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TK-2212L

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1.
2. 5 C40 CV 047 40 E FREQUENCY OSCILLATION TX als 100 AMP 18 ase TX VCO 2SC5108 Y F 11 124 110 07 116 82g E 180n isle 180p 39n els 518 548 8 3 02 10 Sole ofS Bae Seo 28C5108 Y F ors B 38 8 26 M sie 8 Pee T 5 MODULATOR R16 R21 R22 TX MODULATION C45 31 112 R34 R36 wp 560 ob 680 0 Age PR 560k x 270k S48 848 902 eR30 5 8 ox S 848 548 225 8 a Jk xz du 12k ots 8 d Es 844 FREQUENCY RT1P430U CONTROL OSCILLATION RX DC SW RX VCO 5 RX VCO 2SC5383 T111 Lu p c55 117 100n 27n 1SV325F p T 4 83V Boe VCO RX
3. t 2 R10 0 3 C40 RIT 0 it 047 4 Six FREQUENCY r o 2727 1 s 8 i gis CONTROL VCO OSCILLATION TX RF BUFFER AMP w O u lt im E 9 5 18n L24 6 PLL SYSTEM z 2 52 8 Wa P s lx L10 PA C52 L16 28C5108 Y F C78 IC1 359 180n P gt MB15A02PFV2E1 5 5 8 5 5 18 25 180p 9 oda m m m m m m pom AV 2 LUE g rr C50 3da Bae 295908 2 8 02 ore TX DRIVE 229298868832 p mers ANT SW 2SC5108 Y F Gas 579828 Bae geo Ic2 548 D101 202 61103 TX FINAL AMP 1 R8 PLLIC F IN AMP 878 TX RX _ 8108 25825965 0106 oe L117 14480 1119 8 T 7 30V 0 S ons 15 05 v i were Qo 46V RF SW TEL IM C110 2SK2595 E HVC131 546 RT1P430U T se 15
4. RF AMP 5c 09 D101 D202 0102 0103 0106 D103 D104 HVC131 06 28C5108 Y F 9 25 5108 HSC277 28C4926YD 25 2596 25 2595 105 106 5 277 RF T R TX TX BUFF DIVIDER AMP gt RF DRI VE W FINAL ANT Cc L 3 AMP sw AMP SW AMP AMP 5c 5c 5T 5R5C 5T 5T 0104 RTIN141U 0109 01 5 0105 2SK879 Y F RT1P441U TA75W01FUF I DC DC SW SW DET 0108 25 1824 na DCSW 08 25 5383 11 DC DC i D11 MA2S111 F SW SW RIPPLE 0107 RT1N141U 56 PILTER 1 201 0203 201 0204 D203 D204 0205 D205 D206 TA31136FNG 25 4649 1 71 0619 05 35 318 1SV305F 35 318 15 305 IE ucr amp Ist amp MIXERC AMP 38 85MHz 5R 5R PCTV 5 201 1 72 0958 05 IF SYSTEM k A ETA E A A CUN T 450kHz I SB SB 0403 30 2156 05 0404 B30 2157 05 RSSI LED LED gt BUSY RED GREEN PTT 5 it 0401 RTIN141U 0402 410 pri pc SW SW PF2 LEDTX LEDRX
5. 2 2 UNIT 57 7120 11 Component side view 79 0074 09 TX RX UNIT X57 7120 11 Component side view J79 0074 09 3 l 5 4 50 5 6 26 i 20 oll E 5 Sila 4 I 5 6332 8 8 2 S Bem 9 oa px E E 5 up es C326 S R322 8 B e 10 11 11 Component side Address Ref No Address Ref No Address Ref No Layer 1 Layer 2 Layer 3 12 Layer 4 12 Foil side 13 1 22 23 14 14 D G H J K L M N o a B o R s TK 2212L 1 K 2212L 2 TX RX UNIT X57 7120 11 Foil side view J79 0074 09 v TX RX UNIT X57 7120 11 Foil side view J79 0074 09 J79
6. 1 r Es 2147 0106 105 L116 E Cm J79 0074 09 154 Shake 42 9 D 0106 Ec oa z e 2 E SPO PTT RXD SPI TXD AE NC m 8 C339 24 4 5 10 11 12 13 14 22121 Y 2 UNIT 57 7120 11 side view 79 0074 09 NO gt Lay Lay Lay Lay y m mponent side ayer ayer ayer 25 get r ae hg T E mem LIB i LJ EN El m Be d Wb V dh PAPAS C TK 2212L SCHEMATIC DIAGRAM 1 2 dO NELO JAN 4 6 26 57 712 1 4 TX RX UNIT 57 7120 11 R9 0 R10 0 0 PLLSYSTEM 58 F IC1 O MB15A02PFV2E1 4 84V R8 0 5985
7. B 16 0401 m L23 6 e 1 0 8337 7 8 m S kam 8 010 v c22 e C409 2 16 5 MIC Ce P Le 5 J801 TCi LE E Anny s pom 9 IND 9118 5 c2 cM NEN S C68 b 357 5 R352 71 r 2 5 429 41 SH ane PTT RXD D7 047 ass Ro a 10 24 810 js 3 NC 5s ev Em B 10 10 Do 11 11 Component side Address Ref Address Ref No Address Ref No Layer 1 Layer 2 Layer 3 12 Layer 4 12 Foil side 13 13 14 M TK 2212L SCHEMATIC DIAGRAM TX RX UNIT X57 7120 11 Note The components marked with a dot are parts of layer 1
8. IC201 1 TA31136FNG Ses MCF R902 8 XF201 171 0619 05 4 7 38 85 MHz R216 C224 R218 IN C231 5 x m E 45 WIN SW RX 01u 28 1824 0202 1 828 D 22 WIN SWITX 21 4 250464904 ais Se IF AMP ETT WIN m um m m m m m m m m m m OWN DTRLOADN DIR TDATA DTRCLK R301 R304 DVO 47k 001 SCLK ROF FD TCLK DTRDO ES FREQUENCY BUSY DIVIDER 10407 XIN TC7W74FU F C450 1H R422 x5 177 1633 05 E BSHIFT ON 4 95V 1 432 423 R410 rane R409 435 0407 4 25 1830 5 0 0 5p 0408 BSHIFT d 2SK1830F 2 8 5 2 IC301 FILTERO EEPCLK AQUA L EEPDAT C452 EXPOUT 1H AUDIO PROCESSOR 1000p 407 408 EEPROM en SHIFT 5 12406 sw 8 24128 105027 3 6864MHz CLK 92g 238 Raga 47k R425 47k BUSY RSSI d RB706F 40 390k VOX I oix E 5 z n gt DETECTOR C310 0 068u R311 OPTDET RXD PTT RXD PTT V QT DQT QT DQT IN PTTSW PTTSW SB X57 712 3 4 UNIT 57 7120 11 DRIVE T 1 88V Q103 25 2596 SCHEMATIC DIAGRAM K 2212L Note The components marked with a dot are parts of layer 1 TX FINAL
9. Q106 2SK2595 E ANT SW D103 N HVC131 L117 1118 1119 328 390p C110 1104 R120 C120 L107 L115 144 D104 wm j m m m um 1000p 27 1000 82 HVC131 Sig 8 Eng 358 ANTSW 5 T 5 5 I T 57 PEE Mist pie Bg OTs 7 d 1 cm 2 ate st 418848 gdz 95 atg Ses ag dag 855 8 2 Bho 3 gt OTLOTS 573513 i 5L 5T 7 7 alsrl8 TI D105 107 575578 ANT SW 8 2 2k 150k D SW 0109 somo 10101 RT1P441U n TA75WO1FUF APCSW 8255 C146 DCSW eee OUT 8 eL APCSW Q104 1000 83 555 RT NI41U INI OUTB EU 1 150k D B Q105 558 828 888 848 2 ECN 2SK879 Y F EFS EFS
10. 15 02 2 1 02 25 5108 TX RX 136 00 174 00MHz INT gt INT gt RESET PLL PLL STB D401 4 5215 30 XC6204B502MR 04 2SK508NV K52 PLL D4 D7 1SV325F 5 09 101 202 0102 0103 0106 103 0104 HVC131 PROTECT AVR 5 10 1SV278F 06 2SC5108 Y F 509 25 5108 5 277 25 4926 25 2596 25 2595 105 106 5 277 0405 2370 111 Loop BUFF RF T R TX TX ANT LL 93e __ Filter vob AMP DIVIDER 9 ANE NE PRIVE m 7 5 sw 9 PPF DC i gt 5c i sw 05 RT1P430U 5 5c 5 5T 5R5C 5T 5T 12 8 2 DC i ee SW 0104 410 0109 IC101 177 1931 0105 2SK879 F RT1P441U TA75W01FUF I i 0403 CPH3317 ES LPF 03 2SK508NV K52 DC DC 10402 I st 25 09 159325 sw SW DET XC6204B502MR SW f i RX 0108 25 1824 5 DCSW 5T i 08 25 5383 7111 APCSW pe APCSW 07 RT1P430U D11 25111 ENCODER 0404 RT1P237U T111 amen 0107 RTIN141U s DC s 5 PCTV EN2 gt 5R SW FILTER T 4 201 0203 XF201 0204 D203 D204 0205 D205 D206 Q1 KTC4082 TA31136FNG 25 4649 1 71 0619 05 35 318 1SV305F 35 318 15 305 TRIPLER a
11. 9191919 s 9985883 8 55050 Gee a 8258 5459 2 1 2370 111 gt 5 i 8 28828 578 R 7 56V 2 2 51 98852288 5 zo9gogor 1000p O T 1 T 7 26V vss 52 Soang 50558 86 25 TX 7 s 8 53 opmer 88585 lt E loa DTMF DEN c m m m m mom om mom mom mom om mom m NC 1 401 402 mud con Tei 5 DTRLOADN DTRLOADN 9 8 54 5 DTRLOADN STD STD 1 8 5 VOLTAGE 1 2 57195 QTvcO 22 STD 1 D ce REGULATOR SV x DIR DIR TME 2 8 0203204 B502MR DATAJDTRCLK I TDATA DTRCLK rs e R354 I SS RFBPFTUNING 8 205 206 1 5 Bio Dio DVO s lx 10k Bez ik 522 8 RFBPFTUNING 1 VIN VoUT R 4 83V 58 9 R301 R304 528 2288 8 5 812 8 ges 2 E 18 CLK 228 8 8 279 STS yss gt 8 8 8 4 95V 59 RDF FD ROF FD BOF FD 47k 0 01 560k S R 0 3V MUTE e R343 2 4 BT 5 8 9 vcc TCLK DTRDO TCLK DTRDO TCLK DTRD 7 OFF 61 18 P T 0 3V 12302 470k 8 8 1402 caso WR vec 5415 RSSI 5L2 812 C334 TA7368FG MUTE Sw 28 8 e 0 010 el Ss 14 47k BUSY BOSSES OTS WIN SW TX hi 1 ko Q306 Tr NT 4 GND IC405 vec 53 RE GUE
12. AWO6Z 2 0 2 Aou nb 1i3 191092 4 26910 uonoes ZN wgps 6L L 202 LOZ4X 90 dd1 7020 1912 iuh 9 0 0 1 0 01 02 1 611 01 ZHINS8 88 141 191u82 JY U01 99S 32 TK 2212L OPTIONAL ACCESSORIES KSC 35 RAPID CHARGER External View Specifications Charging time Dimensions Charger only Weight Charger only KNB 45L Approx 180 minutes 86 3W x 43 2H x 100 0D mm 3 3 8W x 1 45 64 x 4D inches Approx 90g 0 2 Ibs KNB 45L Li ion BATTERY External View Specifications Voltage 7 4N 3 7V x 2 Battery capacity 2000mAh Schematic Diagram DISCHARGE TERMINAL SIDE Thermistor REAR CHARGE TERMINAL SIDE 33 TK 2212L SPECIFICATIONS General Frequency Range Number of Channels Channel Spacing Battery Voltage Battery Life 5 5 90 duty cycle during high power Battery Saver off Operating Temperature Range FrEQuenCy tcs corte e toda sente tct Antenna Impedance Channel Frequency Spread Dimensions W x H x D Projections not included Min Max Radio Only With KNB 45L 2000mAh battery Weight net Radio ONIY cedes item ted With KNB 45L 2000mAh battery 136 174 2
