9431320024705 CAP 0 1UF 50V 2012 CCUC1H104KC C957 nsp CAP CHIP CCUC1H103KC C963 nsp CAP CHIP CCUC1H103KC C964 nsp CAP CERAMIC 4700PF 1KV CCKT3A472KBL C972 975 943132002470S CHIP CAP 0 1UF 50V 2012 CCUC1H104KC 44171 ST 4404 2 2221 R934 nsp RES CHIP 6 8K OHM 1 1 8W 2012 CRJ18AF6801T R935 nsp RES CHIP 5 1K OHM
103. S Drain 650V Drain Not Connected N C Controller Supply Voltage VCC GND Controller Ground C at T 110 1 ICE3B0365J Block Diagram JeHI 4 wiLASlOOD 99 2431 UMOPINUS Ieuuedl oT yosoy seg Jawod 5105 eouaJgjas G eDeyoA OWA 0 2 98 93 ICE2B265 SMPS IC92 Pin Symbol Function 1 SoftS Soft Start FB Feedback Isense Controller Current Sense Input CoolMOS Source Output 4 Drain 650V 800V CoolMOS Drain 5 Drain 650V 800V CoolMOS Drain 6 N C Not connected 7 8 O N VCC Controller Supply Voltage GND Controller Ground 1 at T 110 C 2 atT 25 C ICE2B265 Block Diagram 5 5 o a Converter O E Optocoupler Wn 2 Leading Edge Blanking 22075 Propagation Delay Compensation Current Limit Current Limiting SofStat Intemal Bias Improved Current Mode Soft Start Undervoltage Lockout 135V 85V 1 Standby Unit Thermal Shutdown CoolSET F2 270 VAC gt 85 94 20501 SMPS 12093
104. S1H180JA CCUS1H104KC CCEA1AKS101T CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H153KC CCEA1AKS101T CCUS1H104KC CCUS1H470JA CCUS1H104KC CCEA1AKS470T CCUS1H103KC Q t Ref Part Name Remarks Q ty New C246 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C251 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C252 nsp CAP ELECT CCEA1AKS101T 2253 nsp CAP ELECT CCEA1CH471T C255 nsp CAP ELECT CCEA1CH471T C266 nsp CAP CHIP 1608 50V O 1uF CCUS1H104KC C271 nsp CAP ELECT CCEA1HH100T C274 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C275 nsp CAP CHIP 1608 50V 0 01uF CCUS1H103KC C276 nsp CAP CHIP 1608 50V 0 1uF CCUS1H104KC C292 nsp CAP CHIP 1608 50V 0 1uF CCUS1H104KC C293 nsp CAP ELECT CCEA1CKS101T C294 nsp CHIP 1608 50V O 1uF CCUS1H104KC C304 nsp CHIP 1608 50V O 1uF CCUS1H104KC C306 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C316 nsp CAP CHIP 1608 50V 0 01uF CCUS1H103KC C319 nsp CAP ELECT CCEA1CH470T C320 nsp CHIP 1608 50V 0 01uF CCUS1H103KC C321 nsp CAP ELECT CCEA1CH101T C352 355 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C389 nsp CAP CHIP 2012 SIZE CCUC1A475ZF C392 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C401 nsp CAP ELECT CCEA1EH101T C402 nsp CHIP 1608 50V O 1uF CCUS1H104KC C404 nsp CHIP 1608 50V O 1uF CCUS1H104KC C405 nsp CAP CHIP 1608 50V 47pF CCUS1H470JA C406
105. Server Napster Pandora Portable In Rhapsody 22 Pressing the ENTER button will be displayed below Menu Version Timer Press Cursor gt 2 System model region The version of the system Up Press Cursor V E 5 XXXXXX model name region The version of the boot loader system Up Press Cursor V 4 Display XXXXXX model regin The version of the display Up Press Cursor V Net BL model region The version of the boot loader network Up Press Cursor V E Net IMG model region The version of the image network Up 23 4 CD test mode Startup display CD Test Mode displayed for 5 seconds CD Test Mode CDCD TEST MODE display CD Test Mode SEE CD TEST MODE To exit this mode unplug the power cord 4 1 Before starting the test Open the tray and disc Even if the disk is the tray must let OPEN CLOSE Press the SOURCE button to return to 0 CD TEST MODE 4 2 Servo check Press It ENTER button Execute the following steps gt ENTER button continuously for over 1 second to switch directly to SUB CODE readout in step Press the SOURCE button to return to 0 CD TEST MODE CD Test Mode 0 CD TEST MODE res p II ENTER button D LD ON GD Test Mode 1 LD ON ree gt ENTER button 2 FOCUS ON Test Mode 2 Focus
106. To automatically open the tray when set is turned on 2 The disk is put on the tray buttons are pushed and the tray is closed The update begins pressing the ENTER button of the set 3 To automatically open the tray when version up is finished 4 Disconnect the AC cord into a power outlet 3 MAC Address Label pasted to Bottom is pasted to Mac Address Label GEN8341 MAC ADDRESS SUB ASSY of exchanged WLAN MODULE and it substitutes it 4 The firmware is updated by DPMS Refer to VERSION UPGRADE PROCEDURE OF FIRMWARE 2 How to update by DPMS page 38 for the details of the Version up Initializing NETWORK CD RECEIVER Factory Rerset NETWORK CD RECEIVER initialization should be performed when the ucom peripheral parts of ucom and Digital PCB are replaced 1 Turn off the power using ON STANDBY button unplug the power cord 2 Plug the power cord into a power outlet while pressing VOLUMEA and CURSOR YV button simultaneously Initialize Note user settings will be lost and this factory setting will be recovered when this initialization mode So make sure to memorize your setting for restoring after the initialization CURSORV ttt SOURCE 3 A USB A N SN m Q e NETWORK CD RECEIVER RCD N7 VOLUMEA Service tools Measuring Disc CD TCD 784 CD R TCD R082W CD RW TCD W082W Refe
107. UNER I2C 22 31 j P76 TXDb Puf O OL OL pDataforTUNER 2C 32 P75 RKD8 JESPIMEO PU Jatafrom ETHERNET SPI 33 P74 CLK8 PU O Clock for ETHERNET SPI 22 34 P73 TXD8 ESPMOEL PU O DataforETHERNET SP gt 35 P72 CLKR2 jOLED BOOT PD O OL BootforDisplayucom 36 P71 RKD2 MSCL DABD St DatafromDAB TX 37 P7OTXD2 MSDA DAB_DO so oL Data for DAB RX Data transfer to external terminal AMX MITSUBISHI 39 cc __ Data received from the external terminal AMX e emos pena ma amana 41 vss GND 42 P65 CLK1 SCLK L _ SCLK M PD O OL Mode Select SS 43 Pe4 BUSY WSTEREO 1 STREO Indicator input BUSY at Updating _______ 45 P62 RKDO PU SI 1 Network Serial Data Input DM870 860 TXD _____ 46 P61 CLKO KILLIR PU O O H Control terminal for Front IR Disable 47 5 HPMUTE OL HPMUTE gt 48 P137 IELRESET PD O OL ResetforDispeyucom 49 JP36lSCLEO Ne OL NC 50 PT35 ISRXD2 INC O 51 Ne OT ON o Ne 52 PS7z RDY __ __ 1 NC C d 53
