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TS-590S - RadioManual.eu

Contents

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8. TX RX UNIT NB X57 785X XX B 2
9. 60 m summ a waman d m m x Q1 Q2 GRAY W3 D254 R50 1 PRE DRIVE AMPLIFIER PRE DRIVE AMPLIFIER CN10 E37 1479 15 PROTECTION K46 0 8 TXOUT E37 1508 15 655 13 16 636 ede T 13 33V 6 TP2 9 Feo Oy ATCOM CN 1250 PROTECTION 0 01u VS
10. I i NOISE BLANKER 0667 25 1824 1 lt k FINAL UNIT X45 3914 2 TX RX UNIT X57 785 A 2 Q651 m 9669 i NB 28335 2SC5383 T111 1 8M 3 5M 7M 14M gt 9 4 gt sw from TX RX UNIT X57 785 A 2 i 21MHz AMA band only 11 374MHz MCF Q641 Q652 0653 06630664 0666 0670 T RX 151 MIXERT 2SC3356 A 2SC3356 Ax2 2SC3356 Ax2 2SC5383 T111 2SC5383 T111 NBL i HF 11 374MHz L71 0656 NBAMP2 NBAMP3 NB AMP4 ANTI DRV RXANT CNIOENORM id
11. D 1 R140 C173 DAC AF TX RX UNIT TX RX UNIT o FEN C292 mene Rx OH CONTROL UNIT X53 446X XX A 3 us s ee os RP m e T a D m sm s X57 785X XX A 2 A 2 H six NC OP ED m 10u sume M Y u a z 115 145 148 4 mo 001 ec185 scis7 R169 u 14 AoUTPUT V Gam 1 Ed 1 2 50V eR152 enis8 eciss 0 010 680p 3 3 gt 8 Rat 3 8V SWITCHING REGULATOR CN65 CNG2 BoUTPUT gt 5 S318 8 pF LS 01 13 i E40
12. DC13 8V FANI TI mis 12 ANTA F09 0478 209 0478 G BB I 4 B E37 0891 3 7 1 0mm Pitch FFC 2 E 1 eN 0 CN301 1 CN5 4 i i Eat 1948 E3149 E406873 28 58 3929 e582 2592 56522 6822 CN102 i 1 6875 6 o 290 22 20 2 14 E40 6527 DATA DATA n s ak ed 1 4 8 i 5C MAIN gt MENB AUR GND GND ia encOpen ia iS 3 3V AMD AMD 3 3V_AVR DC DC gt 18 15 FINAL UNIT W02 1836
13. esi mi mei a R kamaq ce ol ms K 1 NOISE BLANKER FSQL 1 ESM RXB 8 R611 H D586 587 ms FM DETECTION R644 CHIPPER NB BUFFER 9 2 NBIF 5 s 674 Gm glz es sron E04 0191 05 615 p R642 EBEN 815 u TH592 TH591 1 ES R641 47k 552 BA om or 8 Em 25 3356 5 70 IC591 22k BUFFER BS NJM2591V C619 93 CN650 2 PREMIE 43 59V E40 6533 05 i 145 2 g 3 AMS CN652 1 2 5 2 NC Hi 6 CN653 3 6V F 5 ey CN649 22 zi NON DC DC GND 5 GND JES ol g 518 K CN654 d 6 BK R614 C613 5 5 62 555 5 33k 390p AMPLIFIER 1ST
14. SELECT 0 06V SELECT 0 06V SHIFT REGISTER SELECT 0 06V SELECT 0 06 5 NO SELECT 13 15V T NO SELECT 13 16V ICE NOSELECT 13 29V NO SELECT 13 28V lt SELECT 3 08V SELECT 3 08V TC74HC4094AFF SELECT 3 05V SELECT 3 06V NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V X X S 2 a Q517 0521 0523 0527 RT1N234U T111 RT1N234U T111 RT1N234U T111 RT1N234U T111 8 SELECT 0 06V SELECT 0 06V 17 SELECT 0 06V SELECT 0 06V NO SELECT 13 16V NO SELECT 13 15V 2 NO SELECT 13 33V NO SELECT 13 29V 8 SELECT 3 08V SELECT 3 09V 9 SELECT 3 06V SELECT 3 06V NO SELECT 0V NO SELECT 0V NO SELECT NO SELECT 0V X 2 Q513 517 518 521 m or Q513 Q518 RT1N234U T111 1 2340 111 SWITCHING RT1N234U T
15. 1 1 S z ela fe s e e E Frol RU 7 967 5 01 128 2 OF P x Sle Sle sls Sle Ele Pig Fle Lle 21 8 EMT s 45 s E z az 854 En Sel 22 ew soil s Po SSS Bus 28 28 585 58 als ale Bl els ale al s 1000 ay af Sp Bp 518 578 578 5 Bie EL Z RU 817827 lt 0 ly 57 aT 51 51 51 f 5 1 78 8 gly aly oly RU RU ole sla s 2 851 21 51 51 51 21 27 5 2 BACKLIGHT 0101 115 123 134 2323 1 AMBER 3 83V BACK GHT B30
16. RATB 14 RATB 14 14 PREON 13 36V CN237 n PREOFF 0V Q270 RATB POFF BPF E 0274 1 2581694 WE FORM 1STIF H 13 33V 2SB1694 1STIF L 13 39 13 48V 0267 PREON 0V e CN201 1STIF L 12 70V 1STIF H 13 31V 2581694 PREOFF 13 457 40 6852 05 glx ISTIESE 0 04V 1STIF H 13 250 Neh E Q267268270 Q271 iSTIF L 0V ep 5 PREON 13 427 2581694 PREON 12 687 SWITCHING PREOFF i1276V 5 18 5 2 t PREOFF 13 44V Q268 22 22 m INKOO10AU1 T1 R215 pA STILL 15 07 Q272 274 CN239 ole y 9 29 SWITCHING PREON OV ast 4 7k 5 58 18 0 07 SWITCHING RATB 73 PREOFF 13 44V 13 gas Em H O s sls 22 TSTIF L 13 40V TG 1STIF H 3 03V av 512 8189 8 1STIF L Q272 PRE 615 619 456 x x INK0010AU1 T1 Q269 647 1 ii PREON 3 20V RT1N436U T11
17. I I I I I 1 ANTI DAV 1 K102 CN102 DX E iy 76 0459 CN103 NORM 25 I Q263 0264 5 0265 0266 gt i T 215 25 1740 4 4 11374 xz ggg 1 12dB 2e 25 o ATT 73 095MHz TX 10 695 5760424 2048 RX 1st MIXER2 MCF RX ist IF AMP 2nd MI i CN101 60MHz 522k 1 705MHz PRE AMP gt 73 095 2 XF371 73 095MHz D S76 0459 OPEN 20dB 171 0605 HSM i ATS ar TXRL EAN RXANT ATT gt Tw T 0236 T 0321 0322 0391 i 30k 522kHz 28C5551AF 60M 0323 0324 2SCb551AF 1 2SK1740 4 x4 1 1 M i BC TRAP Y 0742 i EU TRAP 1 705 2 5MHz 50RGC 13 174 32 195MHz 2sc3366 A i 0281 0282 25 4 1MHz 2SC5551AFx2 T MHz i 2 PGC i 73 125 133 095MHz D A i 4 1 6 9MHz I 1 9 7 1 0351 0352
18. O Q 18 0254 05 102 CN103 BPF SELECT 5 44V BPF SELECT E40 5487 05 E40 5487 05 BPESELEGT 6 27V BPFNO SELECT 13 49 SWITCHING BPF NO SELECT 0 32V 0139 610151 176 0150 13 49 NO SELECT 5 13 49V HVC131 gleoJs 27u 120p avs gle HVC131 SWITCHING 575 58 558 878 5 A1V D131 SWITCHING 689v SELECT 8151 D144 BPF NO SELECT BPF NO SELECT ov 13 49V BPF SELECT HVC131 0 26V BPF SELECT 6 10V RT1N436U T111 BPF NO SELECT 13 10M 7 5M 10 AN BPF NO SELECT 13 49V SWITCHING 10M 10 5M Y S BPF NO SELECT 13 49V SWITCHING R131 R170 sR144 BPF SELECT E SWITCHING 1E ENG AM w 5 0 27V HVCIS1 1152 D151 1 33 68 BPF NO SELECT Y Kt BPF2 Els 13 49V 6 25V Pale ale HVC131 BPF SELECT 2 _ 578 DT 228 X8 55 858 5 37V Q131 BTS 59
19. 1 m 5 vee Pa vee a Vel GTS OVA T 6 IVA wa N VA 00 99 27 159 w I 00 29 9 97 NJA W 00 89pHe SP w SEB 8 gs 8 001 77 g 2 pn 9 AO 00 u o ul SE nwa 001 cy ASA 1 ve S CHe 5850 raano 4 AYER neo Lau pinna ps LEED 4 00 Asct m o 1 SS fos a0 cc 001 15 5180 varie Le 001 9 5100 ern AW o vee 001 9 SE sis w o 998 00 Z pHe ve 9815 92 ML 8654 EE 100080 N E 001 Sive T E 001 IE Tsun NOS ez K 00 08 OSN 8 001 vasn 7 cano va Qi oun SW 815 001 ferte 2 oun E
20. 1 ai Q2 PRE DRIVE AMPLIFIER PRE DRIVE AMPLIFIER T 13 16 13 33V C48 C25 039 RIT 015 gt e 100 CN2 SL 8 poe z o E37 1493 05 C22 d 5 DXO 0 1u 1 xx 2 S Q1 x Q2 eil RDOGHHF1 102 amp S 2 ej 5 I ESF PST td to00mA 9 oT ef 14 1000 ATTENUATOR x OdBm S E ents 4 4 o amp a 5 ofr ols s SN 5 8 gt SIN 8 aTe 8 98T lt 25 8 252 55 ole 818 885 ez 9185 817 Se 2 D101 ele nT S 6 PROTECTION B 8 DC13 8V E37 1480 05 8 gt s wi al 81 5 NE T 13 59V E fe g sS 5 S o 9 amp F4 Q 1 13 75 RD100HHF1 102 EXT AT ws 1 14 700mA x 2 ale ole on s E40 6528 05 815 O 8 8 su CN22 21 SI r Els D502 503 DRIVE AMPLIFIER 8 8 41501 PROTECTION ele DA221 10u zm 3 TT 4 0503 m 5
21. 1 J902 l E58 0537 05 1 USB USB 99 O 99 SHIFT REGISTER S Dr 905 amp IC651 55 1 1 D901 5 R651 100 1 8V AVR Q SWITCHING Biel 5 i RsB12Js2 PROTECTION SWITCHING SENS 4 44 PEUT 886 IFB 14 0 21 5 25 374 32 874 sle E04 0191 05 NES R652 100 z g 8 EL 0803 4 0901 9 8 LDATS 7 C697 0692 C695 650 1670 1675 L680 1683 0750 eR690 C757 F lt 681 C751 E58 0529 05 ci L908 2 RNATAS F co R653 100 HVC131 e 180p 82 82 180p 220n 270 270n 220 1000 18 1000 HVC131 1000 IW 1 rop LEVEL CONVERTER ul C958 1000p 1 801 9 d it T 1 1 it wo 286 LUEVEEGONVERTER i GND T t 4 9 5 5 554 229 eR951 100k AD Es SWITCHING 88 851 88 ue sop aso Sig SwrcHNG gal elx EN nc 42 910 5 3 8 3 228 EB veus A ud ye 951 98 5 5 2 5 Nclo 44 10008 C920 IC901 gE a
22. 1 w w x HOMERUM HOMERUM x J902 p O E58 0537 05 D 18 58 248 05 22 Neus D901 amp le RSB12Js2 PROTECTION SWITCHING 222 RS 232C aol 33D J901 RN47A5 F L908 0529 1 3 28V 3 33V sd 052505 2 LEVEL CONVERTER 12904 GND 9 1 4 gt 8 AND eL Omm 0926 8 s ATE 1I 9 arene 10901 1000 5 8 8 S cts off M e 4 ADM3202ARUZ C925 9 u C911 1 1 z 022 i R901 C919 r2 1 0 04 em 58 2 3 1000p 0 1000p 922 gt 28 TXD o AW 1 i S 215 FI eR903 C915 1 0902 903 5 RTS R914 0903 PROTECTION 912 0 1000p 5 6k 155388 Qed R904 STPC STS c 2 1000 0 R910 0 3 337 RXD s CRXD Q902 6 ec913 C924 R911 0 4 CTXD s lt SWITCHING NC o 4 1000 eR912 0 CRTS 1 R913 0 CCTS 4 CN502 E40 6745 05 E 50 0501 1000 gt y 49 f l FMOD FMOD 48 m 8