13. PLL CLK PLL STB D401 IC401 RB521S 30 XC6204B502MR 04 2SK508NV K52 PLL D4 D7 18V325F D10 15 278 PROTECT AVR gt 5M 0405 2370 111 Loop TX Filter vco DC sc SW 05 RT1P430U i 5 H 12 8 5C_C x1 eu 177 1931 05 0403 CPH3317 5 LPF y 03 2SK508NV K52 IC402 DC gt 5p D5 D9 1SV325F XC6204B502MR SW 5 RX 5T vco i 07 RT1P430U ENCODER 0404 RT1P237U T111 O as bs EN2 5R SW O m 01 KTC4082 38 4MHz TRIPLER 0901 5R 25 1824 0202 410 CD201 L79 1582 05 WIDE n NARROW RX W N SW 4 sw 450kHz BATT i 5c 5c 301 AQUA L DET gt BATT i D402 1SR154 400 AUDIO x PROCESSOR PWR SW VOL DTRLOADN STD TDATA DTRCLK RDF FD SCLK TCLK DTRDO DIR ME 1 406 AT24128N10SU27 0306 0316 16302 AQUAXIN 25 3577 7368 T EEPROM MUTE k AF AGC SW AMP 0407 0408 2SK1830F 0302 2564919 0303 DAN222 SW 0305 RT1N441U 0304 2SA1362 F GR D302 RB706F 40 i Dc Dc SW SW DET vox cae 58 SB D301 RB706F 40 X3 L77 1633 05 7 37 2 DC sw 0303 RTIN441U MIC 30 TK 2212L BLOCK DIAGRAM 02 25 5108 TX RX 136 00 174 00MHz
14. TK 2212L REALIGNMENT CIRCUIT DESCRIPTION 6 Firmware Version Information Turn the transceiver ON with the Side1 and Side2 keys held down Then the version is displayed during holding the Side1 and Side2 keys CIRCUIT DESCRIPTION 1 Control Circuit The control circuit consists of a microprocessor 05 and its peripheral circuits It controls the TX RX unit and transfers data to the Display unit 405 mainly performs the following 1 Switching between transmission and reception by the PTT signal input 2 Reading system group frequency and program data from the memory circuit 3 Sending frequency program data to the PLL 4 Controlling squelch on off by the DC voltage from the squelch circuit 5 Controlling the audio mute circuit by the decode data input 6 Transmitting tone and encode data 1 Frequency Shift Circuit The microprocessor 405 operates at a clock of 7 3728MHz This oscillator has a circuit that shifts the frequency by BEAT SHIFT SW 0407 0408 A beat sound may be able to be evaded from generation if Beat Shift is set to ON when it is generated in the internal spurious transmission modulated sound of a transceiver XOUT 405 BSHIFT Fig 1 Frequency shift circuit 2 Memory Circuit Memory circuit consists of the CPU 405 an EEPROM 406 An EEPROM has a capacity of 128k bits that contains the transceiver control program for the CP
15. wave into 3 points square waves LPF 3kHz HPF OFF PTT ON Narrow EST CH Center PTT ON 8 Max deviation TEST CH Center ANT Programming 4 2kHz Adjust Low SP MIC connector Software KPG 100D According to Wide High the larger 3 points AG 1kHz 110mV Deviation meter filter LPF 15kHz HPF OFF PTT ON Narrow EST CH Center 2 2kHz PTT ON According to the larger 9 deviation TEST CH Center Programming 0 80kHz Adjust Low Software KPG 100D Wide High 3 points LPF 3kHz HPF OFF PTT ON Narrow TEST CH Center 0 40kHz PTT ON 10 DOT deviation TEST CH Center 0 75kHz Adjust Low Wide High 3 points LPF 3kHz HPF OFF PTT ON Narrow EST CH Center 0 38kHz 40Hz PTT ON 11 DTMF deviation TEST CH Center 3 0kHz 100Hz Adjust LPF 15kHz Wide HPF OFF PTT ON Narrow EST CH Center 100Hz PTT ON 12 MSK deviation TEST CH Center 100Hz Adjust Low Wide High 3 points LPF 15kHz HPF OFF PTT ON Narrow TEST CH Center PTT ON 20 Section Condition TK 2212L ADJUSTMENT Measurement Adjustment Test equipment Terminal Parts Method Specifications Remarks 1 BPF Wave Adjust 1 Center frequency Spectrum analyzer setting Center f 155MHz 100MHz 30kH
16. 221 280510800 7 0101 101 RF ron Lr mc C144 NES BEE NN Rasy 4 Doe EIE PD 8 R21 R22 TX MODULATION MODULATOR SO SWiK Is swe SR Six is lE 277 1000 0 28 49 ESS 5 2 82 HVC131 1000 T p 8 Bsr ji 560 680 0 25 R26 C45 ensi _ 12 578 j 223 5 8 844 8 8 256 5 agg 823 du 860k 270k T 228 x x H esx 2 ali sex wile RIPPLE gis 5 Bus 20902 mo 5 40V Voo m2 81 255 813 158 828 ETE EIS 823 5488 25 FILTER 218 T T 1 2 5 TS ND rr 578 ri A Both 28 D1 525 05 9 APPLE 7 STRESS 25111 e FREQUENCY Q7 o C4 2 CONTROL RT1P430U 78 FILTER pi 25 68k 8 5 RX VO VCO OSCILLATION RX gt t R32 0736 05 o DC SW RX VCO Qe 1110 8zz x 5 L11 D9 C55 117 2 8 88 Bez gt 5 1 TT 18518 giz Ls 11 ka 578578 OTS Pst had e E 56n Ai Ba 552 4 837 100n 120p 27h 8 8 o 848818 5158 E 22k 10k 33k lu R17 u Fd B5 STA ole 1 Lun 100 8 2 9 256 2SK508NV K52 THM 2 T 2 7
17. Squelch open BATT terminal voltage 5 9V 21 G H 1 a e ce p TK 2212L 2 TX RX UNIT X57 7120 11 Component side view J79 0074 09 rey Fiara Eas s ik nu 25 E 324 rem al el r s I K 2212L i mamas r L Z N g TX RX UNIT X57 7120 11 Component side view J79 0074 09 s N Lo zm HIS B IC302 TK 2212L TX RX UNIT X57 7120 11 Foil side view J79 0074 09 L l ma Bl By C348 R291 248 IR228 eo 1209 He Q R229 C249 R 10204 8233 fs Pp LS2 s S 6256 9 0107 0103 206 0269 R241 6270 ay D104 C109 Ez 2 S C105
18. 1 405 30620MCP GU INT EN1 PF2 RESET EN2 EEPCLK VOX RDF FD RXD STD BUSY PLL UL TH DET TCLK DTRDO IN PFI MICROPROCESSOR 5T APCSW RX_W N PCTV see DCSW TX SW SCLK DTMF PLL STB XIN DIR TXD LEDTX AF CONT TX N LEDRX DI CL DO DI O 5R C TVCO SW DTRLOADN DAT XOUT TDATA DTRCLK MIC MUTE CLK LCD 55 38 0906 25 31 TK 2212L LEVEL DIAGRAM 400001 asn uonoes Jy eui u J919UJ OV eui joeuuoo uonoes jv eui GOW ZHAL 1e A3Q 1ndui JIN 01 19 DY MOSA 9010 5010 8010 2010 OTXd 60 189 185 2 SWAAWEZL 20 QVNIS 9 DSS eui Aejdsip au 400001 esn uono s Jy eui u CaM Add 2 32 2698 LNV eui joeuuoo Jy eu eye O 20621 L 0559 al 45 vnov 2691 AV 10221 prae
19. 65 SCREW SET N99 2046 05 3 CAP SP MIC B09 0680 03 41 PACKING FIXTURE H12 4221 05 68 HELICAL ANTENNA T90 1036 05 44 ITEM CARTON CASE 5 52 2193 02 16 Parts with the exploded numbers larger than 700 supplied TK 2212L ADJUSTMENT Test Equipment Required for Alignment Test Equipment Major Specifications Standard Signal Generator SSG Frequency Range Modulation Output 136 to 174MHz Frequency modulation and external modulation 127dBm 0 1uV to greater than A7dBm 1mV Power Meter Input Impedance Operation Frequency Measurement Range 50Q 136 to 174MHz Vicinity 10W Deviation Meter Frequency Range 136 to 174MHz Digital Volt Meter DVM Measuring Range Input Impedance 10mV to 10V DC High input impedance for minimum circuit loading Oscilloscope DC through 30MHz High Sensitivity Frequency Range Frequency Counter Frequency Stability 10Hz to 1000MHz 0 2ppm or less Ammeter 5A AF Volt Meter AF VIVM Frequency Range Voltage Range 50Hz to 10kHz 1mV to 10V Audio Generator AG Frequency Range Output 50Hz to 5kHz or more Oto 1V Distortion Meter Capability Input Level 396 or less at 1kHz 50mvV to 10Vrms Spectrum Analyzer Measuring Range DC to 1GHz or more Tracking Generator Center frequency Output Voltage 50kHz to 600MHz 100mV or more 80 Dummy Load Approx
20. TK 2212L SERVICE MANUAL Kenwood Corporation 2007 3 PRINTED IN JAPAN B51 8785 00 S 508 Refer to the TK 2212 2217 service manual B51 8715 00 for any information which has not been covered in this TK 2212L service manual CONTENTS T90 1036 05 GENERAL irte 2 SYSTEM SET UP 2 3 CIRCUIT DESCRIPTION 8 Knob PARTS LIST 9 29 9345 04 EXPLODED VIEW 15 16 Volume ADJUSTMENT 17 29 9309 03 TX RX UNIT X57 7120 11 22 SCHEMATIC 26 BLOCK DIAGRAM 30 Plastic cabinet assy d 02 3894 43 LEVEL DIAGRAM 21 32 OPTIONAL ACCESSORIES KSC 35 RAPID CHARGER 33 KNB 45L Li ion BATTERY PACK 33 SPECIFICATIONS BACK COVER Key top Button knob K29 9346 02 PTT K29 9308 23 Button knob Side1 Side2 K29 9364 03 09 This product uses Lead Free solder TK 2212L GENERAL SYSTEM SET UP DOCUMENT COPYRIGHTS Copyright 2007 by Kenwood Corporation All r