108. UP12347Z2 2 I I I I Sheld Wire HeadPhone Out Front In Head phone Out PleuS AUX1 INL AUX1 INR HP OUT L HP OUT R SYSTEM uCOM CODEC ANALOG AUDIO DIGITAL AMP Portable In IR SENSOR FRONT UNIT CUP12347Z 1 30P FFC Cable 18V_D 3 3V_D 5V_D GND_D KEY INPUT HP DETECT OLED BOOT LED CONTROL REMOTE IN PORTABLE DETECT DISP Ucon Control Signal MAIN UNIT CUP12367Z DIGITAL AMP PART Speaker Out Speaker Out Lch Rch 52 OLED CONTROL 3 3V_OLED 16V_OLED GND_OLED LED PART KEY INPUT mmoou FCK SP SP SLED SLED GND CD LIMIT LOADING LOADING OPEN SW GND CLOSE SW 9V_TU STEREO TUNED L_OUT R_OUT GND_A1 120 RDS SubWoofer Out PreOut AUX 1 AUX 2 AUX 3 Optical In 30P FFC Cable 16P FFC Cable 11P FFC Cable OLED MODULE CD MECHA UNIT AM FM TUNER PACK FM Antenna Connector AM Antenna Connector PRINTED WIRING BOARDS MAIN PCB COMPONENT SIDE 7 3 EHAN 7 Sn Ag Cu 0 lt FEU Lead free Solder When soldering use the Lead free Solder Sn Ag Cu BK51 00088 e C C DDD Cn Cn Cn Cn 00 0 99 00 3 25 C456 5 HE ey Rab 10168461 T SH SH 42 991 0494 mus 110450 222 R902 C 5 IN C994 E jm 128444 T 492 E
109. US1H181JA CCUS1H104KC CCUS1H103KC CCUS1H104KC CCEA1AKS221T CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H272KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H103KC CCUS1H102KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H104KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CCUS1H102KC CCUS1H104KC CMD1A569 CWB1C90725047001 CWB1C905250NG002 CWB1C906120NG001 CJP30GB278ZY CJP30GA193ZY CJJ9X006Z CJJ00D051451004 DM HJJ2D003Y CLZ9R010Z HLZ9Z014Z CLZ9RO006Z CRJ18AJOROT CRVKSM603TH5B CST1A012ZT CST1A012ZT CST1A012ZT COXCSTCE16M0V51 CWC4F4A30A180B08 Q e MAIN PCB ASS Y Ref No Part No Part Name Remarks Q ty New IC11 8R2431005400S MCU IC R32C 100 144P6Q A CVIR5F64169DFD IC13 9432310112105 1 REGULATOR SWITCH LOW DROP 5V DPAK 5 IC18 90M HC900160R I C REGULATOR SOT 223 22 943249011290S EEPROM 256K 32 kword x 8 bit IC26 9432310112205 I C REGULATOR 9V DPAK 5 IC31 0432390069005 I C 5 CH MOTOR DRIVE IC WITH REG SSOP 28P IC32 943231011210S C REGULATOR SWITCH LOW DROP 5V DPAK 5 IC41 0002623762008 AUDIO CODEC 64PIN LQFP 0 5MM 44 00 10102090 OP JRC NOME IC51 00MHC12273370 1 PWM PROCESSOR ee confirm a last version in SDI 52 00MHC10102090 OP AMP JRC Use the service board after updating it Ep EU Q235 236 90M HX8000
110. X401 on MAIN B D Check Soldering X501 on MAIN B D e IC41 17 5508 MCLK on MAIN B D Check Soldering e IC11 105 106 107 4683 CDTI 4683 CCLK 4683 CSN 40 Check controll signal for PWM CONTROLLER MAIN B D I C51 24 25pin 5508 SDA 5508 SCL e I C51 13 14 pin PDN MUTE H level O K 2 2 CD PLAY Check Power Supply Voltages for CD MAIN B D e CN45 6pin 7V CN45 10pin 3 3 D Check Power Supply Voltages for CD MAIN B D 1 5VD IC18 2pin 1 5V OK Check Reset signal for CD MAIN B D 1 21 69pin RST H level O K IC11 78pin DECRST level O K Check Oscillation waveform MAIN B D e C21 49pin XO 16 9344MHz OK Check Digital Audio Data for CODEC MAIN B D IC41 2pin CD SPDIF Check Digital Audio Data output from CODEC MAIN B D e I C41 13 15 16pin 5508 5508 SCLK 5508 SDATA Check Digital Audio Data input for PWM CONTROLLER MAIN B D e I C51 26 27 28pin 5508 5508 SCLK 5508 SDATA 41 Check Soldering e IC11 94 92pin 5508 SDA 5508 SCL on MAIN B D IC51 13 14pin PDN MUTE on MAIN B D Check Soldering MAIN B D CN45 7V 10pin 3 3V D BN58 1 3pin 3 3VD 5V SMPS B D Check Soldering IC18 on MAIN B D Check Soldering e IC11 78pin DECRST on MAIN B D Check Soldering e X201 on MAIN B D Check Soldering 1021 33pin CD SPDIF on MAIN
111. ZR CTB3 8JFZR CTB3 10JFZ CTB26 8JFR CTS3 8JR CTW3 8JR CTW3 12JR CWC4F4A23A120B08 CWC4F4A11B080B08 SS gt 5 _ N N N N CD gt New o gt 2 o CD gt p gt gt PACKING VIEW PARTS LIST OF PACKING amp ACCESSORIES Parts for which nsp is indicated on this table cannot be supplied The parts listed below for maintenance only might differ from the parts used in the unit in appearances or dimensions Note The symbols in the column Remarks indicate the following destinations U S A amp Canada model E2 Europe model E1C China model A Part No Part Name Remarks 1 943531011930D BOX OUT CARTON E2 White model CPG1A932Z 1 9435310119400 BOX OUT CARTON E3 White model CPG1A932Y 1 53121017900AD BOX OUT CARTON E1C White model CPG1A932W 1 53121018000AD BOX OUT CARTON Black model CPG1A932R 2 nsp BAG POLY SET White model CPB1A184Z 2 nsp UNWOVEN CLOTH Black model CHS1A202 943611000190S CORD POWER EUR HO3VVH2 F 2 0 75 2 CJA2B108ZV NM E3 o gt gt 6 N 6 9436110002305 CORD POWER UL NISPT 2 18 2 1050 CJA2A107ZV 1 N 9436115004408 CORD POWER CN E1C CJA2N078Z 1 69 gt gt p gt p gt p gt gt 7 16 17 1 7 9 NI DO
112. aralleling capacitors of equal value provides an extended high frequency supply decoupling This approach avoids the potential of producing parallel resonance circuits that have been observed when paralleling capacitors of different values 91 TAS5508 Block Diagram DASd Y NMd punouns Y 9WY pue dv 1 Md punauns 1 pue dv qns 8INV pue INMd 194099 pue qv Jedy pue INMd Jeau 1 EWY pue WMd 34014 INV PU dV INMd 34014 1 LINV pU dV INMd pue WMd YIN pue 0 DAP Control PWM Control System Control Output Control INIGS QTY 125 250 Nd Td QNI 1LX TLX Q19N 8 x 2 Crossbar Mixer 8 x 8 Crossbar Mixer 5 LL 5 c G _ 3 a M 5 405595044 oipny s A 00 00 0 0 0 4 doer a epee Sead ie i t OO0 gq 9 5278785 z lt lt uu3 B0011 01 92 1291 ICE3B0365J SMPS Function Symbol Soft Start SoftS Feedback FB CS Current Sense 650V CoolMOS Source 650V CoolMOS Drain Drain CoolIMO