23. I 1 RXB 1 RxB 31 RXB 2 CN304 73 095MHz 40 6852 05 MCF OUTPUT CN302 11 374 2 o o amp E40 6852 05 MCF OUTPUT T u o 8585 88 55 95 3 5 2525 P 39 39 i ON ON Aw Or o RXB 2 RXB 2 SWITCHING lt RX11 374MHz RX 2nd MIXER TX MIXER RX 73 095MHz 10 695MHz TX 10 695MHz 73 095MHz x RX 2nd IF AMP 1 422 423 10 695MHz 11 374MHz 12 72V R394 396 VTX MIXER L456 457 422 10u O 0lu HSM88ASR E 1SV312 F RERNI HVC131 0 01u 723 AMPLIFIER HVC131 Mera D443 723 HSMBBASHLE SWITCHING TXB 8 D431 CN431 R 1STIF H 0 06V E MC2848 T111 SWITCHING gt mo 58 s E go Bic sl 81g RTINT41U T111 ATTENUATOR eI ST 815 SWITCHING R 1STIF H 6 77 LATTENUATOR D741 R750 eR752 3 1STIF L OV 1000p 9 s T 7 03V Q742 AMPHRIER S rrr 1432 R439 d 120n 18 ATTENUATOR 6431 C431 33 0 01u CN741 SCK O 25 3356 R 0 30V 28V KEYING AMPLIFIER M 0 31V cum Siy R 1 03V 27 oF T 105V 4 Sia SLE LO2 AMP ZF
24. J79 0281 19 B 2 E gis 830 RaT 5828 CN649 o CN654 ie C155 x 2 ra POC CN901 CN655 R140 al CN804O s CN136 RTA 1STIF Vr TZA AME ARC BPF6 O Rr 9 HE og Em 0877 2757 BA CN135 i Obr US 2 8129 gt CONS wga E R BPE3 O CN908 Oust esae CN909 FM C78 CN132 R132 MS 76 918 gl C196 Bz HE 8 CN907 a a B RXFM CN910 CN911 CN906 TXB C598 1STIF 603 E B CN522 CN523 IFGC 583 fg 202 CN592 FSOL T 1593 061 8 CN632 1 b Q Dy CN612 BE E C RENE CN904 CN 1 HFRGC CN450 RIE RXB 11 RXB 103 CN453 EH R33 CN312 CN613 CN311 B 50 TIMCFI Component side E ma 1523 8573 Layer 1 R578 1572 ain R705 2708 AGC 10 Layer 2 Ing Foil side m qu N l B521 5 29 2 CN474 FIL4 503 C494 VsRO CN51 OCN67 e Ib CN712 1 d Xo 0 00 00 0 CN63 E 40 eI E eI 6 CN22 cN48 O O Oss
25. 752 100 Q663 AMPLIFIER eR706 47 w E 28 25 9 mU eR694 759 39 1000 Q664 SWITCHING 0664 R705 7 52 47 e w 5815 51 7 49V SS at ET 0 05V 41690 41691 39n 33n Q 73 125 133 095 768 774 780 eR718 784 12p 10p 1000p 18 1000 ir M M iF C766 eD664 eD665 776 Slo ale 24 HSC277 HSC277 18 EFA Del Ree 0664665 S SWITCHING 1667 1669 1674 1679 glx E 68n 68n 56n 56n 56n z m R681 C754 0660 D655 12 1000p HVC131 K w HVC131 2 o 4 D672 Sle Slo ale gle SWITCHING MC2858 T111 SWITCHING 5 578 STA STA STA 295 815 SWITCHING R639 _ IFA 16 0 30 0 89 095 103 095 BPF3 We 0 1682 1684 1685 1692 six SWITCHING gal 1001 82n 68n _ 68 gr Qo D656 a 748 C745 C769 C772 C775 C779 0663 2858 111 D669 1000 18 22 12 0 1000 HVC131 34r 5 moni Ble ble Rig SWITCHING 0666 SWITCHING 578 518 578 578 ST HSC277 VOTO NM BPF4 R638 IFA 10 0 16 0 83 095 89 095 SWITCHING ERES 0 1666 1672
26. 5 5905 PARTS LIST TX RX UNIT X57 785X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CS77CA1VR47M PTNTL 0 47UF CC73GCH1H180J 18PF CK73GB1H103K PC 0 010UF CK73GB1H103K 0 010UF CK73GB1H103K PC 0 010UF CC73GCH1H390J 39PF CC73GCH1H100D P C OPF CK73GB1H104K 0 10UF CK73GB1H103K PC 0 010UF CK73GB1E105K 1 0UF CK73GB1H102K PC CE32CL1V4R7M 4 7UF CK73GB1H103K P C 0 010UF CC73GCH1H820J 82PF CK73GB1E105K 0UF CK73GB1H104K 0 10UF CK73GB1H103K PC 0 010UF CK73GB1H103K 0 010UF CE32CL1C470M P EL 47UF CK73GB1H104K 0 10UF CK73GB1E105K PC 0UF CK73GB1E105K CC73GCH1H360J PC CK73GB1H103K 0 010UF CC73GCH1H390J PC CE32CL1V4R7M 4 7UF CC73GCH1H100D PC CC73GCH1H150J 5PF CC73GCH1H090D P C i CK73GB1H104K 0 10UF CC73GCH1H100D PC CK73GB1H102K CK73GB1E105K i CC73GCH1H101J CK73GB1H473K PC i F I CK73GB1H103K 0 010UF CK73GB1E105K PC CC73GCH1H101J CC73GCH1H180J PC CK73GB1H103K 0 010UF CK73GB1H103K PC i F CE32CL1C100M CE32CL1C100M CK73GB1C474K 0 47UF CK73GB1H103K PC F CC73GCH1H101J CC73GCH1H102J PC CK73GB1H223K 0 022UF CK73GB1E105K PC CK73GB1H473K 047UF CK73GB1H103K PC F CK73GB1E105K CC73GCH1H050C PC CK73GB1H103K CC73GCH1H560J PC CE32CL1V4R7M CK73GB1E105K PC CK73GB1H103K CK7
27. C69 MODSEL 55 1 1 MIC NJM2732V dim CW FSK i 2 55 1263 1662 3 MD More gt IC75 _ NJM2732V NJM2732V lt 1067 1 45 Er LA4M25A ANO gt 1 rde 0858 7M G i 8 MCG 1 73 NJM2100V ZB gt i NUM 7 vGs 1 s to Tx RXUNT 204 5 1C301 X53 446 X57 785 A 2 H DC6726 WM8782SEDSRV 68 BRFPA225 VAO TX RXUNIT X57 785 A 2 I 1 82 1 80 T NJM2100V2B cc Weerk E 1 MCU DASH R ANI 1 i 1C306 KYS ADC o k KEY a 1 79 i F3651 FSQL 1 81 UAO NJM2732V 1 RDFCKDTA NJM2732V 5 i ANISEL DISPLAY UNIT EE DISPLAY UNIT X54 370 B 6 T99 0653 X54 370 A 6 O MCU 2 2105 LCD DRIVER Tm B38 0934 F364 LC75897PW j AEDFBKDUA DISPLAY UNIT X54 370 C 6 NOTCH SQL SHEATH DISPLAY UNIT ES W02 3737 y X54 370 D 6 L 4 Mb e JE z Or 137 5 5905 LEVEL DIAGRAM Receiver Section v lt TX RX UNIT 57 785 A 2 lt 14 001MHz lt 11 374MHz 110dBm 106dBm 107dBm 96dBm 108 5dBm 113dBm 111dBm 107dBm 108 5dBm 102 5dBm 112 5dE L261
28. 2554 io iB 9555 56 d ma 5 574 0571 ESSE ER 4 573 8573 J79 0281 19 B 2 ef No Address Ref No Address co ajaja r ajaja Pje jr gis D473 GND 2 0571 RED B EE BSE R57 C580 Rex 8719 0471 Em 70815 0702 mem tr 711 0722 80 472 CIG E 1477 471 R471 2442 5 1471 pu pm 0471 ERER g R728 1727 0474 weil 5l lec Eom ALC 8497 R492 D475 BE 477 ii C502 R707 R7101 0703 71 C23 C25 C27 PHDET CLK1 IEN1 o AD1 DATA R11 D474 Component side Layer 1 Layer 2 Foil side
29. FSM gt to CONTROL UNIT RX 73 095M 10 695MHz F FILTER DIODE ATT IC592 X53 446 A 3 TX 10 695M 73 095MHz 10 695MHz 11 374MHz NJM2732V RX 2nd MIXER TX MIXER X472 DEOXDEOSDEDA 591 FSQL MP RX 2nd 171 0230 D522 D523 D524 0453 0454 D525 NJM2591V to CONTROL UNIT 3 D422 D423 IF AMP1 Y 10 695MHz 15k L204BBBx3 RTIN436U T111 L204BBB DET IR HSM88ASR Ex2 RX FM lt gt rap DET 5 446 A 3 6 2 Q riper KYS 521 d lt 485 11 0705 E x 04670462 25 56A 0825052 7 on DOT Ay aq EGND XF471 IAGCV 5 2SC5551AFx2 NJM2732V DASH 3 2DOT 7NC 171 0664 BX nd IF HFRGC RX 2nd IF IFGC 7931 HVC1 10 695MHz 6k 50RGC CONTROLUNIT 8927 3 DASH 8 NC TXIF AMP ag ENS 172 0988 one X03446 8 skys NG ATT TXAT x 4x 455kHz 12k XF473 2 7 NJM12904V RE D lt EY m 10 695MHz 2 7k KYS n 3 GND toCONTROLUNIT 19 eus 1 631 63 446 A 3 XF474 TC4W53FU F 4321 POWER 171 0657 NOT FM EM 8765 ACC ALG contro 11 374MHz 2 7k AM SSB CW FSK 12 1110 9 J2 AS o NSW 13 56 0408 0803 0804 RX 3rd MIXER INC EGND 2SC5383 T111x2 10 695M 11 374MHz 24kHz NOT FM ANOS TTY 9 PKS 0805 XF475 AM SSB CW FSK 2 10 171 0658 lt 2 24kHz PK opo ND 1rANI VSR
30. M M H re itil u u u u u u 5 x u u A x u x u u 4 u x u x x u X XX A 2 Y F 7 Y Vy T v rn Til scnQ9 lt T ri rtr FL L _ ric Y o FT F v m T 4 5 merken m NOSEBANKER E NOSE DANKER EE te F901 aay pnm 1 6 O O RATBG 14 14 RATB 14 RXB 8 RXB 8 RXB 8 FSQL 375mA T 13 02V R 13 RXTB ON OFF SW CN261 CN301 2 3 el FSM d 145 AO T 0V RATB E18 0254 05 PREON 13 36V CN237 11 40 6852 05 MGE INPUT 881i gle FIL1 H 0 05V aa Noe R537 _ CN523 SWITCHING gl 812 FSM RXB 49 0920 9 PREOFF
31. D522 0453 0523 0454 0521 0524 455kHz 1 592 1dBm 1 0Vp p AF 1kHz 10 695MHz CONTROL UNIT X53 446 A 3 RIF 24kHz AF 1kHz 60dBm 71 0 57Vp p 0 13Vp p 0 63Vrms 41dBm 4 3Vp p 9 5mVp p 1 9Vp p each part CN EB IC64 IC65 66 01 1C72 IC71 IC69 1 67 SP AF 1kHz gt TX RX UNIT X57 785 A 2 gt 73 095MHz 14 2MHz 20mVp p 1 6Vp p 170mVp p 230mVp p 300mVp p 20mVp p 2 4Vp p 0 6Vp p 310mVp p 200mVp p y 1374 L763 L762 0783 TXRF FINAL UNIT X45 391 A 2 14 2MHz 1 2Vp p 5 8Vp p 200Vp p 150mVp p 5 8Vp p 26 5Vp p 180Vp p 139 TS 590S OPTIONAL ACCESSORIES PS 60 DC Power Supply ARCP 590 Radio Control Program External View ARHP 590 Radio Host Program ARUA 10 USB Audio Controller Available free for downloading from the KENWOOD website KENWOOD ccrowen surety http www kenwood com i products info amateur s software download html 140 General Mode TS 590S SPECIFICATIONS J3E SSB A1A CW A3E AM F3E FM F1B FSK Number of memory channels 110 10 Quick memory channels Antenna impedance 160 m 6 m band 50 Q with built in antenna tuner 16 7 150 Q Supply Voltage DC 13 8 gt 15 Grounding method Negative ground Current Transmit max Less than 20 5 A Receive no si
