Service Manual President Johnson FM (ENG)
Contents
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4. ee MS 17 s ERRETENA et FCB 7 0 qug ari Ange o adt Ci dita af re mm tan Y M ET MODEL NO JOHNSON __ TITLE MICOM PCB IPARTS ASS Y VIEW if mi EA 2 ib n PR H I Alp a imu 8 T HJ o s 4 ils M m i il i if 73 o 9 D uw w e L a zr gt 5 x e z 4525 lt e or a zr 58 zr x t5 oo a 995 Ze u lt cuu 1 z lt lt uu lt 5 uu wz a w wu ot 550000 5 l ll H E b SE dii JE A wa ft m lt 228 gt JOHNSON lt gt Sora nosy Uu wu 1 me lt o0 Oc Wu KA LEE utu z aoa 2C raros SF o qnaa S a i i BAB DIL AML SSGTE wa ee n i am vm Jes NT
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7. 11425 pits gt 4 2 2 2 1 yp e A i i 4 T Loo mncd 2 EE a CR mn T vor pA d p ap d Dno cd paum pondo D ri z a 4 o mna d 4 eps Ld D nd mama D sud d pod pod pu md r M ell gm 4 NOTES 4 RESISTANCE VALUES SHOWN IN OHMS UNLESS OTHERWISE NOTED K KILO OHM M MEG OHM 2 RESISTOR WATTAGES ARE 4 64 UNLESS OTHERWISE NOTED CAPACITANCE VALUES ARE INDICATEO IN MICRO FARAOS UNLESS OTHERWISE NOTED P MICAO MICRO ALL CAPACITORS TEMPERATURE CHRACTERISTICS ARE ZF UNLESS OTHERWISE NOTED 9 P M Fem 222 E wo SE may 5 RZ JOHNSON 9 TITLE FRONT PCB 0 aene IPARTS ASS Y TOP VIEW E E ERE T SER i HANE ee zt S malk DEO zw 2 m 55152 25 rc EL EM H p GOV ERE S EP LL M a a i ARTE PAZ 22 E NE 1 1 AER Shades ED gt 2 2
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12. 2 FLAT CABLE 0272 3 5 80 3 5 FT2 _ FILTER CERAMIC FL 009 CF 455 INTEGRATED CIRCUIT M5223L IC201 TDA1905 INTEGRATED CIRCUIT 1C303 INTEGRATED CIRCUIT NJM7808FA MACK JK 089 HSJOGI5 8 JACK MIC 7 JK 423 HSJ0838 01 500 Jo JAK JK 571 M60 02 30 114P 6 LB 0692 41M7 M R12 K069A L2 LB 647 M7M 33303 R12K969 L3 CUL 865 M7M 33333 R12K317 0 653 M7M 33333 RI2K340 L5 0 07 LB 652 M7M 33334 R12K339 Lo COIL 0694 41MT M L7 I LB 656 21K7 T R12H473A L8 0 650 21K7 M RI2H468A L9 8 70 Li 0 7 0687 5 1 7 5 R12H8794 35 6717 J 122 COIL 35 06 71 27 L203 124 00771505071 L205 LD 237 L 2RAW R22 E563 126 0 LD 087 BFO4 3 5 1 L207 1007 IC oo o o L208 087 BFO4 3 5 1 L209 INDUCTOR MOLDED i lt gt lt gt IND j W W 7 gt to 1 7 e 92102 taod 179 5 42 ES 13 1313 A 42121921002 1 lt gt at gt oo roo 0 1 1 1 mi 1 N jmn SISISISIS JO 5 5 ZEN A 03 4 08 09 RANSISTOR RANSISTOR RANSISTOR 5 5 Gi 22 sie 29 25
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14. nP 9 04 c312 To c16 lt ka 2l 397 84 inel el 0216 88 8225 25A733 P i R224 Sut ye 07 pm Ld e Q208 28C3242A E 10 24MHt 0218 25 45 0 B 241 237 1 C302 j PLL2002A1 C 41P CH c324 0926 39 36 6 9041 95 took w 12 H 1788 6322 2 75 lev 108 0198 i 0383 M SCI c325 HY sev 8 41 813 088 c236 gt 15 66 8PZCH at2e at 6 8 2 874 3 gt 124 10 2955 B 10 985 4 22 D 0308 z e gt gt S OTC 143XS 0309 por 2 9C1675 L amu cun ER Z NE e me z m o A gp a Armee qup Ae nenas Aem qu PUT END 7 apatyt a Uc HOS or MDT 1 e m z ume Rm gt gt gt coe 014 28C941TM 0 eg 155133 a1 FT 621 821 1 26 teer 8 649754 16 ce 18 06501 E 822 4130 155133 a 8126 0919 51 22 220 a e 22 833 1 R 2 sevens R31 2 Y