113. atically Display will be indicated procedure of updating firmware First line Version of updating firmware a number of firmware Second line Rest time and progress of updating Third of Microprocessor and Version while updating firmware any buttons of R C and Front panel are not worked Order of updating 1 Network microprocessor Boot Loader 2 Network microprocessor Image 3 Microprocessor for indication 4 Microprocessor for system 7 After 27 minutes unit will be updated completely and open the tray automatically 8 Remove CD R and pull out AC cord from AC wall socket 9 Please initialize unit after updating Initialized D Please insert AC cord to AC wall socket while pressing Volume button and VolumeV button 2 After power LED is indicated remove your finger 3 Initialize will be indicated 5 seconds 4 Pull out AC cord from AC wall socket 10 Updated unit completely 36 1 3 Trouble Shooting If you find the following Error codes please solve root cause of malfunction 1 If updating is failed the following ERROR indication is displayed Updating fail YY xx min System XXXXXXXX First line Error number Updating fail YY n N YY Error number Second line Time on error xx min yy Third line name of firmware Error code table D Error before updating 0 No update file 05 Update file read error 2 Error at writing System Microp
114. c C gt Z o gt 0 lt gt a 2 2 _ 1 _ 1 _ 1 1 1 AWN 1 1 gt gt mr gt n n n n n n n n Q QD n n n n VRA_PLL 48 VR_PWM PLL FLT RET 47 PWM P 4 PLL FLTM 46 PWM M 4 PLL FLTP 45 PWM P 3 AVSS 44 PWM M 3 AVSS PWM P 2 VRD_PLL 42 PWM M2 AVSS PLL 41 PWM P 1 AVDD PLL 40 M 1 VBGAP 39 VALID RESET 38 DVSS HP SEL 37 BKND ERR PDN 36 DVDD MUTE 35 DVSS DVDD 34 DVSS DVSS 33 VR DIG 17 18 19 20 21 22 23 24 25 26 27 28 29 30 31 32 LT i Z Q Q Q lt x x m CI O 242 gt gt gt gt IL C OU T O X ww LL uuu OX www coe 0010 01 TAS5508 Pin Discriptions TERMINAL i 5 V i NAME NO TYPE TOLERANT TERMINATION DESCRIPTION AVDD_PLL 9 P 3 3 V analog power supply for PLL This terminal can be connected to the same power source used to drive power terminal DVDD but to achieve low jitter this terminal should be bypassed to 55 P LL with a 0 1 uF low ESR Capacitor AVSS 5 6 Analog ground AVSS PLL 8 Analog ground for PLL This terminal should reference the same ground as terminal DVSS but to achieve low PLL jitter ground noise at this terminal must be minimized
115. d contacting semi conductors with your clothing lt Incorrect gt lt Correct gt Grounding Band Conductive Sheet or Copper Plate SPECIFICATIONS CD player Audio performance S N ratio 1 kHz 100 dB Dynamic range 1 kHz 100 dB Total harmonic distortion 1 kHz 0 01 1 Audio AMP Rated output 2 channel driving 65 W 65 W 4 O ohms 1 kHz T H D 0 7 80 W 80 W 4 O ohms 0 1 Rated output 3 dB 4 O ohms 1 kHz Dynamic power High frequency distortion Input sensitivity impedance AUX1 AUX2 200 mV 32 kO Portable in 110 mV 24 Frequency response 5 W 8 0 AUX input 5 Hz to 20 kHz 3 dB Total harmonic distortion 1 kHz 5 W 8 0 AUX input 0 05 S N ratio 10 W 8 0 IHF A AUX input 86 dB Tuner FM tuner 87 5 to 107 9 MHz E3 87 5 to 108 0 MHz E2 Range of receivable frequencies S N ratio mono 65 dB Sensitivity S N 30 dB 9 dBuV AM tuner 530 to 1710 kHz E3 522 to 1611 kHz E2 Range of receivable frequencies S N ratio 40 dB Sensitivity S N 20 dB 55 dBuV m DIMENSION _1 Clock Clock method Within 1 2 minutes per month Wireless LAN Network type wireless LAN standards Conforming to IEEE 802 11b Conforming to IEEE 802 119 Conforming to Wi Fi Transfer rate DS SS 11 5 5 2 1 Mbps Automatic switching OFDM 54 48 36 24 18 12 9 6 Mbps Automatic switching Security SSID Network name WEP key network ke
116. ding pin for 3 3V clock oscillator circuit Xi System clock Input pin Xo System clock Output pin Xtal oscillation circuit Connect feedback resistor MO between Xo and Xi Power Supply pin for 3 3V clock oscillator circuit Power Supply pin for 1 5V Digital circuit Grounding pin for 1 5V digital circuit Port General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 1 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 2 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 3 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 4 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 5 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 6 General Input Output Port CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Port 7 General Input Output Port 82 CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Description Power Supply pin for 3 3V Digital circuit Default Remarks Microprocessor I F data input output pin 0 CMOS Port Schmitt input Refer to 1 2 Pin Assinment Table Microprocessor I F data input output pin 1 CMOS Port Schmitt input Refer to 1 2
117. e network connection Carry out the update in an All Firm Info response acquisitionTimeOut Check the network connection Carry out the update in an iO Main Firm Info response acquisition error recived Check the network connection Carry out the update in an Main Firm Info response acquisition TimeOut Check the network connection Carry out the update in an a 0A DownLoad failed NG information recieved Check the network connection Carry out the update in an ll DownLoad failed ServerBusy information recieved Check the network connection Carry out the update in an a DownLoad failed connection failed information recived BN environment that has little network load 01 02 03 04 05 07 C 0 32 e Firm error codes the main microprocessor rewritten Check main microprocessor Details of Error code Coping strategies 10 Firm Info response acquisition TimeOut Main rewrite Turn off and on the power Updating starts automatically Firmware recived failure TimeOut 11 Firm Info response acquisition recived error Main rewrite off and on the power Updating starts automatically Firmware recived data incorrect CheckSumError Rewrite failure BlockErase failued before Main rewriting off and on the power Updating starts automatically iting Rewrite failure BlockWrite failued before Main rewriting Turn off and on the pow