32. 12 4 GND GND GND 43 2 ANO SS 49 NC NC 91 NC PKS s RTTY J79 0281 19 A 2 2339 R393 1393 0371 CN237 RATBIPOFF Er CN233 RATB PON CZT EFES ERE L232 E C911 0911 0910 Rer 851 _ 0908 0909 8 Component side view J79 0281 19 Emm D525 C908 CN301 2 GND OcNsi3 1 OcN310 1264 pu E Co39 3 Dp 0862 887018868 THO 0543 0538 mo gt Ri TH597 R62 0862 BB69 C864 E 241109 D813 ERE 1C803 B 0323 m 8921 Bas R62
33. O C280 845 C364 S S lt R83 CSE E2071 gt 180091 0618 c3 1283 0555 z L 1068 57 c do S S i Z 1725 5025 5229 NI 29 9174 1 HE E C276 C278 RAR C277 C279 IR253 R256 E kaze 9 5229 5230 R227 R226 Ln E OTP10 w CS6 C58 En BERERE BEER Lego f C91 C22 R E ESA pE Eq 0655 6855 Ref No Address Ref Address Ref Address Ref Component side Laye
34. ere 66 ADJUSTMEBNT uuu a 67 TERMINAL FUNCTION 81 PC BOARD FINAL UNIT X45 391X XX 88 CONTROL UNIT X53 446X XX 3 92 CONTROL UNIT X53 446X XX 3 96 DISPLAY UNIT 54 3700 00 100 TX RX UNIT X57 785X XX J 104 INTERCONNECTION DIAGRAM 108 SCHEMATIC DIAGRAM 110 BLOCK 2 22 1 136 LEVEL DIAGRAM 138 OPTIONAL ACCESSORIES PS 60 DC Power 140 ARCP 590 Radio Control Program 140 ARHP 590 Radio Host Program 140 ARUA 10 USB Audio Controller 140 SPECIFICATIONINS iieri S ua m SSS SS 141 Document Copyrights Copyright 2010 by Kenwood Corporation All rights re served 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 ev
35. iB OTF E Ho C154 1C106 OTP335 4 ct O7P333 Fs TP323 O OTP314 M C142 2 R126 z RU gases Oran Component side S P gt S Ora DO CIP OTP319 TE O 110 a Layer 1 O 45 5 TP300 amp INH QE Rs Layer 2 IPfis TP318 J79 0280 09 A 6 Layer 3 E 09 A Layer 4 Foil side DISPLAY UNIT X54 3700 00 D 6 AF RF Address Ref No U D DD LU Dt DISPLAY UNIT X54 3700 00 F 6 PHONE 103 B E G 10 11 12 13 14 A TS 5 0 90 Pc BOARD J100 RXANT D101 J5 PADDLE m gt R42 SH sl 3 GND KEY 11 10 NC 2 KEY J3 REMOTE 4 MKE 1 6 seo Ac 18391 Di 02 E gt 12 4 GND 8 GND 11 GND 3 N ANI ANO E 49 NC NC 6 g 2 PKS og RITY PSQ 1 NC 013 827 Es ID15 28 4 j 104 J79 0281 19 A 2 A e R37 g E3217 15 2 5 2763 L101 L374 TX RX UNIT X57 785X XX 0 11 2 71 Component side view J79 0281 19 L140 L162 7 5 105
36. Ci DCN c C a ee RN RN CONTROL UNIT 53 446 3 CN63 bl 2 x s 209 lt 5 2 3 255 5 amp amp m aj 9 40 6879 05 TP396 P397 10 Sle Sis Sle Sle Fle fle tle tle Sig ET 278 ET ET EI ETE tel 55 554 5 SU ols Le 8 1 amp 17 8 Le Ble 5 a Bf 21 81 BT 21 81 212 alglalg S Bj sly sp aly aly PERSE 51 51 51 BT 51 51 2 51 GS 9 Sl S NC R154 47k 8 837 9 81 5 5 Ly Dx DIMMER fe S NC BACKLIGHT D101 115 123 134 AMBER 3 83V 30 2323 05 RIT ENCA GREEN 1 93V LED GREEN RIT ENCB 0101 0 38V 8A M ENCA 2SD2114K W En ss
37. PC BOARD rR s TS 590S DISPLAY UNIT X54 3700 00 A 6 DISPLAY Component side view J79 0280 09 A 6 Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side DISPLAY UNIT X54 3700 00 B 6 MULCH CH DISPLAY UNIT X54 3700 00 E 6 MIC DISPLAY UNIT X54 3700 00 C 6 SHIFT WIDTH NOTCH SOL DISPLAY UNIT X54 3700 00 D 6 AF RF PH2 4 PHDET 0 0 0 0 DISPLAY UNIT X54 3700 00 F 6 PHONE J79 0280 Address Ref No 09 A 6 Address Ref No Address Ref No D E F G H J K L M N P Q TS 590S Be BOARD PC BOARD TS 590S 10 11 12 DISPLAY UNIT X54 3700 00 A 6 DISPLAY DISPLAY UNIT X54 3700 00 A 6 DISPLAY Foil side view J79 0280 09 A 6 v Foil side v
38. 5 5905 PARTS LIST CONTROL UNIT X53 446X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CC73GCH1H680J 68PF CK73GB1H103K 0 010UF CS77BA1A100M 10UF CC73GCH1H180J 18PF CK73GB1H472K 4700PF CC73GCH1H1R5B 1 5PF CK73GB1H103K 0 010UF CC73GCH1H270J 27PF CS77BA1A100M 10UF CC73GCH1H330J 33PF CK73GB1C473K 0 047UF CK73GB1H102K 1000PF CC73GCH1H101J 100PF CC73GCH1H090B 9 0PF CK73GB1H103K 0 010UF CK73GB1H102K 1000PF CK73GB1H473K 0 047UF CC73GCH1H090B 9 0PF CK73GB1H391K 390PF CC73GCH1H270J 27PF CC73GCH1H330J 33P CC73GCH1H561J 560 CC73GCH1H820J 82P CC73GCH1H560J CC73GCH1H331J 330 CC73GCH1H040B CK73GB1H102K 000 CC73GCH1H150J CC73GCH1H560J CC73GCH1H470J p p CC73GCH1H560J F CC73GCH1H680J CC73GCH1H181J F CC73GCH1H470J CK73GB1H102K CC73GCH1H220J CK73GB1H103K F CC73GCH1H080B CK73GB1H102K CC73GCH1H121J CK73GB1H103K F CC73GCH1H470J CC73GCH1H560J CC73GCH1H040B CC73GCH1H181J F CC73GCH1H560J H 1 CC73GCH1H270J CC73GCH1H150J CK73GB1H103K F CC73GCH1H680J CC73GCH1H221J F CC73GCH1H330J CK73GB1H103K F CC73GCH1H030B CC73GCH1H270J F CC73GCH1H270J CC73GCH1H181J CC73GCH1H151J CK73GB1H103K F CK73GB1H102K CC73GCH1H820J CC73GCH1H680J CC73GCH1H560J CC73GCH1H060B CK73GB1H103K F CC73GCH1H560J CC73GCH1H560J CC73GCH1H330J CK73GB1H103K i F CC73GCH1H030B CC73GCH1H270J CC73GCH1H270J CC73GCH1H330J CC73GCH1H121J CC73GCH1H100C CC73GCH1H220J CC73
39. ss g 9 x amp a z DISPLAY UNIT 54 3700 00 A 6 CN107 115 X53 446 A 3 2 6 K M TS 590S SCHEMATIC DIAGRAM CONTROL UNIT X53 446X XX A 3 140 173 BACAR u 4 7 elC69 22u F 10u R165 TXRX zB NUMERY AMPLIFIER ec177 7 1 8 5 03V 0 01 4 eR152 158 eC183 H 2 50V 2 50V A INPUT B INPUT GND B INPUT E ag a E z On 8 lt S 5 8 2 IC70 3 OP 2 AMPLIFIER 4 eR154 eR159 2 50V 2 47 A INPUT 95 GND B INPUT AMPLIFIER 4 g R182 C204 x is DAC ANO a
40. 1 SS h p r r pk rr F n F d s v p 148 148 148 14V 14V saved 1 H 3 3V SWITCHING REGULATOR p 201 1 RBOGOL 40 SWITCHING LT3685EMSE is 440 2 1 13 65 111 145 41 tz 33D T R5 180k 8288 p ET 8 2 5 2 gt R33 0 47u 508 2 2 91 gt 1 eH eR6 13 o Ax lt lt 12W cr 5 5 51 or SO 822 1 Sw 10k 470 28 s OTF OD R3 Q 212 R34 13 66V 3 0 TT b TP4 eR7 x 13 4 12 2 3 2 2 RUN SS 100 Ble Ble a 8 x3 og os o ef 2 i gt 162v ele ed 2 DC DC ON OFF R2 B 0 2 1 8V SWITCHING REGULATOR b RBOGOL 40 _ 102 E SWITCHING LT3685EMSE TP7 ov R22 28 A eR16 180k alala i i 0 R35 i 1 5 1 30 7 75597 88 1 1 2W 888 er 5 10k ka R12 5 R36 AW AN TP8 LI 0 1 eR18 ae D o al al al a 5 ajajaj Hug 3 S LI er er Q I O l O O I ele H 3 1 DC DC ON OFF DCFV 1 IC3 BA00DD0WHFP 8V AVR 1 R43 CN2 6 8 E40 6526 05 12W VOLTAGE 1 L15
41. ale 001 9 Sion 559 iu D T 9 A 513 001 G rHe SZ sim a T8 56 on er wet o Ex 8 ssa anaa 2 e Q Tele 1580 oor 58 277878 001 ZZ essa FG ON 1HSdV 13 7 25 la g 7909 ixeav 7 M 8 6L ON lolso wa essar 8 S Na v Heed 8 0 380 12680 5 on mesh s 575 ZLATO 6 875 con wee 851 248 8 95 77878 T ponov p 875 1 95 5 essa o 129099 A 518 8 Seg S78 3 vs VOS LO2I VN3 0185 23 ranny ANO nee eel ve 101 0266 oainiw PERI 2 SN x 55 2OHOHV 5 o door 20 199 190 898 Olds 5 Z RS3TEQS sooo Mein ns estos vito gor 12999698 0868 215 9 EER ISSA 47 Toor LI gt AO 9270 1vq1 AW o To 9 z lt 55 5 Ex z lt lt lt lt Se 001 OL 1 01 5 5020 1768 90 252585865 5 xx 001 O6rHe 6 24m Ta 2 gg 5595555 5 BE E o 5 a L 8 Nm mre 58 52 2602824160 2 5 9 202 E lt lt aao 99609 yr 0 e o g gle JEJE coi Sene 7 me ad ae os a Stede mp gt gt 5 5 na
42. 21 15 R963 22 4 R962 foc 1906 R960 28 8 1 7 01 5 d OND v J79 0279 09 B 3 Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side 97 10 11 12 13 14 N 10 11 12 13 14 D E F A 8 C TS 590S Pc BoARD 98 CONTROL UNIT X53 446X XX B C 3 0 11 K 2 71 E Foil side view J79 0279 09 B C 3 060 E 7 68 1069 169 6 63 J79 0279 09 B 3 C727 E717 C708 e 273 1569 rg E R640 2059 n gale ES I 1679 L906 58 p ca ca Eje C930 D661 ol tel lt S zi 5 5 Tog pz 87856061 1569 a pl ZES 2060 vd 8 zio 19 1 0 0151 E762 626 Address Ref No 5 Address Ref No 8 12272 eas 722 gel D654 pm 1698 E es 1660 B Ea 38640 58652 8610 O 5 81191129 2 91 1500 1960 O 186N2 9610 O 686N2 0 566 E638 E
43. D809 D810 14 10 11 12 13 14 TS 590S BO J79 0281 19 B 2 O 6V CN671 CN668 IBK 15 O imul Component side Layer 1 Layer 2 Foil side D ARD F G H TX RX UNIT X57 785X XX 0 11 2 71 Foil side view J79 0281 19 CN804O CN801 CN140 9 2 BPFI0O AMC ALCS 5 C817 CN632 RXFM 13 O Nm Obprit CNM2 c15 Oro CNBC L L L 1 TTTTTTTT CN12 8A cNgo3 CN302 0598 CN523 597 CN592 2IF02 ss e CN612 RIF R635 m 633 R636 8 OO CN452 E HFRGC CN904 CN905 Ei RXB 11 RXB 73 CN453 50RGC CN476 FEIL O CN473 CN35 RNI R gea E DOT enjo9 8 CN42