21. 80 Regulated Power Supply The following parts are required for adjustment 1 Antenna connector adapter The antenna connector of this transceiver uses an SMA terminal Use an antenna connector adapter SMA f BNC f or SMA f N f for adjustment The adapter is not provided as an option so buy a commercially available one 2 Repair Jig Chassis Use jig part No A10 4086 03 for repairing the transceiver Place the TX RX unit on the jig and fit it with screws The jig facilitates the voltage check and protects the final amplifier FET when the voltage on the flow side of the unit is checked during repairs 3 Nut wrench In order to turn the volume nut and the channel selector nut use a recommendation tool KENWOOD part No W05 1012 00 4 Battery Jig W05 1011 00 Terminal Red aL Terminal Black 5V to 10V approx Useful if ammeter equipped Connect the power cable properly between the battery jig installed in the transceiver and the power supply and be sure output voltage and the power supply polarity prior to switching the power supply ON otherwise over voltage and reverse connection may damage the transceiver or the power supply or both Note When using the battery jig you must measure the voltage at the terminals of the battery jig Otherwise a slight voltage drop may occur within the power cable betw
22. CK73HB1H102K 1000PF C207 CK73HB1H182K 1800 CK73HB1H471K 470PF C208 CK73HB1H471K 470 CC73HCH1H070B 7 209 CS77CP0J100M 10UF C210 CK73HB1H471K IPC 470PF 0J100M 10UF H471K 470 C211 CK73HB1C103 0 01002 H1H150J 15PF C213 CK73HB 0 10UF H102K 1000 C214 CC73HC IPC 68PF H1H330J 33PF C215 CK73HB IPC 1000PF C216 CK73GB IPC 0 10UF H102K 1000 1 1000 10 C217 CK73H IPC 0 10UF H102K 1000 218 CK73G 0 10UF B B H102K 1000 C219 CC73HC IPC 33PF B B 1H390J 39PF C220 CK73H IPC 1000PF C221 CK73G IPC 0 10UF H102K 1000 H102K 1000 C222 CK73HB1H102K 1000 H1H390J 9 C224 225 CK73HB1C103 IPC 0 010UF C104K 0 10U C227 CK73HB1H102K IPC 1000PF H102K 1000 228 CC73GCH1H100C C230 CC73HCH1H080B IPC 8 0 CK73HB1H102K 1000 CC73GCH1H220J 22PF C231 232 CK73GB1H103K 0 0 CC73GCH1H100D 10PF C233 CC73HCH1H020B 2 0 CC73GCH1H101J 100 C234 CK73HB1C103K IPC 0 0 CC73GCH1H270J 27 235 CC73HCH1H090B 9 0PF C236 CK73GB1H102K IPC 000 CK73GB1H102K 1000 CC73GCH1H100D 10PF 237 CC73HCH1H050B 5 CK73GB1A105K F C238 H1H120J 2 CK73HB1H102K C239 H1H060B 6 CS77AA1A6R8M C241 H102K IPC 000 242 C104K IPC 0 10UF CK73HB1H102K CC73GCH1H100D C243 H102K IPC 000 CK73HB1H102K C244 CC73HCH1H040B IPC 4 0P CK73GB1H103K 01 C245 CK73HB1H471K IPC CK73GB1C104K C247 C
23. 578 818 VEE IN2 0108 _ LAPCSW a OT eR141 2SK1824 A 150k D 8 0 2 100k RX LOT n 5286 COMPARATOR Bex obs L R134 Lx d zee 150k D R142 B 0 4 0107 RTIN141U 2 8 SW S 509 818 4 Sas T gt gez BPF gis ars 1 OTs 8 Tle 8 5558 RF ANF Bex 5 59 Nes Sr 829 MIXER 0205 3SK318 Q204 C250 253 3SK318 C245 R227 R291 4p B 4 5 C267 C268 R239 C263 R240 10 n plo iz 8739 5259253 m S28 25 Bas 82588 478858 5 FSA 578 878859 8 5 2 PCTV i i olg 0203 204 205 206 Ee SIS PS RFBPFTUNING PS RFBPFTUNNG zh I 3V MUTE ON R343 OFF mm si B 6 SP SW C334 TA7368FG 258 C345 WIN SwTX Qiu 0304 1 PoUT N 22 2SA1362 F GR 28 D VCC PW GND 5 2 SP MUTE SW LIMLV 322 180k PREGND 100 0316 VIN PHASE 2SK3577 A 6 R337 C339 R324 I 100k 329 8329 BXINO 8325 100k FILTERO 82k tu EXPOUT R321 322 410 015 RXAEIN 220k mae 0 BXAE sie 8 7 C330 mE C325 eR331 331 403261 1000p 39k DETECTOR ISOLATION MIC AGC 8 0302 amp 090
24. FIXE R 1UH RK73 L34 4577 05 R CORE COIL R37 RK73HB1J101J 3 L34 4563 05 R CORE COIL R38 RK73 81J L34 4573 05 IR CORE CO RK73 51J 116 L34 4576 05 R CORE COIL R40 RK73HB1J101J 1 134 4575 05 0 RK73HB1J154J 7 8 134 4567 05 COIL R42 RK73 72 119 L34 4566 05 R CORE COIL R43 RK73HB1J101J 1201 140 1091 86 FIXED R 1 0U R44 RK73HB1J102J L202 L41 3975 06 LL FIXED R 39N i RK73 32 1203 192 0138 05 R47 RK73 70J 1204 1 5685 39 LL FIXED R 0 56 R48 RK73HB1J331J 1205 6875 06 LL FIXE UCTOR 68NH R49 RK73HB1J222J L206 1885 06 LLF R 180N R50 RK73HB1J472J 1207 140 1585 92 R 150N R51 RK73HB1J100J 1209 141 5678 14 UCTOR 56NH R101 RK73HB1J123J L210 192 0138 05 FER R103 RK73GB2A000J L211 1 5678 14 LL FIXE R 56 R107 RK73GB2A561J L213 1 5678 14 FIXE R 56 R108 RK73GB2A152J L214 4778 14 LL FIXE R 47 R109 RK73GB2A150J 1301 192 0140 05 R110 111 RK73GB2A331J 1302 192 0149 05 P FERR R112 RK73GB2A180J L401 192 0149 05 R113 RK73GB2A331J 402 404 192 0138 05 114 RK73GB2A473J R115 RK73GB2A103J X1 L77 1931 05 TCXO 12 8MHZ R116 RK73GB2A150J X3 L77 1633 05 CRYSTAL RESONATOR 7 3728MHZ R117 RK73GB2A683J XF201 L71 0619 05 MCF 38 85MHZ R119 RK73GB2A331J R120 RK73GB2A000J CP404 RK75HA1J473J P COM 47K R1
25. PTT ON TX 4 CH Low PTT ON 1 CH High Power meter DVM Transmitter Section Measurement 0 1V 0 6V or more 0 1V 0 6V or more Adjustment Specifications Item Condition Test equipment Terminal Parts Method Remarks 1 Frequency Adjust 1 CH High 2 PTT ON Frequency counter TEST CH Low Center High 3 points BATT terminal voltage 7 5V PTT ON TEST Low High BATT terminal voltage 7 5V PTT ON TEST CH Low Center High 3 points BATT terminal voltage 7 5V PTT ON TEST CH Low High BATT terminal voltage 7 5V PTT ON Power meter Ammeter 2 High power Adjust 3 High power Check 4 Low power Adjust 5 Low power Check ANT High frequency 50Hz Note After replacing the TCXO X1 align frequency 0 1W 1 9 A orless Programming 5 0W Software KPG 100D 4 8 5 2W 1 9 less 0 1W 0 9 A less Programming Software KPG 100D 0 9 1 25W 0 9 less TK 2212L ADJUSTMENT Measurement Adjustment Specifications Test equipment Terminal Parts Method Remarks Item Condition 6 VOX 1 CH Center Power meter ANT Programming Writing 1KHz 45mV Deviation meter SP MIC connector Software KPG 100D 7 DOT CH Center Oscilloscope ANT Programming Make the balance Adjust Low AG Software KPG 100D demodulation Wide High AF
26. RIPPLE 28 8 FILTER TS 578 D1 28111 812 68k 815 R32 0736 05 iT ws x 177 1931 05 55 7 ESB 2k 10k 33k S 55 a 5 8 Ts 812 J 22K PLL UL PLL STB PLL DAT 5C 1401 F401 Isole ele I D F53 0324 05 als 0402 3 25 75 15 154 400 REVERSE 77 PROTECTION EN2 412 47k 4 8408 47k sls 18518 gus 1 R 3 70V I D ete 888 8 57 STs PROTECTION a F85219 30 T VIN 2 1401 402 3 VOLTAGE sen REGULATOR 5V XC6204B502MR Pusa 4 X 2 5 VOLTAGE DETECTOR RESET 10403 BD4840FVE R407 AAN 8 330k VOLTAGE DETECTOR INT 10404 R405 BATT RESET INT 1 5 SB 57 7120 11 SCHEMATIC DIAGRAM K 2212L
27. USB port on the computer with the computer power ON 2 When the POWER is switched on user mode can be entered immediately When the PC sends a command the transceiver enters PC mode When data is transmitting from the transceiver the red LED lights When data is received by the transceiver the green LED lights Notes The data stored in the computer must match the model type when it is written into the EEPROM e Change the transceiver to PC mode then attach the interface cable 3 3 KPG 22 KPG 22A description PC programming interface cable Option The KPG 22 22A is required to interface the transceiver with the computer It has a circuit in its D sub connector KPG 22 25 pin KPG 22A 9 pin case that converts the RS 232C logic level to the TTL level The KPG 22 22A connects the SP MIC connector of the transceiver to the RS 232C serial port of the computer 3 4 KCT 53U description USB adapter Option The KCT 53U is a cable which connects the KPG 22A to a USB port on a computer When using the KCT 53U install the supplied CD ROM with driver software in the computer The KCT 53U driver runs under Windows 2000 or XP 3 5 Programming software KPG 100D description KPG 100D is the programming software for the transceiver supplied on a CD ROM This software runs under Windows 98 ME Windows 2000 or XP on an IBM PC or compatible machine The data can be input to or read from the transceiver and edited on the scr
28. 0074 09 8237 gt 9 9 gt 3 P 52 53 CN201 e RAT D106 5 R239 Sw1 SW2 5 D105 3 8 5 C263 4 1 A CD201 N XF201 gt Eas g 3 27 5 sl D402 8 6264 R234 S le 8 8 C266 amp C328 I 8230 Ho 8 lt RE 1201 N Sis Ta N IN R222 ud Is C208 Dx S 2 SI y is E Ca40 0279 8 6220 C156 8227 5 B 5 _ a 2 eS 8 L118 m m 268 251 B C245 10 R418 R136 25 S 5 55 5 c cum 8 l 137 i 280 S R209 88 o S 2 239 E gt R117 8 Br Eo 135 S c 122 By 115 8113 m 5 S S 8447 133 3 Ese B 8 213 S EL s nna 2 r 5 Ci 6 137 gt 219 lo 2 124 11 el E o E T7 842 1115 5 5 gi 5 C221 2 cS a 014 gt z o Es Io gt lig 6104 Rtos 2 z lo m S Eo Us 20 VR1 7 C139 x P 1113 8 a g 8 eal IS 19 1 C427 1 18 g 18 o 18 gt 5 C426 C421