118. e sure to set everything back as it was originally Inspect for safety after servicing Check that all screws parts and wires removed or disconnected for servicing have been put back in their Original positions inspect that no parts around the area that has been serviced have been negatively affected conduct an inslation check on the external metal connectors and between the blades of the power plug and otherwise check that safety is ensured Insulation check procedure Unplug the power cord from the power outlet disconnect the antenna plugs etc and turn the power switch on Using a 500V insulation resistance tester check that the inplug and the externally exposed metal parts antenna terminal headphones terminal input terminal etc is 1MQ or greater If it is less the set must be inspected and repaired CAUTION Concerning important safety parts Many of the electric and structural parts used in the set have special safety properties In most cases these properties are difficult to distinguish by sight and using replacement parts with higher ratings rated power and withstand voltage does not necessarily guarantee that safety performance will be poreserved Parts with safety properties are indicated as shown below on the wiring diagrams and parts lists is this service manual Be sure to replace them with parts with the designated part number 1 Schematic diagrams Indicated by the A mark 2 Parts l
119. ead free Solder When soldering use the Lead free Solder Sn Ag Cu 55 iPod DOCK PCB COMPONENT SIDE iPod DOCK PCB FOIL SIDE 1 2 3 8 7 JIG GND ccn OO OO cup O 1 JIG GND e ledp 8 x 1900 9003 10 Q coo Q coo m E m C984 c988 NI NH B5B R983 C982 C983 cons CUP12347Z 2 ETHERNET PCB COMPONENT SIDE ETHERNET PCB FOIL SIDE 1 2 3 6 5 a o ETE AES e e 15 217 8226 717 i Es R218 CODR255 JK21 FJ C274 C263 C278 C22 2 ON wn Qn b C22 25 NI amp R227 ALE TEI D215 ja mj s mi 0214 0213 1D 1010 AEN nc C204 UE N Ww I I I I I I I 1 hes er Bono So H pans 84 51 41 H 228 N N C221 R215 fo mimi EIJ R21 ETFI Lr C32 LL1 8253 EL 8252 R254 ali c c 123 Em 006 gums SA mE gt j OCG CN27 R301 288 oo RE C224 R236 EL C502 Lx 18 Te D D R222 6503 16506 294 IC31 CN22 C207 OO 555 NOS NNN i Fr AAC om Nw a c NN NAAN 020511 EP FF J iif WI G AEN nee s 06668 EH C260
120. ebbe essere fortemente ridatta in caso di non osservazione della piu grande cauzione alla loro manipolazione Durante le riparazioni occorre quindi essere collegato allo stesso potenziale che quello della massa dell apparecchio tramite un braccialetto a resistenza Assicurarsi che i componenti e anche gli utensili con quali si lavora siano anche a questo potenziale Bei jeder Reparatur sind die geltenden Sicherheitsvorschriften zu beachten Der Originalzustand des Gerats darf nicht verandert werden Fur Reparaturen sind Original Ersatzteile zu verwenden CD Specificati Le norme di sicurezza esigono che l apparecchio venga rimesso nelle condizioni originali e che siano utilizzati pezzi di ricambiago idetici a quelli Les normes de s curit exigent que l appareil soit remis a l tat d origine et que soient utilis es les pi ces de rechange identiques celles sp cifi es This unit employs a laser Only a qualified service person should remove the cover or attempt to service this device due to possible eye injury CLASS 1 LASER PRODUCT USE OF CONTROLS OR ADJ USTMENTS OR PERFORMANCE OF PROCEDURE OTHER THAN THOSE SPECIFIED HEREIN MAY RESULT IN HAZARDOUS RADIATION EXPOSURE AVOID DIRECT EXPOSURE TO BEAM WARNING The use of optical instruments with this product will increase eye hazard Repair handling should take place as much as possible with a disc loaded inside the player WARNING LOCATION INSIDE ON LASER COV
121. er Updating starts automatically Rewrite failure Verify incorrect after Main rewriting Turn off and on the power Updating starts automatically m iom ion ion Login failure DPMSAccess Login incorrect infomation Carry out the update in an environment that has little network load 13 i 14 i i 15 i i i 36 load i environment that has little network load 39 Login failure DPMSAccess access TimeOut Check the network connection Carry out the update in an Sul 3A DownLoad failure Download error NG information Turn off and on the power Updating starts automatically Carry 3B DownLoad failure Download error ServerBusy Turn off and on the power Updating starts automatically Carry DownLoad failure Download error connection failed information recived out the update in an environment that has little network load e Firm error codes at the display microprocessor rewritten Check display microprocessor A Details of Error code Coping strategies e a e em hat has Me Tomok load Bids NNNM dnd load After download request Login Failed Check the network connection Carry out the update in an nemore Error receiving response Firmlnfo acquisition Turn off and on the power Updating starts automatically Carry eremo an eviromentiPat has Hle remork oa Get Response TimeOut Turn off and on the power Updating starts automatically Carry Failure of Down
122. iled drawing in a schematic diagram are omitted to list 1 IC s R5F64169DFD MAIN IC11 DISPLAY IC81 3 00 4 014 1 00 2 101 2 IO0_3 IIO1 1 09 IIO0_1 1101 108 lt P1_ 107 lt gt P1 2 D10 106 P1 3 D11 105 6 gt P1 4 D12 104 gt P1 5 D13 IIO0_0 IIO1_0 D8 P1_0 AN0_7 D7 P0_7 AN0_6 D6 P0_6 ANO 5 D5 P0 5 ANO 4 D4 PO0 4 WR3 BC3 P11 4 101_3 RTS8 58 WR2 CS3 P11 3 IIO1_2 RXD8 CSZ 11 2 llO1 1 CLK8 CST P11 1 llO1 0 TXD8 CS0 P11 0 ANO 3 D3 P0 3 o le lt gt lt gt lt gt gt lt gt gt lt gt gt lt gt lt ANO 2 D2 P0 2 ANO 1 D1 PO 1 lt ANO 0 00 0 lt 7 RTS6 CTS6 886 AN15 7 P15 7 lt 6 CLK6 AN15 6 P15 6 lt 124 5 RXD6 SCL6 STXD6 15 5 P15 5 lt IIO0_4 TXD6 SDA6 58 06 AN15 4 P15 4 lt 126 IIO0_3 57 57 15 3 153 lt gt 2 RXD7 AN15 2 P15 2 128 1 CLK7 AN15 1 P15 1 lt vss IIO0_0 TXD7 AN15 0 P15 0 lt 7 P10 7 lt 133 KI2 AN 6 P10 6 lt AN 5 P10 5 135 KI0 AN 4 P10 4 lt AN 3 P10 3 lt 137 AN 2 P10 2 4 gt AN 1 P10 1 lt AVSS AN 0 P10 0 lt VREF AVCC STXD4 SCL4 RXD4 ADTRG P9_7 14 Note 2 lt gt 7 lt gt 2 lt gt 3 lt gt 2 CLK4