44. 2 h Kew 01 37 ae enn P 202 53x2 CN63 Q 74 5 B N15 1040 48 9 Mx15 E N33 3006 43 XE 2 F N35 2604 43 BO G N35 3008 41 CN100 3 J N35 4010 48 Sens M N87 2608 48 d TX BX to Upper side to Upper side 64 Parts with the exploded numbers larger than 700 are not supplied EXPLODED VIEW PANEL N09 6602 05 N19 0673 15 N33 2606 43 N77 3006 43 lt Display E 6 TS 590S Parts with the exploded numbers larger than 700 are not supplied 65 TS 590S PACKING Instruction manual English B62 2243 00 Schematic digram B52 0622 00 K Schematic digram B52 0623 00 K Instruction manual French B62 2244 00 19 Instruction manual Spanish B62 2245 00 E 20 Instruction manual German B62 2246 00 E 21 Instruction manual Italian B62 2247 00 E 22 Instruction manual Dutch B62 2248 00 E 69 Sheet G11 2698 04 x4 91 Protection bag 90 Protection bag H25 2352 04 H25 2013 04 116 Screw set N99 0331 15 90 Protection bag S H25 2013 04 E SS 114 Line filter Y L79 1408 05 E 29 DC DC supply E30 3489 15 60 Fuse Blade type 25A 25 DIN plug 7P F52 0044 05 E07 0751 15 89 Protection bag 27 DIN plug 13P H25 0796 04 E07 1351 15 59 Fuse Blade type 4A F52 0038 05 89 Pr
45. 5 64V Sue ov Q661 094 0660 1 61 2803134 25 3134 R650 815 Q660 662 w e sls geimp 5 878 873 aja Bee 5 6 867 100 87 I 6V DC DC w 2 9 065 0653 Bek gle lo 2803356 A 25 3356 61 dsTIF H 0V 1 gs 1STIF L 6 69V NBAMP1 Q651 653 sa SWITCHING AMPLIFIER 2SC5383 T111 8 3 NB AMP2 1STIF H 0 68V 1STIF L 1 CN667 C654 1854 0638 L652 R656 E04 0191 05 i Ww R648 C651 6 69 47 220 1000p 47k AM 1 Note The components marked with a dot are parts of layer 1 135 X57 785 B 2 1 1 5 5905 FINAL UNIT X45 391 A 2 TX RX UNIT X57 785 A 2 RX ANT 1 8M 3 5M 7M 14M 21MHz AMA band only RX gt 11 374 2 1st MIXER1 11 374MHz MCF XF301 L71 0656
46. 7 D 9 Xx aR 2 E 9 o 5 er e u 33A Y Y 14V 14V L408 400mA 33M D 3 1C307 8 8 E 8 BU4829FVE 8 TO7 H32FU F C344 8 878 s m 5 8 o es 1 5 3 24V i 12305 5 9 TC7SHOOFU F 5 GATE IC FCS A23 85 8 RESET IC ov 9 du 1C304 316 OR C498 6 IC316 GATE IC 9 TC7SH32FU F 12317 D 5 324 TC7SH32FU F C300 1000p QU OE 8 C496 1000p 4 FOE cs v 0360 10312 63 BUFFER HD74LV2G34AUS 2302 8 C359 OR GATE IC 9 D DRST 29LV800CBKDNA MEMORY O lt ov 1 8 24 al 23 S818 IC311 gt gt 50 878 HD74LV541AT 4 ov A3 47k 4 21 w 3 24 9 20 RTK 2 5 z 19 Dao 8 51 18 R415 E DQ1 Rat IBK 002 10k R417 16 6 pas TS Me m A18 ABK m416 100 C342 DQ4 0 1u 14 8303 RYBY 8 005 10k 10313 1g 100 ABK 6 49 oosv 167 1 125 R378 g C345 DRET DQ6 3 25V 12 1k 1000p 10 AM 11 e 2 R418 n WE ov TT is 5 01V 10 DQ12 i BUFFER with 3 STATE OUTPUT 502 Das DQ13 BUFFER 7 TSO DQ6 5 A9 DQ14 5 A104 D 42 2 2 DQ7 i a114 DQ15 A 1 12 42 ov ANALOG hund 2 Ag MULTIPLEXER 9 62 BYTE 14 A16 A15 1 310 4052 16 DRST R414 47k OR GATE IC IC308 R419
47. R544 47 AW ka 7 52V it C553 C554 L507 0556 1509 Css8 eR545 eR547 561 2200 0504 W 9 Wi 4p 18u 15 15u 15 18 18 100 7 44V R546 0505 2SC4617 R 2 11V R543 220k 7 28V 6 8k Q504 505 DOUBLER L510 68n C563 0 047u In R551 0503 2SC5108 Y F DOUBLER 123 X53 446 B 3 4 5 U _ ui M RM TS 590S SCHEMATIC DIAGRAM 1 1 L g LI a ao L R630 SWITCHING w CN654 IFB 14 0 21 5 25 374 32 874 m E04 0191 05 2 2 8 8 C697 692 0695 650 1670 1675 L680 1683 0750 eR690 0757 F 0681 C751 anon 659 HVC131 180 82 82 180p 220n 270n 2701 2201 1000 18 1000 HVC131 1000p dH I w dF dF z gal sal 2al C715 eC725 eC734 eC744 glo glo 186 SWITCHING 47 33p 33 47 es QFN SWITCHING Sal els ou a a 559 ala ela
48. 3 SWITCHING RXFM L 4 92V FEM H e a e RXB 8 T e FE Bon Baz gar E R544 848 D522 524 i TK R543 545 glo ATTENUATOR 470 ig 0523 1524 543 1541 1204 0 01u 8 m aa Sai 488 a lt AMPLIFIER ge E Sie nal olz S Sis 825 RX 2nd IF AMP 2 217 05 8758 10 695MHz 11 374MHz ala a allie VOLTAGE 525 2 SHET 1 4 CN520 0526 0 010 8 AGC 10 251 821 IC521 CN521 got NJM12904V TO aac 10 3 m Ls els 815 55 REF OP AMPLIFIER DIODE ATT 10 695 2 11 374 2 D i E 15 SVSW 18 73 095MHz 1STIF L 11 374MHz 1STIF H OV CN904 1STIF L 7 49V Q908910 RAE 1 Q908 SWITCHING RTSP431C T112 1STIF H 7 65V 912 1STIF L 878 al Q910 INKOO10AU1 T1 z 8 glo ISTIF H 7 42v 878 OV 1STIF H T 1STIF L 7 65V 0911 RT1N436U T1 11 aa 9909 2 RT5P431C T112 m 1STIF H 3 03V 1STIF L CN906 T Ns TSTIF amp 375 Q909 911 87e SWITCHING 8 1 74V TXFM L 2 35V rim JN I TXB 8 58 8 TX MIXER M 10701 lel 8 4107 Sz 915 5 2 Se D C707 9710 eR711 220k 330 4 0702 28053
49. 2 RT1N141U T111 9 k 9 9 Sar 58 81 162v g ON OFF 848 29K1824 A RISA Gen ss 3 R309 47 SPIO 5 3 24V TC7SH32FU F C200 1000 ef ee 8585 1 ols 2 243 BoUTPUT Fr x Rem 1260 SDA 3 2 C496 1000p 2 e DVDD11 DC DC ON OFF R2 8 SWITCHING 2 50V j 303 100p Sie Ou A INPUT erm 916 1C312 1 ia 8V SWITCHING REGULATOR 5 GND B INPUT aslga 818 vsse2 99 BUFFER HD74LV2G34AUS 2 AT 5 2 mm 2SC5566 E ENTBSTOIS 2 AMPLIFIER D 201 AXRO IC302 FLASH e cose SR E 100 RBOGOL 40 Ms IPOLIT RIPPLE Binene SES V EM WE DOM 1 29L V800CBKDNA MEMORY 1M 8388 SWITCHING LT3685EMSE 5 FILTER AF AMPLIFIER 4 95 95 AXRO pou E VA EM 8 UL w ov asa na 8 0304 s 818 IC311 47 3188 1 LSWITCHING 497V 1068 R182 C204 DAC ANO 2 AXRO HO 878 HD74LV541AT 4 50k TUN 3 5 SWITCHING OTHER w VSS23 22 R389 1 ov ANALOG 8 2k IC73 2 20 s sj gt gt gt 000 TLN2 n 817 C30 t 815 88 0 57V 0V SWITCH 4 48V 815 5 i 1 2 51818 91598 2 Ere MM AMPLIFIER C207 AXR0 4 EM DRET Y
50. E11 0414 15 E56 0408 15 E06 0752 15 SOCKET L40 2282 14 SMALL FIXED E11 0455 05 5D PHONE JACK 3P L33 0695 05 SMALL FIXED E11 0705 15 PHONE JACK 8P L39 1556 05 TOROIDAL CO D D 3 D D 3 L41 1005 33 SMALL FIXE E13 0166 25 PIN JACK L41 1585 33 SMALL FIXE E13 0166 25 JACK L33 0695 05 SMALL FIXE F53 0388 05 SE 1 25A L41 2288 60 SMALL FIXE F53 0316 15 375MA L34 4935 05 COIL F53 0316 15 375MA L41 2288 60 SMALL FIXE F53 0316 15 SE 375MA L34 4935 05 COIL L72 0998 05 ERAMIC FILTER L39 1554 05 TOROIDAL CO L41 1005 33 FIXED INDUCTOR 10UH L39 1480 15 TOROIDAL CO L41 1095 33 FIXED INDUCTOR 1 0UH L41 1015 33 SMALL FIXED L40 1085 92 FIXED INDUCTOR 100NH L39 1555 05 TOROIDAL CO L33 1557 05 COIL L41 1015 33 SMALL FIXED L33 1554 05 KE COIL L41 1015 33 SMALL FIXE L92 0639 05 FERRITE L41 4705 33 SMALL FIXE L41 2215 32 FIXE TOR 220UH L34 4937 05 COIL L41 1585 32 FIXE TOR 0 15U L41 1288 60 SMALL FIXE L41 1005 33 FIXE TOR 10UH L41 1088 60 SMALL FIXE L33 0695 05 FIXE TOR 1000 L39 1493 15 TOROIDAL C L40 6891 14 FIXE TOR 6 8UH L39 1480 15 TOROIDAL C L33 1547 05 FIXE TOR 1000 L41 1015 33 SMALL FIXE L40 6891 14 FIXE TOR 6 8UH L34 4709 05 COIL L40 5691 14 FIXE TOR 5 6UH L41 1005 33 SMALL FIXE L33 1547 05 FIXE TOR 1000 L41 1005 33 SMALL FIXE L40 6891 14 FIXE OR 6 8UH L41 1015 33 SMALL FIXE L34 4831 05 L41 4785 33 SMALL
51. lt 85 26 Reg Reg NFS 48 55 SP SS S zN swrcHNG Qo wx IFB 7 0 7 3 18 374 18 674 2 215 0653 8 1 eC648 eR625 C726 C735 R692 C758 0679 HVCi31 1000p 0 3p 3p 47 1000p HVC131 KH 2 LL w I 1 MN LL nix o o o Slo iui 1575 BE amp 858 D678 682 ak switcHine d 9 SWITCHING SWITCHING 59 99 Slo Ji I T OFS LE NTS 5s E 2 T 58 R627 ge SWITCHNG 2 62 E SWITCHING D659 C729 0657 C706 8618 0 C753 R695 760 D662 F B 1T398M HVC131 1000 HVC131 1000p 0 1000p 47 1000p HVC131 als T AW i w i FMRX 10 240M roa 2 1 848 858 O FL1 reo 58 Rta FMTX 10 695M 545 wy 3465 as ole EST ale SEEN E pou 619 oio r1 eu N 629 579 8 8 EFS 58 a 4 657 SWITCHING SWITCHING SWITCHING SWITCHING IFB NE 5 gt t gc Bem IC601 22 612 Sas z AD9835BRUZ FSADJUST REFIN REFoUT DVDD DGND BUFFER 6 9602 2505383 7111 SCLK CN601 ES E04 0191 05 ZSo SDATA 0 047 47 588 m AM xxi 2SC5383 T111 5 15 BUFFER 8 KT lt 62 4M 102 T CN508 Ey x E04 0191 05 2