29. 128 Radio Channel 128 Zone 25kHz 30kHz Wide 12 5kHz 15kHz Narrow 7 5 V DC 20 KNB 45L 2000mAh Approx 12 hours 22 F to 140 F 30 to 60 14 F to 140 F 10 to 60 C when KNB 45L in use 2 5ppm 22 to 140 F 30 C to 60 C 500 38MHz 54 x 122 x 21 1 mm 57 x 124 5 x 30 1 mm 2 1 8 x 4 13 16 x 13 16 in 2 1 4 x 4 7 8 x 1 3 16 in 54 x 122 x 33 mm 57 x 124 5 x 42 mm 2 1 8 x 4 13 16 x 1 5 16 in 2 1 4 x 4 7 8 x 1 5 8 in 6 3 oz 180g 10 6 oz 3009 Receiver Measurements made TIA EIA 603 SelectivitvXT12dB SINAD uu uuu Selectivity Intermodulation Distortion Spurious Response Audio Output 80 0 25uV Wide 0 28uV Narrow 70dB Wide 60dB Narrow 65dB Wide 60dB Narrow Receiver Measurements made per TIA EIA 603 RF Output Power Spurious Response Type of Emission FM Hum and Noise Audio Distortion Kenwood Corporation 2967 3 Ishikawa machi Hachioji shi Tokyo 192 8525 Japan Kenwood U S A Corporation P O BOX 22745 2201 East Dominguez Street Long Beach CA 90801 5745 U S A Kenwood Electronics Canada Inc 6070 Kestrel Road Mississauga Ontario Canada 15 158 Kenwood Electronics Deutschland GmbH Rembr cker Str 15 63150 Heusenstamm Germany Kenwood Electronics Belgium N V Leuvensesteenweg 248 J 1800 Vilvoorde Belgium Kenwood Electronics France S A L Etoile Paris Nord 2 50 All e des Impressionniste
30. 16 DOT N DOT 2 RX signaling Receive OT DOT TX gt Transmit frequency 100 00000 280 00000MHz TX frequency TX 516 TONE OFF QT DOT N DOT TX signaling Transmit OT DOT 5 Wide Narrow BAND 6 RF power Low 6 LOW 7 5 Del Add SCN DEL ADD 8 Beat shift on off sss ON OFF 9 Compander off 9 ON OFF Key operation Key Key Function Selector Changing the selection item RX TX frequency and RX TX signaling only Side1 No action Side2 No action Store the current settings and return to the Item Selection mode e MHz digit of the frequency blinks RX TX frequency only e The icon of the current signaling configuration blinks RX TX signaling only Abort the current settings and return to the Item Selection mode without backup Toggle Decrease the blinking value Toggle Increase the blinking value TK 2212L REALIGNMENT 5 6 Self Programming Mode flow chart Channel selection mode flow chart S Power ON Display When the Read Data password SLELOCKR authorization password is or set to the transceiver When the Overwrite SLELOCK W authorization password is setto the transceiver Read authorization password Overwri
31. 2 pes 2564919 C317 8 RB706F 40 th R353 2858 R332 RIPPLE NF 100 1006 3 RT1N441U R 7 3V MUTE ON 0 3V MUTE OFF 7 3 SW SP 0305 RT1N44 SW SP MUTE J301 E11 0707 05 mi m 15k AFCONT OPTDET RXD PTT TXD PCTV MIC MUTE QT DQT IN PTTSW SB 29 X57 712 4 4 TK 2212L BLOCK DIAGRAM Y X57 712 i i i IC404 BD4845FVE IC403 BD4840FVE MB15A02PFV2E1 INT gt INT RESET RESET
32. 20J 82PF C432 CC73 H050B C310 CK73HB1A683K IPC 0 068UF C433 434 CC73 H030B 3 0PF C311 CK73GB1A105K IPC 435 CC73 H050B C312 CC73GCH1H120J IPC 2PF C440 CC73 H1R5B 1 5PF C313 CC73GCH1H121J IPC 20PF C443 CK73GB1A474K 0 47UF C314 CK73HB1A104K IPC 0 10UF C450 451 CK73HB1C103K 0 010UF C315 CK73GB1A105K IPC OUF C452 CK73HB1H102K 1000PF C316 CK73GB1C473K IPC 0 047UF K C456 CK73GB1C104K 0 10UF C317 CK73HB1A104K IPC 0 10UF 901 902 CK73GB1A105K 1 0UF C318 CS77AA0J4R7M IPTNTL 4 70 63WV C319 CC73GCH1H271J 270PF J TC1 2 C05 0245 05 TRIMMER CAPACITOR 10PF C320 CK73HB1C103K IPC 0 010UF K CN201 E23 1278 05 INAL C321 CK73GB1C223K IPC 0 022UF K CN401 E40 6363 05 CABLE CONNECTOR C322 CK73HB1C153K IPC 0 015UF K CN402 E40 6430 05 CABLE C323 CC73GCH1H820J IPC J C324 CC73HCH1H820J IPC J J301 E11 0707 05 ONE JACK 2 5 3 5 C325 CK73HB1A104K IPC 0 10UF F401 F53 0324 05 FUSE 2 5A C326 CK73HB1H102K IPC 1000PF C327 IPC 100PF 101 J30 1288 14 SPACER MIC ELEMENT C328 IPC 390PF 329 330 1 0UF L79 1582 05 TUNING CO C331 104 0 10UF 172 0958 05 CERAMIC C332 CK73HB1H471K IPC 470PF C333 334 CK73GB1C104K IPC 0 10UF 140 4791 86 ALL 0335 CC73GCH1H221J 220 140 5681 86 ALL FIXE C336 CK73FB1C474K IPC 0 47UF L40 5681 86 ALL FIXE 192 0138 05 P FER C338 CC73GCH1H101J IPC OOPF J L41 1875 06 ALL F
33. 21 RK73GB2A561J CP405 407 RK75HA P COM OK R122 RK73GB2A473J R123 RK73GB2A820J R1 RK73H PR R2 RK73H PR R124 RK73GB2A123J R3 RK73H PR R126 RK73GB2A222J R4 RK73H PR R127 129 RK73EB2ER39K R5 RK73H PR R130 135 RK73GH2A154D R136 137 RK73GB2A271J RK73HB1J823J PR RK73H 01 R138 RK73GB2A105J RK73HB1J000J PR R139 RK73GB2A473J RK73HB1J222J PR R140 RK73GB2A563J RK73GB2A000J PR R141 RK73GB2A104J R142 RK73GB2A000J RK73HB1J334J PR RK73GB2A221J PR R143 RK73GB2A104J RK73GB2A561 J PR R203 RK73HB1J184J RK73HB1J101J PR R206 RK73GB2A100J RK73GB2A000J PR 1 R207 RK73HB1J472J R208 RK73HB1J823J RK73GB2A152J PR RK73HB1J100J PR R209 RK73HB1J272J RK73GB2A681 J PR R210 211 RK73HB1J332J TK 2212L PARTS LIST TX RX UNIT X57 7120 11 Ref No Address ed Parts No Description Destination Ref Address bal Parts No Description Destination R212 RK73HB1J823J 82K J R344 RK73GB2A102J CHIP R OK J 1 10W R213 RK73HB1J392J 39K J R345 346 RK73GB2A101J CHIP R 00 R215 RK73HB1J101J 100 J R347 RK73GB2A104J CHIP R 00K R348 RK73GB2A563J CHIP R 56K R216 RK73HB1J124J 120K R217 RK73HB1J472J 4 7 R349 RK73GB2A333J CHIP R 33K 218 RK73HB1J561J 560 R350 RK73HB1J102J CHIP R OK R219 220 RK73GB2A561 J 560 R352 RK73HB1J104J CHIP R 00K R221 RK73GB2A102J R353 RK73HB1J000J CHIP R 0 0 R354 355 RK
34. 51 ow 2 DTMF 7 EXPoUT EXPOUT Z R 7 3V MUTE ON DETECTORANT LED SW 7 TED SW 2 e De E 5 5 5 8 5 8 b 8 eov 1 2 1000p 15 AUDIO PROCESSOR Pa x EXPOUT R321 C322 0 015u ERU S QUOS s CHACO IC404 GREEN SEE araSore 52 5 gE EEPROM Q407 408 16 RXAFIN 35 AFIN BXAFIN 220k ES RTIN441U 1 E40 6430 05 BD4845FVE Fes R415 er eessssssssssssssss ssss 16406 BEAT SHIFT SW LT 5 1 1 DG SW SP MUTE DC SW SP MUTE 4405 1 smg a E AT24128N10SU27 z 8 xls Rx 18 GND 1 5 R416 47k 8 hex 10 VoUT VDD L4 1 u 3 3 3 2 3 265 8 8 BS B naso NC cle 7 SUB 858 swe 1n 5 21 M E 3 6864MHz CLK ES DTRAIN lt i 8338 22k J301 c 8 r swe 21 sn ootu 5 al wP gis 1 DIBAN duo ok 5 611070705 5 4 els NC SCL 5 PAZA c 39k i 7 328 BATT 4 8 DE GND 5 8 RESET BATT BUSY R425 47k 8 85 309 TECTOR ISOLATION MIC AGC ads t4 INT RESET RSSI Beer 0302 0303 0302 82 R346 100 SMS T DI 6 INT THM TH 82 R318 2504919 iE 5 iM C317 TXD VOX VOX spi R310 R328 E R344 tk I 4 2 RB706F 40 T 390k 338 3 8 558 8 CL m OTN 5 5 CL 4 96V 1 1 MC285
35. 7120 11 ee 0101 202 T 4 9V 1 2 R108 112 TXIRX UPB1509GV STE RF AMP SW Qo 46V RF AMP 2 22V 2805108 D101 C101 R103 104 s m Qi el 2SC4926YD 8 277 1000 0 39p sw2 b d nS alio VCO 1 2 DIVIDER 80 Bee gr ast 1 1 5T i ors 558 S res THM iu 5 lt 2r ET S Dosw DCSW APCSW OSCIN 5T 5H L202 1205 CF201 M PEE s C218 172 0958 05 R 2 84V es 552 1 T 0 03V T Tu RXLO1 4 gt lt 2p B 5 Ae HT 81 fl 818 i agg 82 BTE 1 5R SNIo 2o 5 TS HT mu 875 578
36. 73HB1J103J CHIP R OK 16W R222 RK73GB2A221J R223 226 RK73HB1J823J R365 RK73HB1J473J CHIP R 47 16W R227 RK73GB2A000J 403 RK73GB2A101J CHIP R 00 R228 229 RK73HB1J105J R404 RK73HH1J474D CHIP R 6W R230 RK73GB2A222J R405 RK73GB2A334J CHIP R 0W R406 RK73HH1J474D CHIP R 1 16 R231 RK73GB2A470J R233 RK73GB2A221J R407 RK73HB1J334J CHIP R 16W R234 RK73GB2A104J 1 R408 RK73HB1J473J CHIP R R237 RK73GB2A184J R409 410 RK73HB1J000J CHIP R 16W R238 RK73GB2A104J R412 RK73HB1J473J CHIP R 413 414 RK73GB2A331J CHIP R R239 RK73GB2A470J R240 RK73GB2A000J 0 R415 416 RK73GB2A473J CHIP R 241 242 RK73HB1J105J 417 420 RK73HB1J473J CHIP R 243 RK73FB2B000J R421 422 RK73HB1J102J CHIP R R291 RK73GB2A000J R423 RK73HB1J000J CHIP R R424 425 RK73HB1J473J CHIP R 16W R301 RK73HB1J473J R304 RK73HB1J564J R435 RK73HB1J473J CHIP R 16W R305 RK73HB1J104J 1 R436 RK73GB2A000J CHIP R R306 RK73HB1J102J 437 438 RK73HB1J473J CHIP R 16W R307 RK73HB1J000J R447 RK73HB1J472J CHIP R R450 RK73HB1J680J CHIPR 68 16W R310 RK73GB2A394J R311 RK73HB1J123J R470 RK73HB1J102J CHIP R 10K J 1 16W R312 RK73GB2A334J 901 902 RK73GB2A472J CHIP R 47K J 1 10W R313 RK73GB2A104J R314 RK73GB2A272J R32 0736 05 SEMI FIXED VARIABLE RESISTOR 68K R315 RK73GB2A334J E 570 0414 05 SWITCH R316 RK73GB2A124J 1 R317 RK73GB2