123. ists Indicated by the A mark Using parts other than the designated parts could result in electric shock fires or other dangerous situations NOTE FOR SCHEMATIC DIAGRAM WARNING Parts marked with this symbol have critical characteristics Use ONLY replacement parts recommended by the manufacturer CAUTION Before returning the unit to the customer make sure you make either 1 a leakage current check or 2 a line to chassis resistance check If the leakage current exceeds 0 5 milliamps or if the resistance from chassis to either side of the power cord is less than 460 kohms the unit is defective WARNING DO NOT return the unit to the customer until the problem is located and corrected NOTICE ALL RESISTANCE VALUES IN OHM k 1 000 OHM M 1 000 000 OHM ALL CAPACITANCE VALUES IN MICRO FARAD P MICRO MICRO FARAD EACH VOLTAGE AND CURRENT ARE MEASURED AT NO SIGNAL INPUT CONDITION CIRCUIT AND PARTS ARE SUBJECT TO CHANGE WITHOUT PRIOR NOTICE NOTE FOR PARTS LIST Parts for which nsp is indicated on this table cannot be supplied When ordering of part clearly indicate 1 and I i to avoid mis supplying Ordering part without stating its part number can not be supplied Part indicated with the mark is not illustrated in the exploded view Not including General purpose Carbon Film Resistor the P W Board parts list Refer to the Schematic Diagram for those parts Not including General purpose
124. node Driver Display Side 1Pin 30Pin 96 PARTS LIST OF P C B UNIT Parts for which nsp is indicated on this table cannot be supplied The parts listed below are for maintenance only might differ from the parts used in the unit in appearances or dimensions Note The symbols in the column Remarks indicate the following destinations E3 U S A amp Canada model E2 Europe model DISPLAY PCB ASSY Ref No Part No Part Name Remarks Q ty New _____ ____ __ ____________ 0933 90M HX600010R T R CHIP SOT 23 Q935 90M HX600010R T R CHIP SOT 23 Q937 90M HX800010R T R CHIP SOT 23 _____ _____ CU D903 0002760794900 DIODE CHIP 933 934 00D2760794900 DIODE CHIP Use the service board after D941 2 2 7 updating it o x j E a E C801 nsp CAP CHIP 4 7uF 6 3V 1608 MURATA GRM18 CCUS0J475KC C802 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC 810 815 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C816 nsp CHIP 1608 50V 33pF CCUS1H330JA C817 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C827 nsp CAP CHIP 1UF 25V 2012 Y5V CCUC1E105ZF C828 829 nsp CAP CHIP 1608 10V 1uF CCUS1A105KC C830 nsp CHIP 1608 50V 1000pF CCUS1H102KC C836 837 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C838 nsp CAP CHIP 1608 50V 1000pF CCUS1H102KC C839 nsp CHIP 1608 50V 0 1u
125. nsp CHIP 1608 50V 0 1uF CCUS1H104KC C731 732 00MDD95331300 CAP CHIP CCUC1H331JA C751 753 nsp CHIP 1608 50V 0 1uF CCUS1H104KC C754 nsp CAP ELECT CCEA1CH101T C755 756 nsp CHIP 1608 50V O 1uF CCUS1H104KC C757 nsp CAP ELECT CCEA1HH100T C758 nsp CAP CHIP 1608 50V 0 1uF CCUS1H104KC C760 761 943132003120S CAP CHIP 3216 100V 0 1uF CCUP2A104KC C764 765 943132003120S CAP CHIP 3216 100V 0 1uF CCUP2A104KC 103 Part Part 2 2 2 2 o o o Ref C766 00MDK56333300 nsp 9431340030408 00D2544692901 00MDD95331300 nsp 9431320031105 9431320031008 nsp nsp nsp nsp n nsp nsp nsp nsp nsp Pp RESISTORS GROUP nsp nsp nsp nsp 943124003380S 943124003360S nsp 43124003380S 43124003360S nsp nsp Pp BK51 BN62 CN24 CN25 CN26 CN31 CN41 CN42 CN43 44 CN45 CN61 61 EITT 2 ET81 JK51 JK63 JK64 71 JK72 THER PATRS GROUP 22 O o o 2 2 2 o o O 2 2 o 21 3 gt 515 0 JNJN 0 943643002710S 90M YT004010R 262010004005S 943646011730S 943646011740S CAP CHIP 2012 33nF 50V CAP CHIP 1608 50V 0 1uF CAP ELECT CAP ELECT ELNA RFO 63V 10U CAP CHIP CAP METALIZED FILM 100V 0 47UF 5 CAP CHIP 2012 100V 0 1uF CAP CH
126. ntiel S afety regulations require that the set be restored to its original condition and that parts which are identical with those specified be used ND Veiligheidsbepalingen vereisen dat het apparaat in zijn oorspronkelijke toestand wordt terug gebracht en dat onderdelen identiek aan de gespecifieerde worden toegepast P our votre s curit ces documents doivent tre utilis s par des sp cialistes agr es seuls habilit s r parer votre appareil en panne LASER SAFETY CDD WARNUNG Alle IC und viele andere Halbleiter sind empfindlich gegen elektrostatische Entladungen ESD Unsorgfaltige Behandlung bei der Reparatur kann die Lebensdauer drastisch vermindern Sorgen sie daf r das Sie im Reparaturfall ber ein Pulsarmband mit Widerstand mit dem Massepotential des Ger tes verbunden sind Halten Sie Bauteile und Hilfsmittel ebenfalls auf diesem Potential gt lt gt WAARSCHUWING Alle IC s en vele andere halfgeleiders zijn gevoelig voor elektrostatische ontladingen ESD Onzorgvuldig behandelen tijdens reparatie kan de levensduur drastisch doen verminderen Zorg ervoor dat u tijdens reparatie via een polsband met weerstand verbonden bent met hetzelfde potentiaal als de massa van het apparaat Houd componenten en hulpmiddelen ook op ditzelfde potentiaal CD Tutti IC parecchi semi conduttori sono sensibili alle scariche statiche ESD La loro longevita potr
127. oldering 44 1 3pin AUX1 L IN AUX1_R_IN C428 C429 on MAIN B D 2 5 AUX1 AUX2 Check Analog Audio Signal from AUX1 AUX2 MAIN B D AUX1 AUX2 input IC41 55 56pin AUX1 L IN AUX1_R_IN IC41 53 54pin 2 IN AUX2 IN to 2 2 CD PLAY Mark 2 6 AUX3 OPTICAL in Check Power Supply Voltages for OPTICAL Input IC MAIN B D JK64 3 3V CN45 10pin 3 3V Check Digital Audio Data from OPTICAL Input IC MAIN B D e 1 42 3 5pin IN IC41 5pin to 2 2 CD PLAY Mark 43 Check Soldering JK63 on MAIN B D C422 C423 on MAIN B D C420 C421 on MAIN B D Check Soldering JK64 3pin 3 3V CN45 10pin 3 3V SMPS B D Check Soldering 1 42 on MAIN B D 1 41 IN on MAIN B D 2 7 USB iPod Dock ETHERNET WiFi Check Power Supply Voltages for ETHERNET B D ETHERNET BD CN25 1 2pin 6V e CN25 5 6pin 15V Check Power Supply Voltages for USB ETHERNET B D e CN21 1pin 5V Check Power Supply Voltages for iPodDock ETHERNET B D CN22 1pin 5V Check Power Supply Voltages for CR870 ETHERNET B D e IC24 5 6 7pin NET3 3V C23 5 6 7pin NET1 2V CN26 3pin E POWER CONT H level O K Check Reset signal for ETHERNET B D CR870 ETHERNET B D CN26 15pin E RESET H level O K Check Digital Audio Data for CODEC ETHE