52. Q519 Switching Relay K44 control Q520 Switching FAN control Q521 524 Switching AT control 0525 526 Switching AT relay operation stops when power is ON Q527 544 Switching AT control D1 2 Attenuator RF power control D51 52 Protection Surge protection D101 Protection Reverse connection protection D102 110 Reverse voltage prevention Surge protection D111 Protecti Over voltage protection D251 253 Det RF power control D254 Pro Surge protection D255 Det RF power control D256 257 Pro Surge protection D258 Swi D301 325 Pro Surge protecti D501 503 Pro Surge protecti Control unit X53 446X XX Use Function Operation Condition Compatibility 3 3V switching regulator 3 3V switching regulator Digital circuit 8V switching regulator 8V switching regulator Analog circuit for TX RX Display and Control unit 8V AVR 8V voltage regulator Local unit X53 B 3 3 3V AVR 3 3V voltage regulator Main MCU and RS 232C circuit 5V AVR 5V voltage regulator Analog circuit 1 25V AVR 1 25V voltage regulator power supply DSP OP amplifier Isolation amplifier for MIC signal OP amplifier Active filter for MIC signal OP amplifier Active filter for RIF signal AJD
53. RX 8V ON RTIN141U T111 xe NB 10M 11M SW GND DRVO H 7 71V e 815 4 a 1 5u 0422 6 820 0 1u 1 04 0 01 SWITCHING RXFM L 4 92V a RXFM lt DRVO L ISP Spre es 4 36V 82 teret 1C802 100 D421 HSMBBASR E E 41705 00014 OV 493V sls FXEM e RANEM AM SSB POWER PSE g m 0654 0665 0668 lt see 795 1 BPF6 IF Sr J amp 9 BPF SELECT ely 10 GND 35 2 TSTIE H 10 695MHz z 120k BPF6 E 3 077 5 TCAWSSFU F 2 oa 0 01u H 5 2 AM SHIFT REGISTER SHIFT REGISTER CM SSMETEM BPF SELECT SIRIE RT ST EUR 7 w 818 5 20443 e0452 Del ele 0712 20 2 859 Sas E y ISPs se uso 1 ax 552 S l S 1 1 28C5551AF 25 818 H 55 IC12 IC15 RT1N436U T111 BPF NO SELECT S Ri68 gt ALCS SWITCHING a aca A vss HVC131 t 0451 AMPUFIER n 1 618 58 11 0 01u 29 VSR dETAHCADOAAFE 3 23V TC74HC4094AFF i SWITCHING 5 erem s 2 817 ceno eu 10723 58 2SC5551AF RT1N436U T111 EI 4717 5 Lx x gt EET aap ane 3 rss s cqH O 33C alg 88 23181 2 or 548 TX 10M MIXER 014 6 og o Tt E 5 IEN2 1 1 oe SA BPF SELECT 3 20V 5 5 NEE HVC131 1 Bla METE
54. i 1u ABSORPTION 8 D782 amp SWITCHING 2 8 8 gt 2 Sts p HVC131 E 7 4 2 CN800 D782 783 5 04 0191 05 C782 o R792 793 328 a 351 SWITCHING x m m TXRF S x 28 ES 548 R780 a D 4 7 812 34g Re Reo Ros 2 1 0781 4 A Pic 845 518 55 lt R781 INKOO10 U1 T1 T z ES 812 H 10k HE DRVO L 11 10V TXB 8 TXB 8 DRVO H 13 51V 818 8 DRVO L 0V ila sane 518 1 Reo m INKOO10 U1 T1 DRIVE OUT SW SI 5 DRVO L DRV J101 OUT DRVO H 0V SWITCHING DRVO H gt TX RX CN102 OUT 1 7 7 76V CN5 E40 6726 05 4 92V 0784 SWITCHING T1 65 RTSP431C T112 5 NC 2 GND 3 spa 4 6 sPG ME 120k 58 o 5 VSF SHIFT REGISTER SHIFT REGISTER ax g 6 X CN51 SP zx zo9 3 23 12 1 15 7 4 VSR 797 56k NSR 74 4094 3 23V TC74HC4094AFF 33C 8 CN63 33C lt ID ID IEN2 4 EN TXB 10 2 TXB 3 23 CLK1 CLK1 BPF9 8 R 0V 4 258 258 RLSW BPF13 BPF8 1STIF LINEAR j BPF BPF7 l SP 455FIL BPF11 1 7 BPF6 LOSI BPFI01 D A CONVERTER gt 5 is s ais 072 4 920 M62353AGPDF5J 4 92N weer 7 6 LI 2 AH 0 1u N
55. 52 5 AM Lon MUR 2 E 2200p be 681 L109 58 58 ee ee LCDDATA 2 830232306 m DISPLAY UNIT MULTI CH HIENCA X54 00 B 6 LCDCLK LED GREEN an il ri 051 20 8 6 _ F 104 LCDCS up aq 41 1775 05 41 1775 05 LCDINH rs B S28 Ng 2 8 228 R208 100 TP379 5 MULA A 1 4 99V 5 00V MULA C150 000 al s e 0102 V 3 23V NC oly oly nln oly ole oly ols ot Mun T 5 TP315 O IC103 8 Ole i 8 5 8 R209 100 IP380 B 3 MULB B 3 RN47A5 F x 827 Dy F364AEDFBKDUA 51 51 51 57 51 af 51 51 5 MS gt lt 1 cu 7 SP OP 0145 1000 3 240 2 33 2 X101 1 3p Ble 9 gly oly ele ole oie bly ole B30 2146 05 3 TP317 O TES 11 0592MHz SY iX Py 2 R216 TP381 1 MLED Ai o 5 ETT LED alid gt GRANGE 2 s 2 SWITCHING TP318 O 0 3p iy iy Oy Oy Rome m imana m mamam n masma OT 206 325 2 2 S 2 9 2 21 219 DISPLAY UNIT VR 2 18304 326 DRIVER ay X54 3700 00 C 6 2 i BACKLIGHT E RT1N141U T111 CN105 1953 VTP311 3 257 C113 1000p AMBER 3 81V BACKLIGHT 40 6765 05 5 40 6766 05
56. 7 CN722 Ses SOC cNi8 ay S 3 mm cn CN16 5 WE cd SUON GE CNA 003 engs FSOL SAC SS ENZ ANI O TCS CN38 CN33 CN31 DASH CKY DATA AD1 106 K L M N J 24 CN105 RXANT CN110 0103 RXANT CN106 occ RAT RTT 0101 0 S gt E J CN902 o 8 5 E 0 Ej g 5784 B 0167 8 2191 8 CN107 DRV 7 DRVO it H E B EB s 0 ail a a a 2 ey 2 a ail 5 ce R72 176 B D281 5 cN251 ce E 6 D351 ce Qu 2770 1STIF RATB 73 117 L 1 4 Nu 04 CN905 8770 11 ick LINEAR gg CN312 CN311 ES R64 Hes 721 TX RX UNIT 57 785 0 11 2 71 E Foil side view J79 0281 19 s TS 590S PC BOARD 8395 CN389 CN390 73MCFO CN403 PGC CN442 11 CN60 RLSW CN324 CN61 EALC B B EZ O B R26 E 0742 CN57 PH2 B8 HB m 175 CN741 pue CKS o Du wo 300 0 E
57. ANI ANI ANV USE ADC AMPLIFIER e 8 1 81 3 8185 NJM2732V gt gt gt a 818 E i S 28 35 5 256 8 B INPUT GND STs C274 gt Zw 2 0011 2 500 i C275 10u OP lt sL 2 50V 2 50V 1 AMPLIFIER OS 5 aT A INPUT 2 D Hi m 2 51V 2 50V 9 22 3 x 8 2 51V d Y dm o Ve AoUTPUT C USB 5 03V 2 0 80 amp ow BOC TOON 4 4 8 o8 R222 z 95 gt 100k Q67 m RT5P431C T112 FI IC82 x MEZ 8 52 5 R224 SWITCHING 28 82 alas NJM2100V ZB i 5 gt y I 545 E gf 8 76 2 278 of 2 2 8 B INPUT v 8 ole USB 5 02V selasa 266 R244 2 50V 66 QEN QE 0 70V 2 2 fot B INPUT A INPUT C277 S 33 8 0 01 2 50V ox SWITCHING Fl 285 A INPUT 10u 10u at 45 ONO 2 51V av m Q66 m RT1N234U T111 2 51V SVB AoUTPUT t N u IC80 455 58 USB 9 1 SE ANALOG 4 2 swrcH 21 18k Sek 8 2 VGS 1 ADC USB 3 25V o ACC2 0V sss 9 9 OP 5 5 AMPLIFIER 1 116 X53 446 A 3 3 6 SCHEMATIC DIAGRAM S 590S CONTROL UNIT X53 446X XX A 3
58. EE BEER coo Ee cS is i 5 SI 2 R HI R749 8167 C184 1881 186 C181 eb TP61O C151 Cae cm C166 10285 8131 P PC TS 590S CONTROL UNIT X53 446X XX A 3 0 11 2 71 E Component side view J79 0279 09 A 3 zs E E 8 4779 229 2155618 E SLY AE SUS n d D m m n com Ec Eng orale Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side N 10 11 12 13 14 D E F G H J K L M N P TS 590S Be BOARD PC TS 590S CONTROL UNIT X53 446X XX A 3 0 11 2 71 CONTROL UNIT X53 446X XX A 3 0 11 2 71 E Foil side view J79 0279 09 A 3 v Foil side view J79 0279 09 A 3 14 8128 IMES TES ERXD ETXD 15 TM ors ENSE AE us J79 0279 09 A 3 2182 VDD CNVS C221 C63 J S 0222 3 R S R264 5265 R266 1 78 wat C353 R39 0243 8424
59. eD501 585 C586 C584 25 C567 L514 C569 1516 571 L518 C573 0575 eR556 Sele 56 555 Toup 82 Tun 18 EU E cem 515 1k ik ik We tc E Z L521 1522 Rai 58 xe geleds 2 6 Bel 1000 1801 180 4 5 89 58 BETON BLE StS bee ges or 2 Say Boe Go T 3 2 m 56577 g lt e amp p D501 8 SWITCHING Note The components marked with a dot are parts of layer 1 124 X53 446 B 3 5 5 o i e lt a E ogi e 0 1 1 al d 4 i N XIT 20 1 OF L0gdL O 00 dL O lt e 8019 w 9019 o 00 2015 Mr vola SPLIT aN lt 0 lt gt LI B H 1 SOLO 0 LI LO X OL POL gt di 4000 2010 Woo i 6215 90001 1010 8015 4618 9215 9215 7615 5615 2215 1216 0215 6115 8115 445 916 915 vs ELLS eis
60. 04 LPF relay 49 0 lt f lt 54 0 MHz 05 Low speed High speed When the FAN rotates at either low or high speed it becomes active 06 High speed When the FAN rotates at high speed it becomes active Q7 Q8 50M coil H 49 0 lt f lt 54 0 MHz IC8 TC74HC4094AFF Shift register Enable FEN2 2 5p capacitor switching H Phase difference correcti On Active Off Inactive 5p capacitor switching Phase difference correcti On Active Off Inactive 10p capacitor switching Phase difference correcti On Active Off Inactive 18p capacitor switching Phase difference correcti On Active Off Inactive 39p capacitor switching Phase difference correcti On Active Off Inactive 75p capacitor switching Phase difference correcti On Active Off Inactive 31 TS 590S 32 Pin name Port name SEMICONDUCTOR DATA Function Active level Condition 07 CI 7 150p capacitor switching H Phase difference correction C7 On Active Off Inactive 08 CI 8 300p capacitor switching H Phase difference correction C8 On Active Off Inactive IC9 TC74HC4094AFF Shift register Enable FEN1 28M coil H 25 50 f lt 30 0 MHz 24 9M coil 21 50 f lt 25 50 MHz 18M 21M coil 14 50 f lt 21 50 MHz