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16. 637 VOL RO RSI 33K isaw MEE 9 VOL CO LED 4 50 155193 19K E RF Gait o 94 gt Ma 312 elt 1 RF MET RE 2 e LED d dn VENEZ ae EXT SMET 2 1 63 pow 1 1 15 1 ED i i 1 1905 1C 3061 6 11 5 104 Tea pes 11 1160 c304 2 gev 6 41 2 x rs 7 8139 tow 1 93 EXT Se 0214 291 O 410 8 6 25 45 0 6231 0604 641 88 6 2 959598 SZ se 25 waset 511 werzerze 2r T v PY e cM gt 1 m z E nx GNO ra er ue 315 13 IE gt w wa 1 z z mz s WNE 0213 25 20 01 oit 7 IC 201 e ped c236 2254 C246 041758 2 52 263 8263 2 DER PE L T a a 13 2 3 24 NOTES I RESISTANCE VALUES ARE SHOWN IN OHMS UNLESS 127 woott Xe 2948352 TF3e2 OTHERWISE NOTED 0 OHM au in 3 2 2 RESISTOR WATTAGES ARE 1 60 UNLESS EI OTHERWISE NOTED 2 2aF I y CAPACITANCE VALUES ARE INDICATED MICRO FAR
17. E b 29 RANSISTOR RANSISTOR IELD EFFECT TRANSISTOR IELD EFFECT TRANSISTOR c KZ TRANSISTOR TRANSISTOR TRANSISTOR rj RANSISTOR TRANSISTOR RANSISTOR 5 P 52 RANSISTOR TRANSISTOR TRANSISTOR J 2 gt AIA eie TRANSISTOR RANSISTOR ZE 2 z e RANSISTOR CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 52 CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 Sheet LD 087 BF04 3 5x B 955 499 5 01257 B 955 499GN S 01257 D 087 BF04 3 5x DB 259 2SC1675 L B 259 2SC1675 L DB 224 2SC945A Q DB 003 2SA733 P B 224 25 945 0 259 2SC1675 L 259 2SC1675 L B 295 2SC1674 L 019 2SK192A BL 019 2SK192A BL 259 2SC1675 L 259 2SC1675 L B 301 25 941 0 224 25 945 0 1 Z c 295 2501674 1 DB 792 2SC2314F DB 301 2SC941TM 0 DB 259 2SC1675 L 003 25 733 548 DTC143XS 548 DTC143XS B 123 2SB1133 R 383 2SC3242A E 548 DTC143XS DB 003 254733 548 DTC143XS 309 2502001 1 224 2SC945A Q 003 25 733 003 25 733 224 25 945 0 224 25 945 0 B 548 DTC143XS B 003 2SA733 P B 548 DTC143XS OI UI OI UO UID Z 555 GIS DB 548 DTC143XS DB 295 2SC1674 L DB 295 2SC1674 L 548 DTCI43XS 259 25 1675 Z 2 2 1 6W
18. PRESIDEN JOHNSON FM thanks Homer MANUAL SERVICE etes Tot mtem te ammonia norme emen m artis zzzzza TECHNICAL CHARACTERISTICS G N RAL Channels Modulation modes Frequency ranges Antenna impedance Power supply Dimensions in mm Weight Accessories supplied TRANSMISSION Frequency allowance Carrier power Transmission interference Audio reponse Emitted power in the adj channel Microphone sensitivity Drain Modulated signal distortion R CEPTION Maxi sensitivity at 20 dB sinad Frequency response Adjacent channel selectivity Maximum audio power Squelch sensitivity Frequency image rejection rate Intermediate frequency rej rate Drain 40 FM from 26 945 MHz to 27 405 NOE 50 2 13 2 174 M x 211 H x 52 D 1 1 Kg UP DOWN microphone with support mounting cradle screws 300 Hz 4 watts CW inferior to 4 nW 50 dBm 300 Hz 3 KHz in FM inferior to 200W _ 0 8 mV 1 7 A with modulation 1 8 0 4 uV 115 FM 300 Hz 3 KHz FM 70 dB 5W minimum 0 2 pV 120 dBm maximum 1 mV 47 dBm 60 dB 70 dB 500 mA nominal 800 mA maximum J TA aee rm nim m ene in ALIGNMENT PROCEDURE P L L TRANSMISSION RECEPTION EQUIPMENT FROM DIFFERENT ALIGNMENTS Frequency counter Synthesized signal generator DC Voltmeter Oscilloscope AC