128. ownload zipped file and unzip on your PC For RCDN7E3 2 For E2 RCDN7E2 XXXXXXXXXXXX XXXX Zip For E1C RCDN7E1C _ 2 2 The following 3 file will be appeared RCD N7 SYS 000 RCD N7 OEL 0000xx BIN and RCD N7 CREUNM BIN E3 or RCD N7 CRNANM BIN E2 or RCD N7 CRNANM BIN E1C Or RCD N7 CRJPNM BIN JP 3 Please burn 3 file to CD R with the following conditions D Multi Session No 2 File System ISO9660 Joliet 3 Mode MODE1 4 Writing speed 8 16 speed according ability of CD R 5 Writing method Disc at Once Finalize Close 1 2 Procedure of updating Pressing the VOLUMEY and 44 buttons for simultaneously plug the AC cord into a power outlet 1 Disc Update Mode is indicated approximately 5 seconds Disc Update Mode 2 Open the Tray Update Please insert disc 35 3 Please put CD R on Tray and press button E Update Loading 4 After loading CD R version number of firmware will be indicated E a Update 14 __ System Display XXXXXXXX Net BL None Net IMG XXXXXXXX Version number 5 If there is no any firmware of updating will be indicated Please confirm version of each firmware by Cursor A V buttons 6 Press Enter button unit will update firmware autom
129. pacitor should be connected between this terminal and DVSS This terminal must not be used to power external devices VR PWM 48 Voltage reference for 1 8 V digital PWM core supply A pinout of the internally regulated 1 8 V power used by digital PWM core logic A 0 1 uF low ESR capacitor should be connected between this terminal and DVSS_PWM This terminal must not be used to power external devices VRA PLL 1 Voltage reference for 1 8 V PLL analog supply A pinout of the internally regulated 1 8 V power used by PLL logic A 0 1 low ESR capacitor should be connected between this terminal and AVSS PLL This terminal must not be used to power external devices VRD PLL 7 Voltage reference for 1 8 V PLL digital supply pinout of the internally regulated 1 8 V power used by PLL logic A 0 1 uF low ESR capacitor should be connected between this terminal and AVSS PLL This terminal must not be used to power external devices XTL IN 20 XTL_OUT and XTL_IN are the only LVCMOS terminals on the device They provide a reference clock for the TAS5508 via use of an extemal fundamen tal mode crystal XTL_IN is the 1 8 V input port for the oscillator circuit A 13 5 MHz crystal HCM49 is recommended XTL OUT 19 AO XTL OUT and XTL IN are the only LVCMOS terminals on the device They 3 crystal HCM49 is recommended If desired low ESR capacitance values can be implemented by paralleling two or more ceramic capacitors of equal value P
130. r 1 1 digit effective number 2 digit effective number 2 digit effective number decimal point indicated by R Units p F Units F Capacity except electrolyte 22 2 E 2200pF 0 0022 u F N 2 1 gt 220pF Indicates number of zeros after efective number More than 2 T Indicates number of zeros after effective numver 0 1 2 digit effective number 2 digit effective number Units pF Units pF When the dielectric strength is indicated in AC AC is included after the dieelectric strength value 9 WARNING AND LASER SAFETY INSTRUCTIONS WARNING All ICs and many other semi conductors susceptible to electrostatic discharges ESD Careless handling during repair can reduce life drastically When repairing make sure that you are connected with the same potential as the mass of the set via a wrist wrap with resistance Keep components and tools also at this potential CF ATTENTION Tous les IC et beaucoup d autres semi conducteurs sont sensibles aux d charges Statiques ESD Leur long vit pourrait tre consid rablement court e par le fait qu aucune pr caution n est prise a leur manipulation Lors de r parations s assurer de bien tre reli au potentiel que la masse de l appareil et enfiler le bracelet serti d une r sistance de s curit Veiller a ce que les composants ainsi que les outils que l on utilise soient galement a ce pote
131. r to MEASURING METHOD AND WAVEFORMS DISASSEMBLY Disassemble in order of the arrow of the figure of following flow In the case of the re assembling assemble it in order of the reverse of the following flow In the case of the re assembling observe attention of assembling it If wire bundles are untied or moved to perform adjustment or parts replacement etc be sure to rearrange them neatly as they were originally bundled or placed afterward Otherwise incorrect arrangement can be a cause of noise generation CAUTION Through great care is taken when manufacturing parts from sheet metal there may in some rare cases be burrs on the edges of top cover which could cause injury if fingers are moved across them Use gloves to protect your hands SIDE PANEL TOP COVER Refer to DISASSEMBLY 1 TOP COVER and EXPLODED VIEW COVER TOP Ref No of EXPLODED VIEW P13 IPOD DOCK CON UNIT Ref No of EXPLODED VIEW C5 DOOR Refer to DISASSEMBLY 2 DOOR and EXPLODED VIEW DOOR TRAY Ref No of EXPLODED VIEW P2 CD MECHA ASSY FRONT PANEL ASSY Refer to DISASSEMBLY Refer to DISASSEMBLY 3 CD MECHA ASSY 4 DISPLAY ASSY and EXPLODED VIEW and EXPLODED VIEW CD MECHANISM ASS Y DISPLAY PCB ASS Y Ref No of EXPLODED VIEW Ref No of EXPLODED VIEW C1 ETHERNET PCB ASS Y OLED MODULE Ref No of EXPLODED VIEW Ref No of EXPLODED VIEW C9 MODULE TUNER Ref No of EXPLODED VIEW
132. rocessor 10 Update file check sum error 11 Erase failure 12 Write failure 13 Verify incorrect 3 Error at writing Display Microprocessor 20 Update file check sum error 21 Erase failure 2 Write failure 3 Verify incorrect 4 Communication error 4 Error at writing DM8x0 30 Update failure check sum error 31 Erase failure 3 Write failure Verify incorrect DM8x0 firmware rewrite error information received N N N 1 4 Notice of updating firmware 1 When unit is updating firmware on item 1 2 Procedure of updating 6 do not turn off the power or pull out AC cord from AC wall socket 2 If power supply stop to supply microprocessor unit will be broken 1 When cord is pulled while updating System firmware System microprocessor will be broken Please replace it 2 When AC cord is pulled while updating Display firmware Display microprocessor will be broken Please replace it 3 When AC cord is pulled while updating DM870Net IMG firmware gt Please update firmware by CD R again 3 When updating is not finished not 10096 but tray opens automatically over 27 minutes Probably unit will be updated firmware completely therefore please confirm version of firmware If no please update again 4 After 35 minutes try does not open or try does open with error indication please update firmware of unit with CD R again 37 2 How to update by DPMS You can update by downloading the latest