37. 8 y ss 2 8 828 524 tu 52854 d 10 Do OPTDET ARSON aye 77 2 1 DO RXD PTT ae 2 DETECTOR 2310 4 0 068u 8311 12k L301 tm TXD TAE 1 1301 PTV AFCONT AR aE a e m um m oum a MIC IN RXD PTT DET A QT DQT_IN TXD RXD PTT 3 8 PTTSW PCTV TXD STs MIC MUTE PCTV IN MUTE PTTSW QUDQT IN PTTSW TK 2212L TK 2212L BLOCK DIAGRAM BLOCK DIAGRAM 404 BD4845FVE 1 403 BD4840FVE i i i MIC iL X FU
38. 9 9345 04 KNOBIENC CC73 CH CC73 CH K29 9346 02 KEY TOP CK73 CH K29 9364 03 BUTTON KNOB SIDE1 SIDE2 CK73GB1A105 CH TK 2212L PARTS LIST TX RX UNIT X57 7120 11 Address on Parts No Description Destination Ref No Address Parts Description Destination CC73HCH1H101J OOPF J C140 CC73GCH1H101J OOPF J CK73HB1H471K 470 141 CC73GCH1H220J 22PF J CC73HCH1H101J O0PF J 142 CC73GCH1H150J 5PF J CC73HCH1H100D 10PF C143 CC73GCH1H100D IPC OPF 0 0144 CC73GCH1H820J J CK73HB1H102K 1000 CC73HCH1H181J 80 146 CK73GB1H102K 000 H1HORSB 0 5 0147 CK73HB1H102K 000 H1H060B 6 0148 CK73GB1H102K IPC 000 H1H121J 20 149 CC73GCH1H2206 IPC 22PF C150 CC73GCH1H220J IPC 22PF H1H06 6 C151 CK73GB1H102K IPC C153 CC73GCH1H100C IPC OPF H1H01 1 0PF C154 CC73GCH1H100D IPC 1 04 4 0PF C155 CC73GCH1H180J IPC 8PF C156 CC73GCH1H120J IPC 2PF H1H05I 5 0PF H1H 100P 157 CC73GCH1H150J SPF 73 1 04 4 0PF C158 CC73GCH1H220J IPC 22PF CC73HCH1H05I 5 0PF C159 CC73GCH1H070D IPC 7 0PF CK73HB1H471K 470PF C160 CC73GCH1H330J IPC 33PF C201 CK73GB1A224K IPC 0 22UF CK73HB1A104K 0 10UF CC73HCH1HORSB 0 5 206 CK73HB1H102K 1000
39. A474J 191 0648 05 ELEMENT R318 RK73GB2A122J R319 RK73HB1J563J 25111 DIODE 1SV325F VARIABLE CAPACITANCE DIODE R320 RK73HB1J332J 1SV325F VARIABLE CAPACITANCE DIODE R321 RK73HB1J224J 1SV325F VARIABLE CAPACITANCE DIODE R322 RK73HB1J184J 15 278 VARIABLE CAPACITANCE DIODE R323 RK73HB1J563J R324 325 RK73GB2A104J D 25111 DIODE D101 HSC277 DIODE R326 RK73GB2A000J D102 HZUSCL ZENER DIODE D D R327 RK73GB2A184J 03 104 HVC131 DIODE R328 RK73GB2A103J 05 107 HSC277 DIODE R329 RK73GB2A823J R330 RK73HB1J332J D202 HSC277 DIODE D203 206 1SV305F VARIABLE CAPACITANCE DIODE R331 RK73GB2A393J 301 302 RB706F 40 DIODE R332 RK73GB2A153J D303 C2858 DIODE R334 RK73GB2A473J D401 5215 30 DIODE R335 RK73GB2A222J R336 RK73GB2A102J 1 0402 158154 400 DIODE R337 RK73GB2A101J C1 B15A02PFV2E1 0S IC R338 RK73GB2A222J C2 UPB1509GV BI POLAR IC R339 RK73GB2A471J C101 TA75WO FUF 05 340 341 RK73GB2A103J 201 TA31136FNG 0S IC R342 RK73GB2A100J C301 AQUA L 0S IC R343 RK73GB2A474J C302 TA7368FG OS IC 13 TK 2212L PARTS LIST TX RX UNIT X57 7120 11 Ref No Address bl Parts No Description Destination Address Parts Description Destination IC401 402 XC6204B502MR M0S IC IC403 BD4840FVE M0S IC 12404 BD4845FVE M0S IC IC405 30620MCP422GU MICROCONTROLLER IC IC406 AT24128N10SU27 ROM IC IC407 TC7W74F
40. C73GCH1H040B IPC 40 C248 CC73GCH1H270J IPC CK73GB1A105K CC73GCH1H270J C249 CK73HB1H102K IPC CK73GB1H103K 250 CC73GCH1H040B CK73GB1H102K 251 CS77CP0J4R7M TNTL CC73GCH1H680J C252 CK73HB1H102K 253 CC73GCH1H4R5B 10 TK 2212L PARTS LIST TX RX UNIT X57 7120 11 Address Parts Description Destination Ref Address d Parts No Description Destination CC73GCH1H270J IPC 27PF C401 CC73GCH1H471J 470P CC73GCH1H4R5B 4 5PF C402 CK73HB1H102K 1000 CK73HB1H102K 000 C403 CK73GB1C104K 0 10U CK73HB1H102K IPC 000 C405 CC73GCH1H101J 100PF CK73HB1H102K IPC 000 C406 CK73HB1E472K 4700PF CK73HB1H102K IPC 000 C407 CK73 02 1000 CC73GCH1H100C IPC OPF C408 CK73 72K 4700 CC73GCH1H040B IPC 4 0PF 409 410 CK73 05 1 0U CC73GCH1H330J C411 CK73 02 1000PF CK73HB1H102K 000 C415 CK73 471 CC73GCH1H030B 3 0PF C417 CK73 05 C269 CC73GCH1H330J IPC 33PF C418 CK73 62K C270 CC73GCH1H040B IPC 4 0PF C418 CK73 02 C271 CC73GCH1H110J IPC 1PF C421 CK73 05 C280 CK73HB1H102K IPC 000 C424 CK73 02 C302 CK73HB1C103K IPC 0 010UF C426 427 CK73 05 C304 CK73GB1A224K IPC 0 22UF 428 429 CK73 02 1000PF C306 CS77AA0JAR7M IPTNTL 6 C430 CK73 03 0 010UF C307 308 CK73H 104 0 10UF C431 CK73 03K 0 010UF B C309 CC73GCH1H8
41. CHIP C 610 1348 04 BROUS SHEET SP WIRE CK73HB1C682K CHIP C 611 4283 04 UBBER SHEET Q103 FINAL FET CK73GB1A105 CHIP C CK73HB1C103K CHIP C 1 4359 04 CONNECTOR CK73HB1H102 CHIP C 3 2009 04 HIONICHASSIS 3 2033 04 HION TERMINAL BATT CK73HB1A104 CHIP C 3 2034 14 HION TERMINAL CC73H CHIP C 13 2038 24 HION CHASSIS CERAMIC FILTER CC73H CHIPC CS77AA0 CHIP TNTL 613 2039 14 PCB CERAMIC FILTER CC73HCH CHIPC 613 2053 04 CHASSIS ENC 613 2074 04 PCB CK73 CHIP C 613 2088 04 CHASSIS VOL 73 613 2107 04 MOUNTING HARDWARE CHIP C CC73 CHIP C 653 1604 03 PACKING CHASSIS CK73 CHIP C 653 1605 03 PACKING TERMINAL BATT 653 1606 13 PACKING VOL ENC LED CC73H CHIP C 5 5 653 1610 04 CC73H CHIP C 653 1660 03 PACKING SP CK73H CHIP C CS77AA P TNTL 653 1661 03 PACKINGISP MIC CS77AA CHIP TNTL 12 4221 05 PACKING FIXTURE 25 0085 04 PROTECTION BAG 100 200 0 07 CHIP C H52 2193 02 ITEM CASE CC73 CHIP C 19 5472 03 HOLDER SP MIC ACCESSORY CC73 CHIP C CS77 19 5473 03 HOLDER ASSY TERMINAL BATT CK73 CHIP C 21 8496 02 MOUNTING HARDWAREILCD 21 8497 03 MOUNTING HARDWARE 4 KEY 0577 CH 21 8525 03 MOUNTING HARDWARE VOL ENC CK73HB1H1 CH 29 0713 15 BELT CLIP ACCESSORY CC73H CH CC73 CH J82 0107 05 FPC CK73 CH J99 0385 04 ADHESIVE SHEETILCD K29 9308 23 BUTTON KNOB PTT CC73 CH K29 9309 03 KNOBIVOL CK73 CH K2
42. IXE C339 CS77AA0J100M IPTNTL 10UF C340 CK73GB1C104K IPC UF K L41 3375 06 ALL FIXE C341 CK73GB1C473K IPC K 140 1885 92 ALL FIXE C342 CS77AA0J100M 1002 63WV 140 1085 92 ALL FIXE 192 0138 05 C343 CK73GB1C473K IPC 0 047UF K 140 2285 92 ALL FIXE C344 CC73GCH1H221J IPC 220PF J C345 CS77AB20J101M 1000 6 3WV 140 3978 67 ALL FIXE C346 CK73GB1H102K 000 140 2778 67 ALL C348 CK73HB1H471K IPC 47 141 2285 03 ALL 140 3391 86 ALL FIXE 192 0138 05 C350 CK73HB1H102K IPC 000 351 352 CK73HB1C103K 0 0100 354 CK73HB1A104K IPC 0 10UF L41 3975 06 ALLF C356 CK73HB1A333K 0 033UF 192 0470 05 357 CK73HB1E472K 4700PF K 141 8275 06 part reference number listed shaded box that part does not with the PCB 11 TK 2212L PARTS LIST TX RX UNIT X57 7120 11 Address on Parts No Description Destination Address Parts Description Destination L92 0138 05 RK73GB2A000J 0 0 J L41 1085 06 CTOR 100N RK73GB2A103J 10K J L92 0138 05 R RK73HB1J223J 22K L41 2775 06 F R 27NH RK73HB1J103J OK L40 1585 54 F R 150N RK73HB1 22 L92 0149 05 R RK73HB1 12K L40 2775 54 F R 27N RK73HB L92 0149 05 R R32 RK73 L41 2295 39 R 2 2U R33 RK73 L40 5675 92 R 56NH R34 RK73 L41 1092 44 LL
43. NCY S 528 Q301 2SA1362 F GR NC 38 zig 30620MCP422GU XIN 10407 RTIP141U 5 VOLTAGE DETECTOR RESET 28 128 12 LIMLV VCC PW GND 100u6 3 5 vss TC7W74FU F 50315 LIMLV 322 180k 3 I 10403 LED RED LED GREEN noo 66 xour XOUT C450 Pe SW 3 BD4840FVE 50463 10 XOUT R422 xS n 1 2 erase 4 PRE GND 100 ase SP MUTE SW u LCD DRIVER I eR407 1 5 B30 2156 05 B30 2157 05 68 RESET BSHIFT ON 4 95V dk L77 1633 05 v E R334 MTS PHASE J oi 1 WW VoUT VDD AUX 5 Mee C432 eR423 410 7 37 2 R409 435 PU S S 5 Ria 6339 2SK9577 A I La 2 ON 4 92V 69 BSHIET BSHIFT a 10 77 B DTRLoAD 8 5 F a SUB Bags ON 4 92V 7 R420 2SK1830F 5 0 0 5 R324 100 1063 LE g 3 OT OFF 0 01V e OT GND o Sp 2048 cas Toure 5 109 al Bho Slg gis gis is NC GND Byte 314 K1830F ni TDATADTRCLK n RXIN ela 8 STR T AF AMP OTS OTS 255 28 eo EEPCLK EEPCLK EEPCLK 9 8 u 12 Jovo ma 0 BXINO 518 o 73 EEPDAT EEPDAT EEPDAT 75908 19 29 RXINO Rss took 9329 __ 329 I SIDE1 74 3 2301 FILTERO FILTERO C340 SP m t on PTT SIDE2 za di 5 2 aye 18 nee 28 FILTERO 82k iu 1 VOLTAGE RT1N141U
44. OTECTION i dd mos F 858 875 Age gt 4 528 C210 BST 180k D 5 I 2 SB 1 82k ao 8 APCSW R142 3 8 5x 2 0 7 22 i SiERIS 25228 55 8 we 73 328 Sms 1 4 AFO EN2 EN2 5 9877 28 8 2 sese 0107 4 8412 47k L 2 _ ale 2 RTIN141U 1 1 IC201 8258 6 a APCSW R408 5 5 z 4 m 4 47k d n R902 95 9 gagak TA31136FNG 545 8 I 2 A 47k lt L r 22 6 Ser 201 7 DOWN g z 4838 5TSw 5 28 R210 171 0619 05 a STS STESTS 0403 525 EE zik ll alent C219 e 5845 8 8 8 GND CPH3317 apy 23 925 a 33k R216 C224 R218 N Sex eis um ed PR 528 WIN SWIRX zs Me 88 58558 8 858 3 RX RIT T NS al ES 8 470k D ole T FERE WIN RTIP441U olx 250 0253 55 0 8255 gl 3 3k 838 gle R291 4 8 45 I ape T T 5 W N SWTX 23 2 Q203 T 267 0268 s Q N 2SC4649 N P a 3p B 3p B I PROTECTION 140 t 5196 ask S DAOT XC62015502MR R 5 01V u 8286 ele r RB521S 30 4 5RSW 0404