19. TAPE 9 6K 1 6W J 960 1 6W J TAPE 9 6K 1 6W J 10K 1 6W J 4 7K 1 6W J TAPE 68 ud 75 pws 02 03 FS RS Fo x 0 1 TE SUR m T SISISISISTSTSTE RIRIRIRIRIRIR RH 22 52 53 3 FS RS Fo Ro FS W S 39 FS RS gt UJ 55 R CARBON AXIAL LEAD 52 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 45 R CARBON AXIAL LEAD 26 47 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 29 R CARBON AXIAL LEAD 26 Sheet 1 6W J TAPE 10K 1 6W J TAPE 390 1 6W J TAPE 390K 1 6W J TAPE 960 1 6W J 1 5K 1 6W J 3 3K 1 6W J TAPE 220 1 6W J 18 1 4W J TAPE 2 2 1 6W J TAPE 100K 1 6W J 4 7 1 6W J TAPE 39 1 6W J 8 2K 1 6W J 15K 1 6W J 180 1 6W J 150 1 6W J 9 6K 1 6W J TAPE 10K 1 6W J 3 3K 1 6W J 1 8K 1 6W J TAPE 960 1 6W J 3 3K 1 6W J TAPE 10K 1 6W J TAPE 5 6K 1 6W J TAPE 10K 1 6W J 470 1 6W J TAPE 390 1 6W J TAPE 4 7K 1 6W J TAPE 1 5K 1 6W J TAPE 1 6W J 100K 1 6W J TAPE 4TK 1 6W TAPE 3 3K 1 6W J 10K 1 6W J 39K 1 6W J TAPE
20. se zlo R ER on O EN m am omma T 4 e E ME E com R o om Am na Om a 5 gt s s w E a s v cQ APP SO MEE SU tor RS 8 K a ee ee m om p me am ee o redo a gt ay E WES wee e a mate m v o ome ame gt re CEJ i 4 ay s n a 4 ie TESA Emend c 90000 Cf w dms V SS er x 2 4 a a m zm EE lt e e o 4 a gt RAM jenem H f 1 E am 3 died 4 I aem e r c ma ssa J E
21. E gt 5 as zn es am ee mre M A 2 D imma RAS cUm e 7 z p 2eme dum wyma gt a m we am iw P4 ama ZAPRZECZA s r om ave oa nmm we oo ee mw Mea im mew HER 5 St gt t gt a gt a w 4 eran P 1 A 4 o am Aer Um one m i 7 t d i 8 MERE r eee EN emmen mo mm z 3 5 me o W m M MM qum de ps Mum eee ee ee o m t TERESA e ga cd de yk 201 T LE 1 AOS a ZE PRA E es ee MENU Mu Mcd casi 4 1 4 M 2 PEL MEI nmi Se e a a mea gt om mete
22. R816 R CARBON AXIAL LEAD 26 110K 1 6W J TAPE Sheet 817 R CARBON AXIAL LEAD 26 110K 1 6W J TAPE R CARBON AXIAL LEAD 26 10 1 6W J TAPE R CARBON AXIAL LEAD 26 R 5 28 j gt 1 e 10K 1 69 J 1430 24 10 50 10 BLU 1430 24 10 50 10 WHT li 0150 RYLS7J103 Egg W lt gt gt e 2 1430 24 10 50 3 RED UL1430 24 10 50 3 ORG gt lt 29159 51515 gt 52 62 e I co gt A 03634A 2 3 552 C ELECTROLYTIC tour sw 6 15 C553 TS2 5S 0 004102 50V Z YF D551 DIODE LTD 482GC 01 0552 DIODE LED GL8HD22T 2553 DIODE LED GL8EG22T 0554 DIOD LED ______ 0555 DIODE LED 0556 DIODE LED aleke 0557 DIODE LED famn Ty 0558 lt gt DIODE LED GL8PR2IT B 51 TRANSISTOR 8548 DTC143XS R CARBON AXIAL LEAD 26 2 2K 1 6W J CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 F n mJ 20 koei lari La 30 1 60 J TAPE 8K 1 6W J C 3 SW 0774 SLW43 12KB 5W 462 5 121 8 SW 0773 SSFYP22 16KB UL1430 24 10 60 10 BLK B MAIN PA 0363AA 1 3 CERAMIC TS2 5S OPF 50V D CH CERAMIC TS5 0S CERAMIC TS5 0S 0 CERAMIC TS5 0S TS5 05 CERAMIC
23. m RA ow U inter 4 m oe a 5 m mt e 1 4 m e ewe gt me gt myte wm 2 an AAA M m 6 omo mt on H dm e 5 wm eee 5 wee mom e m Genes me uw er oo o 5 2 eee mmm m m a a ore oom 2 eaa Ad W a lt ody tak W gt Lcd m gt Pea 5 r m m e i 4 gt X ume m m 7 edm dio te ____ omo b w gt A HY