133. run Short mode Playing last track on disc After disc playback has finished then tray open and close And playback again The heat run repetition no is incremented increased by 1 when the tray is opened Repeat this operation H R Short displayed XXXX Select H R Short and press II ENTER button Press the Cursor A button to display the count 5 3 Heat run chacking mode TOC read the CD the first song disk search open closed later and again read TOC The heat run repetition no is incremented increased by 1 when the tray is opened Repeat this operation H R Chacking displayed H R Chacking XXXX Select H R Chacking and press It ENTER button Press the Cursor A button to display the count 5 4 Error display Press the Cursor A V to display the error information Heafrun Mode gt Ex xx CD Tr 00 21 Heat run error code table Tracking offset adjustment not possible Focus offset adjustment not possible Focus servo dropped during playback Focus servo dropped during searching Focus servo dropped during TOC reading 2 14 Subcode cannot be read during pause E2 15 Subcode cannot be read during manual search E3 00 OC could not be read within specified time E3 01 PVD SVD analysis could not be completed within specified time E4 04 Search time out The search was not completed within the stipulated time Tray is not opened by
134. serial control data interface input output SDIN1 31 DI 5V Pulldown Serial audio data input 1 is one of the serial data input ports SDIN1 supports four discrete stereo data formats and is capable of inputting data at 64 Fs SDIN2 30 Pulldown Serial audio data input 2 is one of the serial data input ports SDIN2 supports four discrete stereo data formats and is capable of inputting data at 64 Fs SDIN3 29 Pulldown Serial audio data input 3 is one of the serial data input ports SDIN3 supports four discrete stereo data formats and is capable of inputting data at 64 Fs SDIN4 28 DI 5V Pulldown Serial audio data input 4 is one of the serial data input ports SDIN4 supports four discrete stereo data formats and is capable of inputting data at 64 Fs VALID 39 DO Output indicating validity of P WM outputs active high VBGAP 10 Band gap voltage reference A pinout of the internally regulated 1 2 V reference Typically has a 1 nF low ESR capacitor between VBGAP and AVSS PLL This terminal must not be used to power external devices VR_DIG 33 Voltage reference for 1 8 V digital core supply A pinout of the internally regulated 1 8 V power used by digital core logic A 4 7 uF low ESR capacitor should be connected between this terminal and DVSS This terminal must not be used to power external devices VR DPLL 17 Voltage reference for 1 8 V digital PLL supply A pinout of the internally regulated 1 8 V power used by digital PLL logic A O 1 uF low ESR ca
135. t R 3 3 kQ UBDIS I O Power supply pin for 1 5V Decoder DSP _ 3l F CD circuit CMOS Port 33 Pio8 3l E Port 8 General Input Output Port Schmitt input Refer to 1 2 Pin Assinment Table CMOS Port 34 Pio9 Port 9 General Input Output Port Schmitt input Refer to 1 2 Pin Assinment Table CMOS Port 35 Pio10 3l F Port 10 General Input Output Port Schmitt input Refer to 1 2 Pin Assinment Table CMOS Port 36 Pio11 Port 11 General Input Output Schmitt input Refer to 1 2 Pin Assinment Table Pio12 I O CMOS Port SONNO DUE Port 12 General Schmitt input FGiN CD Monitor 0 FG signal input Refer to 1 2 Pin Assinment Table Pio13 Port 13 General Input Output Port CMOS Fort 38 Schmitt input CDMoN1 CD Monitor1 Refer to 1 2 Pin Assinment Table 014 O 14 General Input Output Port 1 CDMoN2 oe CD Monitor 2 Refer to 1 2 Pin Assinment Table O CMOS Port 40 CDMoN3 CD Monitor3 Default output 5857 O Refer to 1 2 Pin Assinment Table 81 DVSS3R Description Grounding pin for 3 3V Muiti Bit DAC circuit Default Remarks Ro R channel audio output pin of Audio DAC DVDD3R Power supply pin for 3 3V Audio DAC circuit DVDD3L Power supply pin for 3 3V Audio DAC circuit Lo L channel audio output pin of Audio DAC DVSS3L Grounding pin for 3 3V Muiti Bit DAC Circuit XVSS3 Groun
136. tion Carry out the update in an that environment that has little network load Login failed Check the network connection Carry out the update in an Error receiving response acquisition Turn off and on the power Updating starts automatically Carry pror reena responso aoaie oit tme update ian environment Irat has Ne netware load Firmlnfo Get Response TimeOut Turn off and on the power Updating starts automatically Carry ee Response TOW Net not connected Check the network connection Carry out the update in an ad environment that has little network load environment that has little network load environment that has little network load environment that has little network load out the update in an environment that has little network load out the update in an environment that has little network load A A A A A A A A A A A A A A out the update in an environment that has little network load out the update in an environment that has little network load Failure to update After the move again 8x0 selfe display retry processing 0 1 2 3 4 6 7 8 9 A B C E F B2 Update retry Please wait 11 Update mode by RS232C Firmware update using PC via RS232C Upgrade by DPMS No display To exit this mode unplug the power cord 12 MAC Address rewrite mode Rewriting the MAC address mode Production development for