61. 50M FM Squelch POC Power Meter Adjustment Item Display Condition TS 590S ADJUSTMENT Frequency MHz RX IF MHz Mode POC Power Meter 50P M100W 50 1 POC 50W 50W POC 25W P MTR 25W POC 10W P MTR 10W 5W MENU No 61 is checksum confirmation mode The checksum of the main MCU the panel MCU and the DSP can be confirmed using the lt key 629 key The checksum value of the main MCU appears on the 7 segment display while M CHKSUM appears on the 13 segment display The checksum value of the panel MCU appears on the 7 segment display while P CHKSUM appears on the 13 segment display The checksum value of the DSP appears on the 7 seg ment display while D CHKSUM appears on the 13 seg ment display TX Gain TGC 14M ALC Meter ALC START ALC MAX TGC LW TGC 1 8M TGC 3 5M TGC 5M TGC 7M TGC 10M TGC 18M TGC 21M TGC 24M TGC 28M TGC 50M PGC 50W PGC 25W PGC 10W PGC 5W FM Deviation DEV WIDE DEV NAROW Current CURRENT PRO SWR PRO SWR HF SWR 50M SWR WRITE WRITE ROM CHECKSUM M CHKSUM Display check 629 Main MCU Checksum display Panel MCU Checksum display DSP
62. 6396 39 cos 1 CN388 E 407 O 73 1 CN391 774 8 GND 2 IS Isi B S esi L108 L110 L106 1109 1156 1160 L166 25 41 30 60 CN261 RATBI11 CN231 OPRE CN237 RATBIPOFF Si 8212 233 is RATBIPON E2ST OE GND 2 12229 8 S y Ee C929 8 F303 330 L18 z 8 8 C903 8 E E 3 8 9 5 L161 44 69 6222821 S E226 8423 1422 XF301 12203 1301 1149 215 30 1234 C268 L155 1152 ess os CN301 2 GND 1 11MCFI Ow CN674 RED L461 e M N P TX RX UNIT X57 785X XX 0 11 2 71 Component side view J79 0281 19 0842 e 8854 0843 H D862 moo ese s REI 3 e L9 a B gp He 0812 Ro EG3
63. Boo GF RT ee u5 RIS mU ds 9 291 8 T D101 8169 C285 RT 5 m B a E RES cR C80 BS3 E gt aime S m 146 BE 4 59 Fue SE 7 E C61 1221898 R94 CTi4 R92 CE ES RT Re T 3 1 H B IC66 5S RI 89 Ri RR Eg cae TT BB BE gre EP TCU 6255 164 R2580 gt gt common mum p z C a T g 6822 2210 43 CN61 QN5 2 8 9 Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side 93 N 10 11 12 13 14 D E F G H J A B8 C TS 590S Pc BoARD CONTROL UNIT X53 446X XX A 3 0 11 2 71 E Foil side view J79 0279 09 A 3 v 14 B 20 29 29 Fes
64. QA GENE s s SPLIT DNE E H 88 IANT lt gt DRV LLLI mj IC101 LC75897PW LCD DRIVER S129 COM4 S128 COM1 AUTO rj gl o DATA PRE A ANOTCHW BCBA 3 LIIS NAR AGCOFF FINE MHz R lt EQ gt T CTx VOX PROC RIT XIT O TP300 O TP301 O TP303 02 R105 10k 1000p c103 1000 fo 2 C104 10u dit 2 C106 Lid 0 1u w C108 470p R103 47k C102 10u C105 0 1u R104 4 7k C107 0 01 C101 PI
65. T 0V RATB 0920 REEN 8 nicortu RATB 14 14 N RXB H BV RXTB S RXB L 0V RXTB OFF 6939 R 0 15V w RXB 8 M E18 0254 05 T 13 027 gle 47k s H CN101 og 0925 ATE I 25 83 218 RT1N436U T111 9 SWITCHING CN105 3 E ER Sox RXANT shida E elz 2 28 RXANT 101 102 150 2 z SURGE 2 06 5 ABSORPTION E E13 0166 25 8 41103 150n 5 C112 C114 D108 110 SWITCHING SURGE 2 ABSORPTION 5 8 offs 5 5 g 29 0103 5 8107 5X9 BC TRAP CN100 58 MC2858 T111 22k E EE 5 E040191 05 5 516 elg iu 00109 EXZ 878 518 R 13 51V N 559 RAT RXANT H OV 8 ost 31g ABSORPTION TOV 2 9 RXANT 784V X 54 518 7 0 8 512 103 58 845 ATT H 0V T 0 70V TCU NE 5121 C123 TE 2s 8 RX 2 0101 MUTE RXANT H 3 15V RTSN234C T112 E RXANT L OV SWITCHING a i SWITCHING Q102 RTSN234C T112 5 8 Sle P 29 245 3 5 615 1 E H lt TXB 8 BA ae 1 RXANT SW SW RXANT H 3V RAT CN2 ON ATT H 8V ATT OFF 1 RXANT L 0V RXANT J1 ON ATT L 0V ATTON us 148 8 C795 eR790 02 e J800 0781 esov 2014 470 AMPLIFIER L786 D783 E13 0166 25 D799 800 1SV312 F 0783 174V 100n HVC131 1 SURGE NESG260234
66. 18081 E J79 0275 09 A 2 lt e zu 02 gt gt 5 2t on O 1924 EIS lt o S 2 8 e 2 LO S S I o 10 e P o 1504 1503 R266 PC BOARD 6142 6120 a Sr 0109 0 1 CN2002 o T C7 005 cn 85 179 cD C59 C60 515 C165 164 5 5 5 5 xls 5 g 53 8 C41 C214 coe 2215 a Cbs BB eng 0193 C202 C184 C183 2107 103 104 cus 8 5 C110 0 00 0 C106 0707 0702 0108 1703 1106 Bg ii 2504 190 R502 8 c J79 0275 09 B 2 FINAL UNIT X45 391X XX 0 11 K 2 71 E Foil side view J79 0275 09 s TS 590S 91 10 11 12 13 14 D E F G H J 10 11 12 13 14 A 8 C TS 590S Pc BoARD 92 CONTROL UNIT X53 446X XX A 3 0 11 K 2 71 E Component side view J79 0279 09 A 3 v ti 4 8331 J79 0279 09 A 3 5 785 D
67. H x T DRIVE QUT SW 4 878 DRYER SS SWITCHING BPF SELECT 5 55 BPESEUEGT EANA T Bla Blo 0281282 HVC131 56 2SC5551AF mE PREVENTION D 8 TXFM H 1 74 8 2 8 RXFM L 5 5 NBAMP1 DRVO L DRV J101 OUT DRVO H OV SWITCHING 2 BERING SELECT ISSN 3 19V BPF NO SELECT 12 495MHz 32 195MHz AMPLIFIER SWITCHING Blo Blo g 5 AMP 1288 R850 Cw sw R853 0843 85718 518 Sir j aun TCAWS3FU F BT ot CN632 TS Q651 653 SWITCHING 4 DRVO L 7 80V SWITCHING BPF NO SELECT 13 49V sig st 12dB HVC131 C456 33k 22k MA2S111 F 8856 0842 3 8 TXB48 8A 5A L 0 RXFM H 4 87V CN908 e o 9 DRVO H TX RX CN102 OUT pn SWITCHING ov are slo 215 218 Bla Bla 0351352 73 095MHz ds m w p EN 28C5383 T111 neo eme G Sa 5 TEES RXEMCL OV O SANAD E MULTIPLEXER 1k 88 mar E p BPF SELECT episa 21193__ 1150 41167 D149 ATS ATR gfo Dto 5 RX 2nd MIXER TX MIXER Ss wxegdX M 75 SEN ET pir geL 212 RXFM H 3 19V TXB 8 8 1STIF H 0 68V E 0 40V N 5 HTANAS6U TTTI 8 als C459 25 318 2152141 13
68. O5 BPF1 filter selection RX 1 1 705 lt f lt 2 1 MHz RX 2 0 03 lt f lt 10 MHz 06 BPF2 filter selection 1 3 4 lt f lt 4 1 MHz RX 2 10 lt f lt 16 MHz Q7 BPF3 filter selection RX 1 6 9 f lt 7 5 MHz RX 2 16 f lt 30 MHz Q8 Pin name BPF4 Port name filter selection Function Active level RX 1 13 9 lt f lt 21 5 MHz RX 2 30 f lt 60 MHz Condition IC11 TC74HC4094AFF Shift register Enable IEN2 O1 FIL 1 IF filter 15kHz IF 10 695MHz Q2 FIL 2 IF filter 6kHz IF 10 695MHz FIL 3 IF filter 2 7kHz 1st IF 10 695MHz H 11 374MHz L Pin name Port name TS 590S SEMICONDUCTOR DATA Function Active level Condition 04 FIL 4 IF filter 500Hz H IF 11 374MHz Q5 RXFM RX mode FM H 06 TXFM TX mode FM H Q7 HFRGC HF RX gain H 21 5MHz f lt 30 0MHz amp Pre AMP ON 08 50RGC 50M RX gain H 30 0MHz f lt 60MHz amp Pre AMP ON 12 TC74HC4094AFF Shift register Enable IEN2 01 DRVO Drive output switch L Q2 1STIF 1st IF switch H L 73 095MHz H 11 374MHz L O3 455FIL RX 455kHz FM filter H L Wide H Narrow L 04 ALCS C810 discharge switch H Before AT tuning 05
69. 2SC5108 Y F TC7SH32FU F 05 47 5 HN58X25128FPIE HN7GOTFU F TC74HC4052AFT HD74LV541AT HD74LV2G34AUS TC7WT125FUF i DISPLAY UNIT X54 3700 00 LV2G34AUS 11 1878 02 ILLUMINATION GUIDE 29FVE B11 1882 03 FILTER H32FU F B38 0934 05 D TC7WT125FUF B30 2323 05 D GREEN TA4805BF B30 2323 05 D GREEN TA48MO33F F OGUE IC k B30 2322 05 D AMBER AD9835BRUZ IC B30 2167 05 D GR TC74HC4094AFF IC B30 2168 05 D ADF4111BRUZ IC B30 2323 05 D GREEN XC6219B182PR G C B30 2322 05 D AMBER TS 590S PARTS LIST DISPLAY UNIT X54 3700 00 Address Parts No Description Desti Ref No Address Parts No Description Desti B30 2146 05 LED OR X101 L77 3069 05 RYSTAL RESONATOR 11 0592MHZ CK73GB1H102K PC F CP101 102 RK74GB1J102J IP COM 1 0K 16W CK73FB0J106K PC CP103 104 RK74GB1J103J IP COM 10K 16W CK73GB1H102K F CP105 RK74GB1J473J IP COM 47K 16W CK73FB0J106K PC CP106 RK74GB1J101J IP COM 100 16W CK73GB1H104K PC F CP107 RK74GB1J473J IP COM 47K 16W CK73GB1H103K PC R101 RK73GB2A472J IP 47K CK73GB1H471K PC R103 RK73GB2A473J IP 41K CK73GB1H102K PC F R104 RK73GB2A472J IP 47K CK73GB1H104K PC R105 RK73GB2A103J IP OK CK73GB1H102K PC R106 RK73GB2A680J IP CK73GB1H104K PC F 109 RK73GB2A103J IP 93 0912 05 10 RK73GB2A680J IP