24. 3 gt x 4 ie a e DE w e so M O m re en m es ee ia ee ro Y M 1 As dem dre 8 NY LII gt P sm t0 0955 9 m A DA je o s o di mi a M m n ma pe gisa rm m 4 4 a e wus ms msa M oe 2 eom gt ome a m o pr a a oc re 3 3 1 M MH Sheetl No DESCRIPTION C CERAMIC 152 55 i Ca p JACKSANT IKA M RM L 102 JACK 5649 65113024 TRANSISTOR 01 RESISTOR VARIABLE 0 791 2502078 R gt W 7 QIRI SE tt 5 ZI e gt DO Ca Oho Torti po m RESISTER VARIABLE V 672 5KB 03 RESISTOR VARIABLE 4 072028 YD 019 B312
25. 5 at oU 1 P M TL a E 1 i e R ay ih fir SPEAR ks 3 ES mmi Em pagando a 4 a 1 1 2 E cii eie oum mt 44 pie f Q Doce _ eo ANTO S T i P r 4 244 4 3 E rq aN 4 4 i lt wate test 4 7 4 5 m Wr SMP Set o4 cV Skewes uc ales S5 DE AS s Aum A ie Df EM TL 5 TM E m 5 mee 2 4 z M Mmm gt OPZZ A on REM A uii Er pu eras Rue ie ACE z a m mm e E 1959 2 oe a oe E 2 s l PEE _ _ a gt 4 STA EN a p ai CM LL LA i nc Im am w m m m J 3 Y gt GSA D E m EUER
26. J TAPE OK 1 4W TAPE 2 1 6W J TAPE 10K 1 6W J TAPE RS AXIAL LEAD 26 R CARBON AXIAL LEAD 26 R14 R18 R24 R CARBON AXIAL LEAD 26 R26 R CARBON AXIAL LEAD 26 R28 _ AXIAL LEAD 26 R29 _ R CARBON AXIAL LEAD 26 R33 R34 R36 R37 R38 R41 R42 R45 R46 R CARBON AXIAL LEAD 26 R47 R48 R49 AXIAL LEAD 26 R51 R53 R54 R55 R56 857 AXIAL LEAD 26 R58 R CARBON AXIAL LEAD 26 R59 R61 R62 R63 R64 R CARBON AXIAL LEAD 26 R65 R66 _ R CARBON AXIAL LEAD 26 R67 R CARBON AXIAL LEAD 26 Sheet 68K 1 6W J TAPE 47K 1 6W J TAPE 100K 1 6W J 330 1 6W J TAPE 680 1 6W J TAPE 10 1 6W J TAPE 2 2K 1 6W J TAPE 1 6W J 68K 1 6W J 100 1 6W J TAPE me 47K 1 6W J TAPE 220 1 6W J TAPE 2 2K 1 6W J 47 1 6W J 1 5M 1 6W J TAPE 96K 1 6W J TAPE 96K 1 6W J 96K 1 6W J 100K 1 6W J 12K 1 6W J 820K 1 6W J 680 1 6W J TAPE 2 2K 1 6W J 3 3K 1 6W J 6 8K 1 6W J TAPE 1 6W J 470 1 6W 100 1 6W 7 10K 1 6W J 330 1 6W J TAPE 330 1 4W J 100 1 6W J TAPE 10 1 6W J m 10K 1 6W J 10K 1 69 J TAPE 100K 1 6W TAPE 100K 1 6W J 100 1 6W J TAPE 1 5 1 6 J TAPE 100 1 6W J TAPE 680 1 6W
27. Voltmeter RF Power Meter Stabilized DC Power supply Linear detector Conditions of measures In reception Input signal 107 dBm 1 1 2 KHz modulation FM Frequency 1 KHz In transmission Modulation Input 30mV Fr quency 1KHz MR ATE KA eus ALIGNMENT PLL PORTION gemm 1 Aligment Procedure STEP CONDITION OF ADJUSTMENT PROCEDURE THE DEVICE 1 RX 19 CH L 302 DC VOLT METER TO TP301 R323 Adjust L302 for 3 0 0 1V reading on DC voltmeter 2 TX 19 CH L 303 DITTO 1 Adjust L 303for 3 0 0 reading on DC voltmeter 3 RX 19 CH L 11 OSCILLOSCOPE to TP 2 R47 Adjust L 11 for maximum reading 4 TX 19 CH CT 301 FREQUENCY COUNTER to TP2 Adjust CT 301 for 27 185 MHz 4 100 Hz on Frequency counter 5 TX RX DITTO 4 1 40 CH Check all CH frequencies should be same as frequency chart Ditto 5 ua Same as STEP 1 Check DC voltage of all CH s for Apply sealing wax to L 302 L 303 after checking reading within 0 0 5 1V i T PROCEDURE m 2 ALIGNMENT FF m SEE S PLL LI o 302 9 L303 CT301 e C TP301 love sem ttm apes senti CHANNEL ANTENNA NUMBER FREQUENCY Miz 26 965 26 975 26 985 21 005 21 015 21 025 21 035 21 055 21 065 21 075 21 085 27 105 27 115 27 125 27 135 27 155 27 165 21 175 21 185 21 205 21 215 2