45. U F MOS IC Q1 KTC4082 02 2565108 03 2SK508 05 RT1P430 06 2SC5108 07 RT1P430 08 2SC5383 09 25 5108 0102 2SC4926YD Q103 25 2596 0104 RT1N141U 0105 879 0106 2595 0107 410 0108 1824 0109 P441U 0202 P441U 0203 4649 0204 205 318 0301 RT1P141U 0302 2564919 0303 RTIN441U Q304 2SA1362 F GR 0305 4410 0306 25 3577 0316 25 3577 0401 402 RT1N141U 0403 CPH3317 0404 405 RT1P237U T111 0407 408 2SK1830F 0901 2SK1824 A TH101 B57331V2104J THERMISTOR TH203 B57331V2104J THERMISTOR 14 TK 2212L EXPLODED VIEW 2 3 14 0819 04 14 0832 04 30 2604 48 30 2606 48 83 2005 48 m lt 26 Note lf a part reference number is listed in a box ge on the exploded view of the PCB that part 25 does with the These parts 13 must be ordered separately Parts with the exploded numbers larger than 700 are not supplied 15 TK 2212L PACKING 7 INSTRUCTION MANUAL B62 1996 00 72 CHARGER 08 0988 05 73 ADAPTER W08 0989 05 K AC120V 43 PROTECTION BAG W08 0992 05 M AC220 240V H25 0085 04 54 BELT CLIP J29 0713 15 702 KNB 45L Li ion BATTERY PACK 46 HOLDER SP MIC J19 5472 03
46. U and data such as transceiver channels and operating features 405 406 CPU EEPROM Fig 2 Memory circuit 3 Low Battery Warning The battery voltage is checked by the microprocessor The transceiver generates a warning tone when the battery voltage falls below the warning voltage 2 shown in the table 1 The red LED blinks when the battery voltage falls below the voltage 1 shown in the table during transmission Transmission is still allowed Note The transceiver checks the battery voltage during reception even when in the FPU the Battery Warning status function is set to While Transmitting default setting However the LED does not blink during reception The red LED blinks during transmission The transceiver is still usable 2 The transceiver immediately stops transmission when the battery voltage falls below the voltage 2 shown in the table A warning tone sounds while the PTT switch is pressed Ni MH Battery Li ion Battery 6 2V 6 2V 5 8V 5 8V SB R404 1 405 8 2 Fig 3 Low battery warning TK 2212L PARTS LIST New Parts A indicates safety critical components L Scandinavia K USA P Canada Parts without Parts No are not supplied Y PX Far East Hawaii England E Europe Les articles non mentionnes dans le Parts No ne sont pas fournis AAFES Europe X Australia Other Areas Teile ohne Parts No werde
47. V H I 5 8 8 8 ants IN ab o EST 1 99V L D105 107 I R12 u 8 STEERING THM ee ANTSW 8 3 LCD ASSY 838090525 w oson ne T ada 330k DOSW 2 58 SAR SYS Ri35 15060 LCD 816 ome p E APCSW eI 575 649 SW I T 8 OSCIN 15 219 PIT DCSW 4410 UF APCSW SW ass K 7 7 a 6 anexo _ m m m4 m m m m m m m m m m mm 0104 oui vec ke I PLL STB PLL UL m m m m m m m m A m md m m m m m m m HFINIATU 2 7 1000 85 25 L PLL DAT PLL STE m m m mm uo T INI OUTB PLL CLK PLL DAT CF201 Q105 Rog 838 8 6 lt L PLL CLK ago cts L72 0958 05 R 2 84V 2SK879 Y F 223 228 526 e IN2 1401 F401 1 T 0 03V 4 5 a APC SW id rd Wi i T JE NE ale Des 512218 F53 0324 5 vi BAIT 8 88 8 8 S 254 08 0502 RX LO1 28 15000 21 R141 25 1824 58 8 ome 1SR154 400 52 8 2 ask 2285 10 JN JAN JAN JN JN JN CN401 n REVERSE 97 gas 555 e gis acc EU R134 ro ATOR EE 2245 1 N R 858 E40 6363 05 1 B PR
48. _AFCONT sw 0303 RT1N441U LCD ASSY B38 0906 25 30 31
49. een The programmed or edited data can be printed out It is also possible to tune the transceiver TK 2212L REALIGNMENT KPG 22 or KPG 22A or KPG 22A KCT 53U lustration is KPG 22 A SS L o Gray E sp o Gray Black 1 50 Lead wire 1 5D XV Shield wire MIC RF Power meter Tuning cable or SSG E30 3216 05 PC USB KCT 53U KPG 22A ES KPG 22A Transceiver Transceiver Fig 1 Transceiver 4 Clone Mode 4 1 Outline Clone Mode copies the transceiver data to another transceiver The dealer can copy the transceiver data to another transceiver even without the use of a personal computer 4 2 Example The transceiver can copy the programming data to one or more transceivers via RF communication The clone source and clone target s must be in Clone mode 4 3 Operation 1 To switch the clone target s to Clone mode press and hold the B key while turning the transceiver power ON 2 Wait for 2 seconds CLONE appears on the LCD followed by FROTBL 1 3 Select a channel table number using the Selector knob 4 To switch the clone source to Clone mode press and hold the B key while turning the transceiver power ON 5 Wait for 2 seconds CLONE appears on the LCD followed by FROTBL 1 6 Select the same channel table number as the clone target s 7 Press the S key on the clone source to begin data transmission When the clone target start
50. een the power supply and the battery jig especially while the transceiver transmits 1 1 2 5 Lo e n o i 5 e 18 EE 2 _ Terminal Black Power cable gt Power supply 17 TK 2212L ADJUSTMENT Controls Preparations for tuning the transceiver Channel selector Before attempting to tune the transceiver connect the unit Power switch to a suitable power supply Volume control Whenever the transmitter is tuned the unit must be connected to a suitable dummy load i e power meter The speaker output connector must be terminated with a qa E L 9 dummy load and connected to an voltmeter and an audio distortion meter or a SINAD measurement meter at all times during tuning Speaker Adjustment Frequency TEST CH RX Frequency Frequency Low 136 050MHz 136 100MHz Low 145 550MHz 145 600MHz Center 155 050MHz 155 100MHz High 164 550MHz 164 600MHz High 173 950MHz 173 900MHz PTT switch Speaker Side 1 key O ao Side 2 key Frequency and signaling The transceiver has been adjusted for the frequencies shown in the following table When required readjust them following the adjustment procedure to obtain the frequencies you want in actua
51. ey for 2 seconds while turning the transceiver power on 2 SLF LOCK R When the Read authorization password is set to the transceiver SLF LOCK W When the Overwrite password is set to the transceiver is displayed on the LCD 3 If the selector knob is rotated while SLF LOCK R SLF LOCK W is displayed the number 0 to 9 flashes on the LCD When you press the C key the currently selected number is determined f you press the A key the least digit of the password is deleted f you press the S key after entering the password in this procedure SELF is displayed if the entered password is correct f the password is incorrect SLF LOCK R SLF LOCK W is redisplayed 5 3 Channel Selection Mode In this mode the Zone or Channel can be selected Press and hold the S key for 2 seconds while turning the transceiver power on to enter self programming mode When the transceiver enters in the self programming mode the transceiver automatically enters the Channel Selection mode 2 seconds after displaying SELF 1 1 appears on the LCD The setup item for channel selection mode is as follows Setup item Display Remarks Select 1 128 sok Channel 1 128 Zone Channel TK 2212L REALIGNMENT Key operation Key Key Function Selector Toggle between Zone selection and Channel selection Side1 No action Side2 No action Enter the Item Select