70. 5 15 81 raf g 21 ae 2 NO SELECT 13 27 2 NO SELECT 13 29 2210 818 amp NOSELECT 1329V SELECT 13 26V 5 z be ot 2 5 815 lt 1 3 2 ojojo als REVERSE 8 3 1 SELECT 3 07V SELECT 306 9 S Big IC74HCA4094AFF SELECT 3 07V SELECT 3 06V D 918 VOLTAGE E 2 NO SELECT 0V NO SELECT 0V Legere i NO SELECT 0V NO SELECT 0V ofe 13 75V RD1008HF1 102 PREVENTION 218 3 An i 8 3 2 7 3 110 5 sla g alo 116 0532 0536 3 0539 0543 EI JE 2 14 700mA x 2 glg Re RT1N234U T111 RT1N234U T111 4 1 2340 111 1 2340 111 87 elo 22 Do 919 ecN22 ecN21 Ol gt ES ejeje 7 848 i Bis 2 8 gt D502 503 DRIVE AMPLIFIER alg 05 SELECT 0 06V SELECT 0 06V TETE E 3 SELECT 0 06V SELECT 0 06V ela 2 2 S 6 1 SELECT 13 29v SELECT 13 29V 6 NO SELECT 13 28 NO SELECT 13 28V RES 818 0502 1501 PROTECTION ele 2 gt 818 sle 818 ere 10u L SELECT 3 06V SELECT 3 09V SELECT 3 06V SELECT 3 06V m Br 85 275 ala 818 eT e ME 1 ier B DIOE n NO SELECT 0V NO SELECT 0V sl NO SELECT 0V NO SELECT 0V zia ale 2 8 8 818 9 8 8 3 8 4 62 ST ST 4 1502 r5 REVERSE e 4 545
71. R263 330 0 1u VR261 719V RX 1st MIXER 1 HF 11 374MHz 11 o C251 ik 56p C253 4 7k Q263 28K1740 4 Q264 2SK1740 4 R266 2SK1740 4 Q266 2SK1740 4 D261 321 SWITCHING R267 270 0263 266 RX m 11 374MHz MCF INPUT 11 374MHz MCF 11 374MHz 6kHz XF301 RX11 374MHz 1STIF H 1 99V 15 0 06V Q RT1N141U T111 MIXER 1000p 268 C321 Al RX 1st MIXER 2 CN323 CN324 Q321 2SK1740 4 Q322 2SK1740 4 73 095MHz Bio 25 1740 4 0324 SWITCHING 73 095MHz MCF INPUT E40 6852 05 CN321 73MCFI R327 270 Q321 324 RX MIXER lt TX73 095MHz R337 C344 0323 1SV312 F 1STIF L 7 50V SWITCHING 73 095MHz MCF 0371 1SV312 F
72. Reverse current D663 4 prevention Main IBK and NB mute signal matching main side mute when ON Switching 1 2 ON when TX AM SSB CW FSK mode is selected 2 2 No connection Reverse current prevention ON during TX FM mode Attenuator 26 TGC control attenuator D861 862 Reverse current prevention Meter circuit TS 590S SEMICONDUCTOR DATA Main MCU F3651RDFCKDTA Function Control unit IC306 Function GND For production A D standard voltage input For production Analog power supply input Serial data output for Panel MCU DSP data input Serial data input from Panel MCU DSP data output RTS signal output for Panel MCU DSP clock RTS signal input from Panel MCU DSP chip select Reset signal output for Panel MCU CTCSS detect signal input from DSP H Detect Type detecti VOX transmit MIC signal input from DSP H Active Type detecti Type detecti VOX transmit ANI signal input from DSP H Active Type detecti Type detecti DSP check signal input H Ready For producti DSP reset output L Reset Type detecti UL Unlock detection L Unlock EEPROM enable BYTE Single chip mode selection Vss connec tion EEPROM data input CNVSS For production EEPROM clock DRET Communication re start
73. ael zel sls als e Por 0 01u 47 C92 MU EN 82 8 4 4 5 gle 18 8 Sri 28 0818 8 88 8 8 38 318 8 8 8 gt fe R426 n amp 2 lt 9 Sir 69 lt 8 Leis lt 2 2 1000p gt 485 In R222 4 amp 5 ore og d 809 515 82948 518 C364 18k 3 8 E a 888 a meros m lt gt zt lt T 100k j 3 a 3 E a 067 af 2 29 5 8 a gt 7 8 asl elg x 5 2 7 232 S s2lglx IC82 T 5 ola 22 25 8 3 et TU ar 1 SISI Bae 2 24 Z EIS 8 9 R224 28 82 85 _ ALIST ees oF 6 k ele lt l H s af e oa 818 lt x o m i 19 5 F 56 o a 5 o0 E S ela alo a o m a gs sig TE z 2 8 op c T Map _ 98 21 8 5 B T Tc TOIT T 3 8 888883388 s 8 2 2 8 228 4 5 ST R259 use s c2v 88 T 2 500 5 Ly 885885888 i s s e s 7 s s s e s 8822222 22 2 8 9 RI 2828252828 x 84 1k 7 mic 127 i eel nol gol oe ACC2 0 70V SSj g
74. p721 D422 XF471 0721 D722 D423 10 695MHz ALC XF371 IC761 73 095MHz LO1 Fig 12 From transmission signal TIF to drive output From the drive output to the antenna terminal The transmit signal sent from the TX RX unit X57 785 A 2 to the CN2 TXRF of the Final unit X45 391 A 2 is amplified to the designated power in the final stage passes through the LPF and is then output from the antenna termi nal This unit includes a relay antenna tuner circuit that oper ates in all bands The transmit signal input into the Final unit X45 391 A 2 CN2 is amplified by the pre drive amplifier O1 O2 and the drive amplifier O4 Then the signal s high harmonic is eliminated in the LPF and the signal goes through the progressive wave reflected wave detection circuit ampli tude phase detection circuit for the antenna tuner transmit receive changeover relay K46 antenna tuner IN THROUGH changeover relay K45 antenna changeover relay K44 and finally output through the ANT1 or ANT2 antenna terminal In order to reduce the transmit receive changeover relay s operational noise relays are in a separate unit X45 391 B 2 ANT2 ANT1 K45 The antenna tuner tunes by the combination of the con denser and the coil Its operation is the same as in previous models IC6 s phase error signal switches the input side condenser of the tuning circuit and the IC5 amplitude differ ence signal s
75. 102 1k MULA MULA 47k gt 53 4 8 DI LCDDATA 17 HIENCA HA CL LCDCLK R157 CE d LCDCS 46 J 47k 1 INH LCDINH LOENCA LAM 1158 499V 50 17905 57 copow 224v Rie 4 Q102 2 58 IC103 47k TP315 14 3 25 33C RN47A5 F TU 59 F364AEDFBKDUA 13 ona 60 MCU 515 X401 I 3p ov Bre MHO 11 0592MHz 5 2 8174 C118 63 SWITCHING TP318 O 12 0 TP306 3 25 64 u Mos __ 4 _ 325 65 R160 IM 21 310 3 25V 66 TP311 _ 3257 67 TP354 C113 1000p u 5 6 TP307 3 25V 68 R161 150 5 o emm um n KOO 71 72 319 0 72 LCD B G TP320 O 3210_74 LCD B U D D TP322 75 D214 s DRIVER LED GREEN T 0V Q108 R179 z S UMGIN 560 S 9388888 8 a 8 KE 9 E good deo BER 3 9 amp Luce 0214 OTP358 3 02167 05 o o fa R180 3 8 R 0V REVERSE 9 81818 8 T 3 23V 0215 560 CURRENT TP356 B30 2168 05 PREVENTION 218 e A EE 222222 0215 j LED RED RED 590 33C D116 122 METER LSB USB CL XT RIT REVERSE 2 2 S101 5108 5115 5122 5129 5136 5142 sio ON n T L L k 205 M a o o o 0116 4 MA2S111
76. 42 b 3MHz USB SB SB SB SB SB SB 19 Band TGC 50M Power meter Rear ANT 1 150W ATT panel 20 or Set the adjustment e value within the limit of the specified power 10W 0 5W 1 push Power meter lights up to 10W position Set the adjustment value within the limit of the specified power 5 0W 0 3W 1 push Power meter lights up to 5W position Set the adjustment value within the limit of the specified power 100W 3 0W 1 push ALC meter lights up to 1 ALC meter zone max G or Set the adjustment 599 value to become the specified ALC meter ALC meter 15 dots TS 590S ADJUSTMENT Measurement Adjustment Item Condition Test Specifications Remarks Unit Terminal Parts Method equipment 20 Power PGC 1 Menu No 50 14 1MHz CVV Power meter Rear ANT 1 lt Set the adjustment ALC meter 15 dots Transmit 150W ATT panel ce value to become the 50W specified ALC meter 25W 2 Menu No 51 14 1MHz CW Transmi 3 Menu No 52 14 1MHz CW Transmi 4 Menu No 53 14 1MHz CW Transmi 21 FM devia 1 Menu No 54 29 1MHz FM Power meter 4 1kHz 0 1kHz tion Transmi Linear According to the detector larger Wide 150W ATT Narrow 2 Menu No 55 29 1M
77. CN657 AMPLIFIER CURRENT 2 SLs 6 glz z r lt sls Bg Qo 0103 o 2 5 BC TRAP RT1N436U T111 11M 10 5M 13 9M 4 TA4107F F 26767 L764 D261 321 8 MCF INPUT 0323 D371 NB OFF OV 10 695MHz 2 7kHz SELECT 2 53V FIL2 H 3 19V 58 945 g 828 wg NBL CNe58 8 NBL x 8 1 100 ag 2858 7111 m 41110 15 ofa 15 HVC131 SWITCHING BPF SELECT 5 46V BS 81 sie D761 4062 763 4700 68 SWITCHING CN303 Tori oen T 41475 473 41479 NO SELECT T 60 SWITCHING j alid T BA LONGAS 2 NB Q 9802 5 i e 50 04 0191 05 6 1000u 0109 ols SEN 815 BPF NO SELECT 13 49 172 lt PREAMP 1298 2098 STU m 40 6852 05 5 LL C446 475 sR478 71479 mM 0 BLNK E40 6533 05 28C5383 T111 CN669 18V312 F 285 S 0104 107 548 218 0004 HVC131 978 E 978 58 4p 5 li 0 zla 6581 0 2 7k 10 695M SELECT ol IFGC CF591 BLNK w 25 m Eri NBI 1 als E SWITCHING GC or 50RGC H 3 12 ig t 0 09 8 6 0 6 x2 SURGE 5 HFRGC or 90236 alo 1 3 5 I 422 algo co 3 0 OTHER 7 65V 0 72V 100k NS 8 H 0V E E g El iT R595 eC597 8603 0608