28. 1 225 21 299 21 235 21 245 21 265 21 219 21 285 21 295 21 305 21 315 21 325 21 335 21 345 21 355 21 365 21 315 21 385 21 395 27 405 FOR TRANSMIT R T DIVIDE RATIO N 2696 2697 2688 2100 2701 2702 2703 2105 2106 2107 2708 2710 2111 22712 2713 2715 2716 2717 2718 2720 2721 2722 2725 2123 2724 2726 2121 2128 2129 2130 2731 2732 2733 2734 2735 2736 2737 2738 2739 2740 FREQUENCY MHz TX 26 965 26 875 26 985 21 005 21 015 21 025 _ 21 035 21 055 21 065 27 075 21 085 21 105 21 115 21 125 21 135 27 155 27 165 27 175 27 185 27 205 21 215 21 225 21 255 27 235 21 245 27 265 21 215 21 285 27 285 21 305 27 315 27 325 27 335 21 345 21 395 21 365 27 375 27 385 27 395 27 405 FOR RECEIVE R T DIVIDE RATIO N 3165 3166 3767 3169 3770 3771 3112 3774 3715 3116 3111 3719 3780 3781 3782 3784 5 3786 4787 3188 A 3791 3794 3792 3793 3795 3796 3797 3798 3799 3800 3801 3802 3803 3804 3805 3806 3807 3808 3809 FREQUENCY MHz RA 37 66 231 61 37 68 21 70 37 71 31 72 37 13 31 75 37 76 37 71 37 18 37 80 37 81 37 82 37 83 37 85 37 86 37 87 31 88 37 90 37 91 37 92 37 95 37 93 37 94 87 96 237 97 37 98 27 99 38 00 38 01 38 02 38 03 38 04 38 05 38 06 38 07 38 08 38 09 38 10 Ms TAME REET ar ALIGNMENT R
29. 2 2K 1 6W J TAPE 3 3K 1 6W J TAPE 10K 1 6W J TAPE 3 3K 1 6W J TAPE 680 1 6W J TAPE 4 7K 1 6W J TAPE 3 9K 1 6W J TAPE 54 57 59 6 62 63 64 PERE 29 0 eio 65 55 1888 5 08 29 EM 1 12 13 pend 15 18 9129 27 N el 201 202 s je 1 204 205 01 02 Sm c3 R CARBON AXIAL LEAD 26 R CARBON AXIAL LEAD 26 7 TRANSFORMER TRANSFORMER WIRE CRYSTAL Sheet 10K 1 6W J 100K 1 6W J TAPE 100K 1 6W J TAPE 220K 1 6W J TAPE 68K 1 6W J 2 2K 1 6W J _ 2K 1 6W J 1 6W J TAPE 68K 1 6W J TAPE 00 1 6W J TAPE 3 3K 1 6W J TAPE 60 1 6W J TAPE 150 1 6W J TAPE 390 1 68 J 330 1 6W J 100 1 68 J 15 1 6W J TAPE 100 1 6W J TAPE 220 1 68 J TAPE 10 1 68 J 470K 1 6W J TAPE 4 7K 1 6W J 4 7K 1 6W J TAPE 3 3K 1 6W J TAPE 10 1 4W J TAPE 3 3K 1 6W 7 TAPE 1 6W J 3 3K 1 6W J 100 1 6W 47 1 6W TAPE RT 0552 500KB 592 10KB RT 552 100KB A 552 10KB 374 CT 19E B R29 1097 1 1430 24 10 30 3 WHT 0 1430 24 10 110 10 ORG QX 074 10 240MHZ No DESCRIPTION 478 A951 CORD DC 1515
30. 22UF DOV M C 130 22UF 50V M C 130 OUF 50 M C 130 00 50V M YD 0047UF 25V SR 0047UF 25V K SR 50V J CH 010 50V Z YF O01UF 50V YD 0010 50V M YD 0010 50 M YD 0010 50V M YD TUF 25V M C 130 3PF 50V J CH 50V J CH 20PF 50V J SL 50V J CH 20 50V J SL 50V J SL SPF 50V J CH 50V J UJ 50V J UJ PF 50V C CK 50V M YD 20PF 50V J UJ 50V M C 130 00PF 50V J SL TOPF 50V K YB 010 50V Z YF 0010 50V YD 010 SOV Z YF lt gt Sheet 1 C SEMI CONDUCTOR SR 52 5 0 00150 25V SR NO C2 BR DIDO 224 C ELECTROLYTIC 2 2UF 50 MC 130 C SEMI CONDUCTOR SR TS5 0 C226 C ELECTROLYTIC 10V M C 130 C227 152 55 7 0 00 50V M YD C228 _ 152 55 7 0 001UF 50V M YD C229 C ELECTROLYTIC 722UF 50V M C 130 C231 152 55 _ 470 50V CI CJ 752 55 0047UF 50V Z 3 0470 25V SR 3 20UF 10V M C 130 O47UF 25V SR PF 50V D CH 047 25V SR 0470 25V SR 001UF 25V K SR 4 068UF 25V K SR 4 047UF 25V SR 01UF 50V M YD 4 470 25V SR 4 01 C ELECTROLYTIC 47002 25V M C 130 02 03 C ELECTROLYTIC 220UF 10V M C 130 ATUF 50 M C 130 05 ELECTROLYTIC 0 SEMI CONDUCTOR SR TS5 0 ELECTROLYTIC CERAMIC TS2 5S e C3lca3 GEO 3