52. h e Clone mode be used ONLY by the authorized service personnel The Clone mode setting must be configured as Disable before being delivered to the end user To clone replace the antenna from both the source transceiver and the target transceiver with a dummy load The transmit output power is automatically set to Low in Clone mode Cloning Frequency Table Operating Frequency Clone 136 174 Frequency Table 136 000 138 000 140 000 142 000 144 000 146 000 148 000 150 000 152 000 154 000 156 000 158 000 160 000 162 000 164 000 166 000 168 000 170 000 the Target unit will produced an error tone and CLONE will appear on the LCD 172 000 174 000 TK 2212L REALIGNMENT 4 4 Adding the Data Password If the Data password is set to the transceiver you must enter the password to activate a clone mode The maximum length of the password is 6 digits The following describes how to enter the password 1 Press and hold the S key for 2 seconds while turning the transceiver power on 2 CLN LOCK R When the Read authorization password is set to the transceiver CLN LOCK W When the Overwrite password is set to the transceiver is displayed on the LCD 3 If the selector knob is rotated while CLN LOCK R CLN LOCK W is displayed the number 0 to 9 flashes on the LCD When you press the C gt key the curren
53. ights reserved No part of this manual may be reproduced translated distributed or transmitted in any form or by any means electronic mechanical photocopying recording or other wise for any purpose without the prior written permission of Kenwood DISCLAIMER While every precaution has been taken in the preparation of this manual Kenwood assumes no responsibility for errors or omissions Neither is any liability assumed for dam ages resulting from the use of the information contained herein Kenwood reserves the right to make changes to any products herein at any time for improvement purposes INTRODUCTION SCOPE OF THIS MANUAL This manual is intended for use by experienced technicians familiar with similar types of commercial grade communications equipment It contains all required service information for the equipment and is current as of the publication date Changes which may occur after publication are covered by either Service Bulletins or Manual Revisions These are issued as required SYSTEM SET UP Merchandise received License and frequency allocated by FCC Choose the type of transceiver Transceiver programming e YES Are you using the optional antenna ORDERING REPLACEMENT PARTS When ordering replacement parts or equipment information the full part identification number should be included This applies to all parts components kits or chassis If the part number is not known include the chassis or ki
54. ion mode A Error tone sounds lt B Decrement the blinking Zone Channel number by 1 Press and hold to decrement in steps of 10 C gt Increment the blinking Zone Channel number by 1 Press and hold to decrement in steps of 10 Note If a non existing Zone Channel is selected and the memory for all 128 channels is already filled an error tone will sound and MEM FULL will appear on the LCD for 2 seconds 5 4 Item Selection Mode In this mode the following items can be selected e RX frequency e RX signaling e TX frequency e signaling e Wide Narrow e RF power Hi Low e Scan Del Add e Beat shift on off e Compander on off When the S key is pressed in the Channel Selection mode the transceiver enters the Item Selection mode Key operation Key Key Function Selector The selected item changes Side1 No action Side2 No action Enter the Item Setting mode A Return to the Channel Selection mode lt B Error tone sounds C gt Error tone sounds 5 5 Setting Mode In this mode the selected item in the Item Selection mode can be programmed When the S key is pressed in the Item Selection mode the transceiver enters the Item Setting mode The setup items for item setting mode are as follows Display Remarks Setup item Receive frequency 100 00000 280 00000MHz 1 RX frequency 5
55. l operation Frequency MHz Channel No RX Frequency TX Frequency 155 050 155 100 136 050 136 100 173 950 173 900 155 000 155 000 155 200 155 200 155 400 155 400 Signaling Signaling No RX TX None None None 100Hz Square Wave 67 0Hz OT 67 0Hz 151 4Hz 151 4Hz 250 3Hz 250 3Hz DOT D023N DOT D023N DOT 07541 DOT 07541 DTMF 159D DTMF 159D None DTMF tone 9 None MSK CO CO OD TK 2212L ADJUSTMENT Adjustment Points 58 B TX RX unit Component side BPF Band pass wave form test point CV VCO lock voltage adjustment terminal Common Section Measurement TX RX unit Foil side TC1 TC2 9301 EXT SP EXT n Frequency adjustment Transmit VCO lock voltage adjustment Receive VCO lock voltage adjustment VCO lock voltage adjustment terminal Adjustment Specifications Item Condition Test equipment Terminal Parts Method Remarks 1 Setting 1 BATT terminal voltage 7 5V 2 SSG standard modulation Wide MOD 1kHz DEV 3kHz Narrow MOD 1kHz DEV 1 5kHz 2 VCO lock voltage RX 2 CH Low 3 VCO lock 3 CH High voltage
56. mp st BPF lt i AMP MIXEREFC AMP I i 38 85MHz 5R 5R 5R PCTV 5R PCTV 0202 RT1P441U 201 L79 1582 05 201 172 0958 05 WIDE ES Lousy NARROW RX W N SW SYSTEM CF sw 450kHz 7 450kHz 5 5c SB SB i 1 301 AQUA L 2403 30 2156 05 404 30 2157 05 0 PROTECT DET gt gt nss1 LED LED 77 2402 158154 400 RED GREEN lt 0 AUDIO bm ox 5c PROCESSOR 0401 RT1N141U 0402 RT1N141U PF1 PWR SW DC DC sm VOL SW SW 26 0 F 572 LEDTX LEDRX DTRLOADN STD TDATA DTRCLK RDF FD l SCLK TCLK DTRDO 1 DIR Pone 1 406 AT24128N10SU27 16405 30620MCP GU AQUAXIN 205 0315 TXAFI INT EN1 PF2 RXAFO EEPROM RESET EN2 EEPCLK vox RDF FD i RXD STD SP Oo MUTE AF AGC BUSY PLL_UL SW AMP OPTDET T 0407 0408 25 1830 DET TCLK DTRDO ERO ES Pepe q SW MICROPROCESSOR i 0305 RT1N441U 0304 25 1362 src XE PC Scc DCSW 58 C i a cs Q DIRLGADN 4 l XOUT TDATA DTRCLK MIC MUTE H DET 2 Vox SCLK DTMF H XIN DIR TXD 1 EETOCRCAU AF CONT TX W N LEDRX 1 5 X3 L77 1633 05 pi cr po 7 37MHz da D DI O I DC
57. n nicht geliefert TK 2212L 50 6210 TX RX UNIT X57 7120 11 Address New parts Parts No Description Destination his Parts No Description Destination Address _ 2B N14 0819 04 CIRCULAR NUT VOL KNOB TK 2212L 2B 14 0832 04 CIRCULAR 02 3894 43 PLASTIC CABINET ASSY 2 30 2604 48 PAN HEAD MACHINE SCREW SMA 10 4078 41 CHASSIS 3A N30 2606 48 PAN HEAD MACHINE SCREW CHASSIS B09 0680 03 ACCESSORY 1A 2A 83 2005 48 PAN HEAD TAPTITE SCREWIPCB 11 1817 04 ILLUMINATION GUIDE TX RX 2 11 1830 03 ILLUMINATION GUIDE LCD 2C N99 2046 05 SCREW SET ACCESSORY 38 0906 25 LCD ASSY 2A R31 0661 05 VARIABLE RESISTORIPOWER SW VOL B62 1996 00 INSTRUCTION MANUAL 1B T07 0760 25 SPEAKER 010 0649 03 LEVER 36 T90 1036 05 HELICAL ANTENNA ACCESSORY D21 0863 04 SHAFT 2A 02 3711 05 ENCODER D32 0441 03 STOPPER 1D 08 0988 05 ACCESSORY 04 0465 05 RF COAXIAL RECEPTACLE SMA 1D 08 0989 05 ADAPTER AC120V ACCESSORY 23 1253 04 10 08 0992 05 ADAPTER AC220 240V ACCESSORY 37 1158 05 PROCESSED LEAD WIRE WHITE SP E37 1176 05 PROCESSED LEAD WIRE GREEN SP TX RX UNIT X57 7120 11 F20 3353 14 INSULATING SHEET CHASSIS B30 2156 05 LED RED 601 4542 04 COIL SPRING LEVER B30 2157 05 LED YELLOW 601 4543 04 COIL SPRING STOPPER 610 1330 04 BROUS SHEET IC302 AUDIO IC CK73HB1H332
58. obo ped eds 9 25 508 52 a 2 8 5 2 100 O48 DIN CURRENT 82 ons 5 STEERING R DCSW APCSW OSCIN s 7 OSCIN 5 1 TRIPLER 1000 ST BIS Q1 SR KTC4082 dj EE ss QTTCXO PLL UL PLL STS DAT 5 i B 212293 5 EN1 EN2 box E x BT SW EH 525 3 0403 CPH3317 SCWN R421 1k t 5RSW Q404 CP406 RT1P237U T111 ike DOE 5 4 DTRLOADN s Sfc DTRLOADN STD on EROT QTVCO DIR DIR TDATA DTRCLK ies EE SC SW Gags DVO FEST RT1P237U T111 ROF FD 1 4 95 TCLK DTRDO 8 8 TCLK DTRDO INT L402 MICROPROCESSOR A vec 0 01u IC405 XIN 30620MCP422GU z z XOUT 8 8 CP404 XOUT me RESET LED RED LED GREEN D403 D404 BSHIFT B30 2156 05 Ae B30 2157 05 AUX R470 BSHIFT GND xA ON 4 92V ON 4 92V ik BYTE Tk OFF 0 01V OFF 0 01V EEPCLK EEPDAT SIDE1 0401 Q402 SIDE2 4 RTIN144U f RTIN141U Sr LED SW LED SW S RED GREEN 4 4 415 47k 47 swi 81 R446 47k L4 ewe ree gt 47k swe BUSY RSSI THM BATT VOX RESET INT 5 1 L 5M DI cL OPTDET RXD PTT TXD PCIV DO MIC MUTE QT DQT IN PTTSW SB X57 712 2 4 TK 2212L SCHEMATIC DIAGRAM TX RX UNIT X57