137. u 1 1 33N 20 1720 L703 15 5 5 5 COL 7 1 M ri hd 0 1uF MLS HZ9Z014Z 4 ET oT amp 8 5 1020 1C51 8 olz 8 m L L 5 5 1 TAS5508B OTS 618 18 20 E F 20 l m aS Sarrio S SIR lt i 0701 LZ 5 5 ES 1075 UM Sol 27920147 0 5 10N 20 C713 33N 20 m L704 1 c COL 7 u C712 33N 20 p lt 4 lt 20 sO e 0702 C711 0 1uF AN 2 1723 1075 ei 51 8 Hz9z014z elc BT 10N 20 95 a oe mi pS OT t 5 on COL 10uH d nm 3R3 F 20 C703 5S 18 F 20 o 0 1uF S s d lt S 18 F 20 9 EZS3R F 20 s 22 S a S iy es OTS 6 92 10 20 OTS 1724 i303 33N 20 m 5 COL 10uH C708 0 1uF 7970147 ROME J K71 COL 10uH EE la 1 ID AN 7 C891 e 27 TI2V_514 432V 1 TNI 10 50V GND Al l GGN Ex 10 50V 0 M 5 C893 sy 1 1 0 6 E 1 ET71 768 3300 50 L 5 7 TAS5142 S 8 RCD Not Used M L725 4959 SOW EEKE e 4 4 1 5 1 1 o 5 2922 Oh i inl tal tal wn m 1 illt tix ila OTS BSar 3388448
138. ut pin 3 I F V digital input output pin 83 IP4001CRLTF MAIN 1031 PGND2 DO4 DO4 INA IN4A REF VCC2 FIN 1 CTL DO3 DO3 DO5 DO5 DOI DOI INI INIA REO MUTE FIN SGND FWD IN2 DO2 DO2 PGND1 REV IP4001CRLTF Block Diagram PGND2 DO4 DO4 INA IN4A REF VCC2 FIN VCCI IN3 DO3 DO3 DOS DOI DOI INI INIA N C REO MUTE FIN SGND FWD IN2 DO2 DO2 PGNDI REV IP4001CRLTF Pin Discriptions vo o vo DeSoRPTION ____ 711 ww O cHsoureure pon we po rem po RC N NIC C NO CONNECTION CONNECTION CH3INPUT INPUT BEEN ENT CN MOTOR SPEED OUTPUT CONTROL MUTE SUPPLY VOLTAGE 1 MUIE INPUT CH2 CH3 CH5 SIGNAL SUPPLY VOLTAGE 2 one GROUND BE VEDZ A CH1 CH4 SIGNAL REG FWD CH5 INPUT 1 REF CH BIAS INPUT CH2 INPUT EI IN4A INPUT 1 5 1 as bow o Power round O 2 Ponz PoweR GROUND 84 AK4683 MAIN 1 41 64 63 62 61 60 59 58 57 56 55 54 53 52 51 50 49 PVDD 1 48 RISEL RXO 2 O 47 2 3 46 LOPIN RXI 4 45 LISEL 2 5 44
139. wer until updating is completed Even with a broadband connection to the Internet approximately about 1 hour is required for the updating procedure to be completed Once updating starts normal operations on the RCD N7 cannot be performed until updating is completed Also setting items may be initialized Make a note of the settings before updating and set them again after updating 38 TROUBLE SHOOTING 1 OLED dosen t light Check Power Supply Voltages for System p com MAIN B D e 6V_CPU CN43 43 3V CPU IC12 Spin Check Reset signal for System p com MAIN B D IC11 19pin RESET H level O K Check Oscillation waveform MAIN B D e IC11 20pin 16MHz OK Check Reset signal for OLED DISPLAY B D 1 81 19pin RESET H level O K Check Oscillation waveform DISPLAY B D e IC81 20pin 16MHz OK Check Power Supply Voltages for OLED DISPLAY B D CN84 24pin 3 3V e CN84 3pin 16V Check Reset Signal for OLED DISPLAY B D CN84 20pin H level O K Check OLED dirive Signal DISPLAY B D CN84 13 6pin DAO DA7 39 Check Soldering IC12 on MAIN B D CN43 4pin SMPS B D Check Soldering IC11 on MAIN B D Check Soldering X202 on MAIN B D Check Soldering IC81 on DISPLAY B D Check Soldering X802 on DISPLAY B D Check Soldering CN88 on DISPLAY B D CN41 on MAIN B D Check Soldering IC
140. xtemal capacitor to OUT C required BST D 20 24 P HS bootstrap supply BST extemal capacitor to OUT D required GND 8 10 P Ground GND A 32 38 P Power ground for half bridge A GND B 31 37 P Power ground for half bridge B GND C 24 30 P Power ground for half bridge C GND D 23 29 P Power ground for half bridge D GVDD A 36 44 P Gate drive voltage supply requires 0 1 uF capacitor to AGND GVDD B 1 1 Gate drive voltage supply requires 0 1 uF capacitor to AGND GVDD_C 18 22 P Gate drive voltage supply requires 0 1 uF capacitor to AGND GVDD_D 19 23 P Gate drive voltage supply requires 0 1 uF capacitor to AGND M1 13 15 Mode selection pin M2 12 14 Mode selection pin M3 11 13 Mode selection pin 3 4 25 No connect Pins may be grounded OC ADJ 7 9 O Analog overcurrent programming pin requires resistor to ground OTW 2 O Overtemperature warning signal open drain active low OUT_A 33 39 Output half bridge A OUT B 30 36 Output half bridge B OUT_C 25 31 O Output half bridge C OUT D 22 28 Output half bridge D PVDD_A 34 40 41 P Power supply input for half bridge A requires close decoupling of 0 1 uF capacitor to GND A PVDD_B 29 35 P Power supply input for half bridge B requires close decoupling of 0 1 uF capacitor to GND B PVDD_C 26 32 P Power supply input for half bridge C requires close decoupling of 0 1 uF capacitor to GND C PVDD_D 21 26 27 P Power supply input for half bridge D requires close decoupling of 0 1 uF capacitor
141. y 64 128 bits WPA PSK TKIP AES WPA2 PSK TKIP AES Used frequency range 2 412 MHz 2 462 MHz E3 2 412 MHz 2 472 MHz E2 No of channels E3 Conforming to IEEE 802 11b 11ch DS SS Conforming to IEEE 802 11g 11ch OFDM E2 Conforming to IEEE 802 11b 13ch DS SS Conforming to IEEE 802 11g 13ch OFDM Of which 1 channel used Of which 1 channel used Of which 1 channel used Of which 1 channel used 2 Power supply Power supply voltage frequency AC 120 V 60 Hz E3 AC 230 V 50 Hz E2 Power consumption 65 Power consumption in standby mode 0 3 W E3 0 4 W E2 Miscellaneous External dimensions 280 W x 112 H x 300 7 D mm Weight 4 3 kg 216 300 7 26 7 CAUTION IN SERVICING ABOUT REPLACE THE WLAN MODULE WITH A NEW ONE A When replaced of the RCD N7 WLAN MODULE 8R1821000100S confirm contents of the following 1 Replace the WLAN MODULE with the 8R1821000100S MAC Address was written 2 After the RCD N7 built DISC using firmware CR870 Net IMG to change the E2 E3 Version The file name of CR870 Net IMG M CR603 mmddvv BIN NOTE The mm is month The dd is date The vv is version Version NA EU JP Refer to 9 Update mode by disc page 31 for the details of the Version up with disc 1 Pressing the VOLUMEV and CURSORA buttons for simultaneously plug the AC cord into a power outlet
142. yA21 6 0 72 PAM CS3 A20 73 fo MCN 76 VSS vss 77 pauar INC dof 78 ne JC 79 PS7 AIB 0 JC 80 P36 A1i 50 81 P3SSJAIS 0 nc 82 Pasai ne 83 PSA dof 84 ONC O 85 9 0 JC e 86 ONC o 5 87 P128p ONC O 88 PI22 RXD NC 2 89 PI2M CLKO 0 JC 2 90 P120 TXD6 91 pv 92 8 ne JC 3 93 vss 5 94 PZZAT __ O 95 P200 96 P25Ab __ JC 97 P24AM4 dof 98 P2343 __ JC e 99 P222 ne __ Ne s 3 100 JP21 A1 N ol 101 20 0 ne __ JC yp 102 Pizos 103 P1614 ne __ 2 104 JP15p13 105 Pi4 Di2 ne 106 __ NC 2 _ 107 Pi2 DDIO ON 108 P1109 __ 6 2 _ 109 1008 ne 1 M0 Pozor __ NC

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