31. 755 05 CERAMIC 752 55 CERAMIC TS5 05 CERAMIC TS5 0S CERAMIC TS2 5S CERAMIC TS2 5S CERAMIC 752 55 l4 ELECTROLYTIC CERAMIC TS5 0S CERAMIC TS2 5S CERAMIC TS5 0S CERAMIC 755 05 ca 680PF 50V K YB 0 00470 50V Z 0010 50V YD TUF SOV C 130 8PF 50V J UJ 0 001UF 50V M YD W pos gt 18PF 50V J CH CA CD C2 ELECTROLYTIC 24 2 2 21 2 NM Go gt W C2 Ca ca3 lt wini l bilojn ap 4 gt 151 51 en Co ND DO O OT gt e E 0 CHC U 0 a Z gt TOTO I OI B 100 3 qR p m 3 c2 DW CERAMIC 155 05 SEMI CONDUCTOR SR 155 SEMI CONDUCTOR SR TS SEMI CONDUCTOR SR TS SEMI CONDUCTOR SR TS ELECTROLYTIC SEMI CONDUCTOR SR 55 0 CERAMIC TS2 5S ELECTROLYTIC SEMI CONDUCTOR SR TS2 SEMI CONDUCTOR SR 152 SEMI CONDUCTOR S
32. 9 su cze 0574088 gt EI 101 04 4603 2 4 1 9408 42 s 1500P SAHO IONS Juv SZATA 3241515355 t 1 zy TE 1 i 5 yon gt _ 2 i arta ads gt TE S lt O vS b2St 8120 3 1 3 vZv ZE D2SZ 9020 z Mw ans 2 E 916 d EELVSZ 21 9170 1 Bi sete 25 stetit 4t 3143 2215 me ERETT quse 757 252 1169 b 11604142 G3 22 ti 18414 gt is wo 465153 vL912SC 21 L1312SZ 6 2104 te 9 M veto 9E0 Miri t 2 4 atte 27 2 1120 ane aes 4652 9003 gt 3 0 119 5262 m ele 5 e 2920 5 3 Ta Te ce _ 2 sir r 5 gt eke cle if 2 218 sz 732 IE sue j Ja 2 11 e a F a X H NER Lb 4 5 22 3121 21 513 5 51515 Es u ca E zz ST IT STS 3 STET gt t t z 2 ma LS ajs HE gt lt
33. ADS ev poses wI 511 UNLESS OTHERWISE NOTED P MICRO MICRO FARAD 79 22 4 ALL CAPACITORS TEMPERATURE CHARACTERISTICS 43 5 oc rower ARE SL LESS THAN 1000PF A OR ZF MORE THAN 166076 UNLESS OTHERWISE NOTED Wd NosNHOt ei azz s R Ei wt tg ET OM he APR RN ecu ras tle nini OTERO RISER o cene BETH 9 155 21 Sip 3H 15b M 65055 06 NG 340 ii 44 it s 11 o o 18 23 30 90 8591 7 108 ogsaa aot anes TH e NY imi i mot it nta ros ZIE E suerte am aria 2a ala 24 4 4 SHANE gee ie g a So 1648 99 49 Aie 5 27 8 c orm LE MS5IA53BL Q305 OTCU4ES MC 451 4 7e 478 iov 330 4 2 0 4 9 LI 2 Ld 230 2 ho o AK me pia et E E mas A pim ele emi arr riter PY 5 L SO et ete Lc uM TERIN tet 22 a LK KL But 2 2 2 4 1 44114098
34. D 11 A YD 041 AC223 C801 C ELECTRIC DOUBLE LAYER 0 047 5 5V 7 C 266 C ELECTROLYTIC ELECTROLYTIC CERAMIC TS2 5S CERAMIC 752 55 ELECTROLYTIC 330UF 10V M C 130 CERAMIC 155 05 CERAMIC 755 05 0 01UF 50V Z YF ELECTROLYTIC 000 10V C 130 22UF 50V C 130 22UF 50 M C 130 53 gt 5 6 ss i 0267 3 5 90 3 5 0265 3 5 40 3 5 267 3 5 40 3 5 4 267 3 5 40 3 5 4 066404A 4E67 01 AT CABLE CABLE AT CABLE FLAT CABLE Jm z E 7 C2 Go 1 A eI t t 92402 2 1 2 z Z gt gt 3 5158 Bil CIC ele m S C gt lt 63 e 8 E Q DO 0 INTEGRATED CIRCUIT NDUCTOR MOLDED lt gt B 003 254733 003 25 733 548 DTC143xS 47K 1 6W J 47K 1 6W J CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 CARBON AXIAL LEAD 26 Co ro co roj o elelelelalE 4 1 3 Cc e D 10K 1 6W J TAPE CARBON AXIAL LEAD 26 330 1 6W J TAPE R806 R CARBON AXIAL LEAD 26 330 1 6W J TAPE lt gt CARBON AXIAL LEAD 26 30 1 6W J TAPE R808 R CARBON AXIAL LEAD 26 330 1 6W J TAPE R809 R811 R814 R815