59. rogramming Used to read and write frequency data mode and other features to and from the transceiver PC test mode Used to check the transceiver using the PC This feature is included in the FPU Clone mode Used to transfer programming data from one transceiver to another Self programming You can program the frequency mode signaling and other functions using only the transceiver Firmware version Used to confirm the internal firmware information version 2 How to Enter Each Mode Mode Operation User mode Power ON PC mode Received commands from PC lt B Power ON Two seconds Clone mode Self programming mode S Power ON Two seconds Side1 Side2 Power ON Two seconds Firmware version information 3 PC Mode 3 1 Preface The transceiver is programmed using a personal computer a programming interface KPG 22 22A USB adapter KCT 53U and programming software KPG 100D The programming software can be used with an IBM PC or compatible Figure 1 shows the setup of an IBM PC for programming 3 2 Connection procedure 1 Connect the transceiver to the personal computer with the interface cable and USB adapter When the interface cable is KPG 22A the KCT 53U can be used Notes You must install the KCT 53U driver in the computer to use the USB adapter KCT 53U When using the USB adapter KCT 53U for the first time plug the KCT 53U into a
60. s Bp 58416 Villepinte 95944 Roissy Ch De Gaulle Cedex Kenwood Electronics UK Limited KENWOOD House Dwight Road Watford Herts WD18 9EB United Kingdom 2 e 16 Wide 11KOF3E Narrow 45dB Wide 40dB Narrow Less than 596 Kenwood Electronics Europe B V Amsterdamseweg 37 1422 AC Uithoorn The Netherlands Kenwood Electronics Italia S p A Via G Sirtori 7 9 20129 Milano Italy Kenwood Ib rica S A Bolivia 239 08020 Barcelona Spain Kenwood Electronics Australia Pty Ltd A C N 001 499 074 16 Giffnock Avenue Centrecourt Estate North Ryde N S W 2113 Australia Kenwood Electronics Hong Kong Ltd Unit 3712 3724 Level 37 Tower one Metroplaza 223 Hing Fong Road Kwai Fong N T Hong Kong Kenwood Electronics Singapore Pte Ltd 1 Ang Kio Street 63 Singapore 569110 E lh TK 2212L P BOAR R 6 TK 2212L
61. s to receive data the green LED will light and CLONING will appear on the LCD The source unit will display MASTER 8 When the clone source finishes sending data a confirmation tone will sound and COMPLETE will appear on the LCD If data transmission failed while cloning 9 If the cloning fails data will be available in the Target unit when it is returned to User mode 10 When the cloning is successful the Target unit s Scan and Key lock functions will return to their default values Scan OFF Key lock OFF 11 The source will remain in clone mode after cloning The target unit will return to user mode after a successful cloning Notes The dealer can clone data to two or more transceivers by repeating the above procedures e fthe transceivers Clone Mode is configured as Disabled the transceiver cannot enter Clone mode e The table shown below will cover the frequency tables used for wireless cloning Clone mode cannot be entered in battery low state e A unit cannot be a Source Unit if it is unprogrammed If the S key is pressed an error tone will sound e Once a unit is set to be the Source it cannot be a target after the data has been transmitted This protects the data in the Source unit e signaling is used in cloning Electronic interface may cause a failure in data transfer during Wireless Clone such as when waveforms or electromagnetics are being performed at the workbenc
62. t number of which it is part and sufficient description of the required component for proper identification PERSONAL SAFETY The following precautions are recommended for personal safety e DO NOT transmit until all RF connectors are verified secure and any open connectors are properly terminated e SHUT OFF and DO NOT operate this equipment near electrical blasting caps or in an explosive atmosphere e This equipment should be serviced by a qualified technician only SERVICE This transceiver is designed for easy servicing Refer to the schematic diagrams printed circuit board views and alignment procedures contained within TX RX Unit Remarks Frequency range amp destination IF1 38 85MHz 136 174MHz LOC 38 4MHz TK 2212L X57 7120 11 Frequency range MHz TX RX 136 174 22121 A personal computer IBM PC or compatible programming interface KPG 22 22A USB adapter KCT 53U and programming software KPG 100D are required for programming The frequency TX power HI LOW and signaling data are programmed for the transceiver KRA 22 or KRA 26 Optional antenna Option YES KMC 17 or KMC 21 A m re you using the speaker microphone Speaker microphone Delivery Option TK 2212L REALIGNMENT 1 Modes Mode Function User mode For normal use PC mode Used for communication between the transceiver and PC IBM compatible Data p
63. te password entry 6 digits S Self programming mode B Zone Channel number decrement C gt Zone Channel number increment item selection mode flow chart Channel selection mode S NR S Selector Item setting mode Item setting mode flow chart Current 1 RX frequency or 3 TX frequency setting value Value is set e Selector z Selector Channel step Selector Frequency clear Selector lt gt gt gt lt gt gt gt S Cleared 2 RX signaling 4 TX signaling S Tone off lt C gt gt gt lt C gt gt lt C gt lt C gt A Not stored S Stored lt gt A Not stored lt C gt A Not stored A Not stored S Stored Display 136 00000 13600000 136700000 STP 5 00 Display STONE OFF QT 767 0 0231 00770231 Display 7 5 W Display 6 PWR Display 7 5 0 Display 8 SFT 70 7 4 5 9
64. tly selected number is determined If you press the A key the least digit of the password is deleted If you press the S key after entering the password in this procedure FROTBL 17 is displayed if the entered password is correct If the password is incorrect CLN LOCK R CLN LOCK W is redisplayed Flow Chart Source transceiver lt B Power ON CLN LOCK R CLN LOCK W is displayed Enter the password and then press the S key Is password correct Yes Start the clone function 5 Self Programming Mode Write mode for frequency data and signaling etc To be used ONLY by the authorized service person maintaining the user s equipment After programming reset the FPU to the Self Programming disabled mode Transceivers CANNOT be delivered to the end user in the self programming mode 5 1 Enter to the Self Programming Mode Press and hold the S key for 2 seconds while turning the transceiver power on When the transceiver enters in the self programming mode 1 1 is displayed 2 seconds after SELF is displayed Note This mode self programming mode cannot be set when it has been disabled with the FPU 5 2 Adding the Data Password If the Data password is set to the transceiver you must enter the password to activate a self programming mode The maximum length of the password is 6 digits The following describes how to enter the password 1 Press and hold the S k
65. z VBW 30kHz 5dB 2 High edge frequency Span RBW Spectrum analyzer setting Center f 174MHz 3 _Low edge frequency Spectrum analyzer setting Center f 136MHz Spectrum analyzer ANT BPF Programming Adjust the Software waveform as KPG 100D shown to the right REF 20 0 dBm MKR 155 MHz 1048 View Norm B Blank Norm 32 43 dBm MARKER 155 MHz 71 5 CENTER 174 MHz RBW 30 kHz REF 20 0 dBm 10dB A View MARKER 13 Hz CENTER 136 MHz SPAN 100 0 MHz RBW30kHz VBW30kHz SWP230ms ATT5dB 2 Sensitivity Check Wide TEST CH Low Center High SSG output 117 dBm 0 3uv SSG MOD 3 0kHz Narrow TEST CH Center SSG output 115 dBm 0 4uV SSG MOD 1 5kHz 3 SQL1 Threshold Writing Wide TEST CH Center Low High SSG output 123 dBm 0 161V SSG MOD 3 0kHz Narrow TEST CH Center SSG output 122 dBm 0 18nV SSG MOD 1 5kHz 4 5019 Tight Writing Wide TEST CH Center Low High SSG output 117 dBm 0 3uv SSG MOD 3 0kHz Narrow TEST CH Center SSG output 116 dBm 0 35nV SSG MOD 1 5kHz SSG DVM Oscilloscope AF 12dB SINAD or more 5 BATT detection Writing BATT terminal voltage 5 9V ANT BATT terminal Programming Software KPG 100D

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