35. ECEIVER PORTION 1 Alignment Procedure STEP CONDITION OF ADJUSTMENT PROCEDURE THE DEVICE 1 19 CH SSG to ANT JACK J 501 AC volt Vol MAX meter to EXT SP JACK J3 Fuly CW Set SSG output level to 46 dB at first and adjust coils to maximum 3 19 CH RT 1 no mod 4 19 CH RT 2 Vol Maxi Squelch Maxi Fully CW reading on the AC voltmeter 5 19 L9 SSG to ANT JACK J501 DC volt meter to R51 Set SSG output level to 66 dB and adjust L9 for 3 8 0 1V reading on DC volt meter Keep appropriate SSG output level so that receiver under adjust will not overload Final SSG output must be OdB SSG to ANT JACK 4501 OSCILLOSCOPE to TP 1 R3 Adjust L 1 for maximum indication on the scope using no modulated 46 dB carrier level SSG to ANT JACK J501 Get SSG to 40 dB and adjust RT 1 for S9 LED just light up SSG to ANT JACK J501 AC volt meterto EXT SP JACK J3 Set SSG to 66 dB and adjust RT 2 for just open squelch NN AE AA RECEIVER L2 RT 1 L3 LA L 3 ug seme AE imeem ALIGNMENT TRANSMITTER PORTION Zz Alignment Procedure CONDITION OF ADJUSTMENT PROCEDURE THE DEVICE RT 203 RF PWR METER to ANT JACK L 204 J 501 no Mod Rotate RT 203 Full CW Adjust L 204 for maximum reading After above alignment rotate RT 203
36. O JioO octbe 1o6 GO GO GO 09 gt lt gt STSTSTSTSTSTES Hu Go lt gt jo TUF 50V M C 130 XI gt gt JJ 3153 53153 iit HA IO 1000UF 25V C 130 63 0010 50V YD CERAMIC 755 05 CERAMIC 152 55 50V J RH iiid CO C3 e 68PF 50V J SL 50V J UJ I CERAMIC 755 05 CERAMIC TS5 0S 1 CERAMIC TS2 5S CERAMIC 152 55 0 001UF 50V M YD SEMI CONDUCTOR SR TS5 0 ELECTROLYTIC 100UF 10V M C 130 CERAMIC 755 05 ATPF 50V J CH 20 ELECTROLYTIC 0 47UF 50 M C 130 2 CERAMIC 755 05 21 BRIS MININ 1 Cola 1000 10 C 130 0 001UF 50V M YD 220UF 10 M C 130 CT301 CT 020 30PF Di DIODE TS 26 15510870 Sheet 1 TAPING TAPING TAPING any CJ 55 553 5 Oo Z lt gt gt 155133 TAPING D204 D205 DIOE 7 1159133 TAPING 155133 TAPING 0207 DIOE ooo D208 7 15593 TAPING 0209 DIODE 7 5092 TAPING 1 DIODE VARICAP RE No m Z W 185059 0303 DIODE ZENER AX TS 26 ID FLAT CABLE 0267 3 5 90 3 5
37. R TS5 SEMI CONDUCTOR SR TS2 SEMI CONDUCTOR SR TS2 CERAMIC TS2 5S SEMI CONDUCTOR SR 152 5 CERAMIC TS5 05 SEMI CONDUCTOR SR TS SEMI CONDUCTOR SR TS ELECTROLYTIC SEMI CONDUCTOR SR 152 5 CERAMIC TS2 5S ELECTROLYTIC ELECTROLYTIC ELECTROLYTIC CERAMIC TS2 5S SEMI CONDUCTOR SR TS2 SEMI CONDUCTOR SR 752 CERAMIC TS2 5S CERAMIC TS5 0S CERAMIC TS2 5S CERAMIC TS2 5S CERAMIC 152 55 CERAMIC TS2 5S ELECTROLYTIC CERAMIC TS2 5S CERAMIC TS2 5S CERAMIC TS5 0S CERAMIC 752 55 CERAMIC TS5 0S CERAMIC TS5 0S CERAMIC 752 55 CERAMIC TS5 0S CERAMIC TS2 5S CERAMIC TS2 5S CERAMIC TS5 0S CERAMIC TS5 0S ELECTROLYTIC TS2 5S CERAMIC TS2 5S CERAMIC 155 05 CERAMIC 152 55 CERAMIC TS5 0S Ca c3ica c2 an j ou Oo gt gt IGI Co OD eo Sheet l CJ lt W gt 50V J CH 010 50V Z YF 047UF 25V K SR 047UF 25V SR 0470 25V SR 047UF 25V SR OUF 50V M C 130 0 047UF 25V K SR 0 001UF 50V M YD 50V M C 130 0010 25V SR 022UF 25V K SR 047UF 25V SR 00150 25V SR 022UF 25V K SR 50 J CH 0022UF 25V K SR 20PF 50V J CH 039UF 25V SR 039UF 25V K SR 2UF 50V M C 130 00150 25V SR 001UF 50V M YD
38. WP L Groupe PRESI E dq E Co T DNE tid amp i ee J 4 O N S A Capital 100 000 000 FF SIRET 389 102 260 000 12 SIEGE SOCIAL Route de S te 100 34540 BALARUC T l 67 46 27 27 Telex 490534F Fax 67 48 48 49 SUCCURSALE LE DE FRANCE 50 56 Rue du Pr des Aulnes Parc d activit s des Arpents 77340 PONTAULT COMBAULT T l 1 60 29 28 27 Fax 1 60 28 44 00 Vente exclusive aux distributeurs
39. ae WE ER z i pe 2 4 LI zi ir cg nd da s iy m PETI mor AERE c Sat w la RA nene EA o e JM MED Xu 9 RACE 4 i _ M PN je tun ack P M E we Tum E za OO beg s B eoi qi s 2 na a em AYIA r BI 55 TC KM L i ee m RE E A z aer moe 13 eus d r EIL ETNA D MAT u RUN aa HUF um me m UE re 207 Ris YQ 85 EZ m Py KO lt 4 79 pes GN N 5 ag I N 2 o lt gt AWZ 2 2 SHiELD CASE __Hepe 43290037 2 FORE SO WIRING DIAGRAM M me m m 2 CHASSIS 1505 JK 321 eC POWER GW HOLDER TR 25511332 _ _HHPEg3a2864 u 09 PA363AA MAIN PCB VIEN m v d 3 ET Drm EET vdd DRE TRPETI iau UN eni RE HE tub Ft NIM i i Mi dur i i WE O nd iie tl FLS tst 1 i i 4 wt J5sl Jk425 ANT Q 5681 28C 2078 E B N YLSI
40. me 2 M ii pere L M m 0 i 1 4 ma u Soe wo m w gt ee ees oe NER M D mere a 1 4 e E E i LI 3 zka omm E m 4 9 ee H 2 EEE E M M m a 5 od e a ae 0 sm m irm wii T quindi ge mae H 5 2 s E 55 ZE E P i e 52 VERS mm m L ame ai _ 3 es remm te ae Se a m NEUE wi bi M
41. until 3 8 W RF out put is obtained 2 MODE B RT 201 DITTO Adjust RT 201 for RED LED of RF METER just right up MODE B RT 205 FM LINEAR DETECTOR to ANT Mic Input JACK with RF ATT J 501 1KHz 30 mV Adjust RT 205 to read 1 7 KHz deviation on the meter Apply sealing wax to L 204 Check frequencies in all channels There must not be parasitic oscillation at the condition of 100 mV or less modulation input ALIGNMENT POINTS TRANSMITTER PORTION TRANSMITTER L 204 203 RT 201 DEV OlldONAS gt BE M E DIW 03104 JSIMUJKNIO SSIINN 14000 3509 1371 30 sd M CQ 6120 3 2 134866 5531 15 35 winde 5 1214 1 I eek 211S15112vuvH2 34019839431 SHOLIJYGYJ IW secarl _ 1 61912752 PEE Sma Ovsv 4 OuJIM OuUJIN 4 ONON JSIMUMIO 552740 116 2a seser l uko SHE VN ILO SQvuvs OwJim O31vOLONE Juv S30 YA 3ONVLIONAYO z S jm 89t0 10 25 03104 3 13H10 2 2 2 2 14 pt SS3 Wen 9 1 3uv SIOVLLYM 0015152072 29 a C sd aut t ET 7est in 93 OJIX 1 03104 nose uod EL utd ast 3 1 tts ite 1 4 49 4 2 gt 44
42. wu ax m S A niic csi 9 418 CE am a i y m ____ _ eee gt sci 67S L 155006710 Gri C4 a4 10 0656 t e1 Deep 3 8 6651 Ctt a 001 70 5 an m 9 2 os w N t4 10 0653 o 155103 2 2 0561 0202 __ _ ___ m 25 2078 55133 TII a e 0201 52147 2154 25 2314 5 et et 4 261 202 L203 L204 2 C247 R200 c2 a 031 1 037 mn i fe LE 0375 1 lt 0613 TIZI Gg en ons SD m i 415 e z 1 g l 2297 09 2 2 I PLR LS s 215 LI 518 23 522 1 i LST ETETE stzis 728 1 AE SE x e Sele e wis m 1449 S o 22 2272 z age RF T 245 2 zj AE Is ec 45 w _I n 0202 1 0203 25C941TM O 25C1675 L ci 872 150 e 041 832 e 0 0304 305 4 do us 25C1674 L15 25 1674 15 zyje tip 274 C313 72312 el a 4 gt 4 001 YO 56 P CN me SUTEN 3 2 gt c37 5 101 0 22 ie
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