78. L302 to 2nd IF Amp1 11 374MHz Fig 8 RX 1 path MCF circuit Tune ch 48V CN303 from 1st Mixer EC 7i L374 XF371 Tune connector Ec to 2nd Mixer 73 095MHz 1st IF Amp1 L376 Fig 9 RX 2 path MCF circuit 13 TS 590S 14 IF Filter The IF filter includes a DSP digital filter as well as mul tiple analog filters in the IF stage to have sufficient tolerance for unnecessary signals In the RX 1 path with enhanced anti proximate interfer CIRCUIT DESCRIPTION inserted for the first IF 11 374MHz In the RX 2 path MCF XF371 for the first IF 73 095 2 a crystal filter XF473 or MCF XF471 XF472 for the second IF 10 695MHz and ence the MCF XF301 and crystal filter XF474 XF475 are Item XF301 L71 0656 15 XF474 L71 0657 05 XF475 L71 0658 05 Nominal center frequency 11 374 2 11 374 2 11 374 2 Pass bandwidth 3kHz or more at 6dB 1 35kHz or more at 6dB 250Hz or more at 6dB Attenuation bandwidth 17 5kHz or less at 60dB 4kHz or less at 60dB 0 75kHz or less at 60dB Ripple 1dB or less 2 or less 2dB or less Insertion loss or less or less Within 6x3dB Guaranteed attenuation 70dB or more at fox 1MHz 80dB or more at fox 1MHz 80dB or more at fox 1MHz Center frequency deviation 500Hz at 6dB 150Hz at 150Hz at 6dB Terminating impedance
79. Layer 1 Layer 2 Layer 3 Layer 4 Foil side N D E F G H J K L M N P TS 590S pi BOARD PC BURN TS 590S CONTROL UNIT 53 446 B C 3 0 11 2 71 E CONTROL UNIT X53 446X XX B C 3 0 11 2 71 E Foil side view J79 0279 09 B C 3 v Foil side view J79 0279 09 B C 3 18 0655 ca cri ECT HE s S Sie rary ES mA r 8 J m 8 fo m S CE D660 1 55 0671 0803 EE E 1906 E 8 I g S E 0663 Eze Gece Pj 265 Gals 8 334 EN ES qe C656 EE 5818 E EE S S Es ESTIS 88 amp Bp 865 1660 I pem 6619 R971 amp 655 E SS cesa eng
80. RES 180 5 0925 B m gea 873 C826 1698 C SSH Ug 2330 EE a E 5 C85 9 E Brod ee aac E cm cae LIS CS g Ae sr Tg 10674 Slot R637 E 1693 87 z B g S C936 Bei 35 lem ss 0 0 m um om 89 tat alle E ge 8 gl s E Ho lman zu zl 2785 795 p m re 5 T BS BE 1696 IC651 SSSH 9 B B 09 Ay 061 T T 2956 m c R562J C786 CNO 8 RT R72 59 E l 8 5 Ez m CN990 OE Ez 555 9 7 8 RS CN861 RE BRE B BRIS a EE 2 OSOSOS EISE FS zm oB Elem Iss mm Rieke 5525504 Ai E 0808020808 E 208080202 8 4 2999989 e o eo x 3 2 5 2 8 2 J79 0279 09 B 3 Ref No Address Ref Ref No Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side 10 11 12 13 14 10 11 12 13 14 D E F G H P a 10 11 12 13 14 A B c TS 590S Pc BoARD DISPLAY UNIT X54 3700 00 A 6 DISPLAY Component side view J79 0280 09 A 6
81. RF Beso 80 570 poz 88 z i Bay 2 Sel izl 5 5316 STS G T sor ee o e es QS oe SRE 019 og c 85 5 804 275 e TET 8s MCH3914 7 H 1 a gt R819 VCO Q807 12k 5 ov Toz D802 803 AMPLIFIER SV ony VARIABLE SWITCHING CAPACITANCE DIODE 121 X53 446 B 3 2 5 TS 59 M i OS SCHEMATIC DIAGRAM CONTROL UNIT LO X53 446X XX B 3 L_IOUP L_IOUP x X X X lt o o 5 98 33C we len PLL 12801 5 98 887 B ADF4111BRUZ 58 3 3 RSET cp DVDD CPGND MUXoUT AGND R804 47 RFINB 88 8 RFINA 8574 AVDD 1000p 2 iF REFIN R802 C803 R833 R841 18 1000 BUFFER 212 E A 4 x O O 845 Sis 58 818 81 55 2SC4649 N P 2 5 STE 55655 P 358 ET 81 915 29 085 erase 2 0 100 100p 0 ges 8125 M ir R 457 ca24 C890 C832 R835 839 842 889 846 4 96 196 AMPLIFIER i7av 12 12 18 18 12 12 479v AMPLIFIER 2 AM AM AH oly gde adc med Sed of gens 2SC5108 Y F 5 2SC5108 Y F m Bee SI WI 45 Ser 85 M 393 6M 393 6M C839 838 C837 1000p 18 0 0tu AM ik
82. TC7SH32FU F 47k THP2 R420 FILA 47k 3 35 0358 art IC314 IC309 HD74LV2G34AUS HN58X25128FPIE ov RTK BUFFER D302 THP1 REVERSE CURRENT PREVENTION a sel 581881818 581818 981 8581818 alg 818 93 2 581087078 087018 58158 818 5186 E 9 9151 8 8 56 alg 212 lt lt x 8 5 a s 45556 z ef tat let lets SITES 1272 50800 5 I 8 8 8 8 8 8 3 8 2 8 2 8 28 2 8 8 8 el8l8le elelalelalalal 8 8 1 yr 2412 818 818248 2 LISI IRIS 81812182 8818882182181 dd du o 51 91 1 5 oF 8 Fat oF Tot T 9 Tak Tot Toe Tot T 858 s 813131813181 s s s 5 5 s zleca oo 88 8 oc TSS E N S E 5 2 5 2 2155 5 01V e lee le 2 4 91 8 9 s 8 88 818 se ez es z sp ef s 1029802 E40 6656 05 gt x gt 0 5 sa i Zl fi o 2
83. TS 590S CIRCUIT DESCRIPTION Noise Blanker Circuit NB Circuit Noise detection circuit The Noise detecting circuit is the circuit that removes short frequency pulse noise The 10 695MHz or 11 374MHz IF signal passes through the buffer Q641 in the TX RX unit X57 785 A 2 and is sent from CN674 to the NB unit X57 785 B 2 CN667 NB IF through a co axial cable The signal input into the NB unit X57 785 B 2 is ampli fied by the 4 stage amplifier Q651 Q652 Q653 Q663 Q664 Q666 passes through the buffer Q670 and then noise detected by D662 This noise detected voltage switches O669 turns O671 ON attenuates the IF signal in the blanking circuit D461 to D464 depending on the noise and removes the pulse noise When long frequency signal is input the AGC functions X57 785 A 2 X57 785 B 2 0641 Q652 0653 0663 0664 Q666 Buffer IF input 10 695MHz 11 374MHz Q670 NB 2 NB Amp3 NB Amp4 Buffer Detection NB AGC Amp lt and the gains of the NB amplifier 2 O652 O653 NB ampli fier 3 O663 O664 and NB amplifier 4 O666 are lowered which results in low detecting voltage and Q671 is not turned ON Thus the IF signal is not attenuated Because the AGC time constant is large a pulse with short frequency does not let the AGC function and lower the detecting volt age O671 becomes ON and the blanking circuit can func tion When the NB function is turned ON the thresho
84. connecti Function No connection No connection No connection to Control SO 3 unit C 3 CN503 15 6MHz Option SO 3 GND GND 5V J901 COM No connection Received Data Transmitted Data No connection GND No connection Request to send Clear to send O CO N No connection J902 USB Power supply from PC 5V Universal serial data Universal serial data GND CONTROL SO 3 UNIT X53 446X XX C 3 Name 1 0 Function CN503 to Control LO unit B 3 W504 REF 15 6MHz Option SO 3 GND GND GND GND 5C 5V DISPLAY UNIT X54 3700 00 A 6 1 0 Function CN102 to Main Encoder 5V Main encoder pulse B Main encoder pulse A GND CN103 to RIT XIT 5V RIT encoder pulse A RIT encoder pulse B GND TS 590S TERMINAL FUNCTION Name 1 0 Function CN104 to Display MULTI CH unit B 6 CN965 DISPLAY MULTI CH UNIT X54 3700 00 B 6 Function MLED O Multi encoder LED D961 to Display unit A 6 CN104 33C O 3 3V DC DC Multi encoder LED D961 MULB ulti encoder pulse B 3 3V DC DC MULC GND Multi encoder pulse B MULA Multi encoder pulse A GND CN105 to Display VR unit C 6
85. 0 0 O Oss FSM CN20 CN26 SOC CN18 4 OPKSR E CN16 R735 CV 088 PKP cng CN2T M LK ell 5 CN32 C cN VSR 2 CN37 IEN gt SFM engg FSOL KEY Soc chin ANI CN25 TCS CN38 CN33 CN31 CKY 1 527 CN474 FIL C462 R463 5 Em 155 S E Le lus 12167 S pag 2 L M N TX RX UNIT X57 785X XX 0 11 2 71 E Foil side view J79 0281 19 CN239 RATB 73 CN390 7 CN444 CN442 11 CN251 101 CN52 P PC BOARD CN56 mf 123 126 CN50 PHDET CN53 Q PH2 TS 5 RXANT R101 J79 0281 19 A 2 10 11 12 13 14 FINAL UNIT X45 391X XX A 2 FINAL UNIT RELAY X45 391X XX B 2 m ee
86. 1 L 9 5 gt lt S re 9p 8 X SELECT 0 04V SELECT 0 04V SHIFT REGISTER SELECT 0 04V SELECT 0 04V NOSELECT 13 34V SELECT 13 35V 5 NO SELECT 13 26V SELECT 13 32V L44 L45 5146 NU edo ISO xus sia a SELECT 3 07V SELECT 3 06V TC74HC4094 AFF SELECT 3 05V SELECT 3 07V NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V Test 1580 gar 351 2 57 zer ear 25 e S 2 2 R536 0 2 eK19 eK20 26 eK29 eK32 eK35 K38 1 1 TB rs ID 6 0529 0534 0537 0541 535 0 Mo oo oo L29 BLACK RT1N234U T111 RT1N234U T111 RT1N234U T111 RT1N234U T111 533 33C a a SELECT 0 04V SELECT 0 04V SELECT 0 04V SELECT 0 04V R534 0 T gt NO SELECT 13 354 NO SELECT 13 33 NO SELECT 1333 NO SELECT 19 90V 301 302 307 5 Di sosie Dai 30328 aps sp e g SELECT 3 10V SELECT 3 08V SELECT 3 06V SELECT 3 06V 317 320 323 Mc2858 T111 2858 111 gt 5 111 2858 111 gt 5 111 2 5 111 2858 2858 1 2858 111 5 Jl J NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V PROTECTION m 44 Fa 655 VSF 2 2 5 143 ES ES ES ES Es see 9530 9535 0538 0542 C303 0 01u C317 0 01u C329 0 01u C335 0 01
87. 5 2 5 3 Bie S15 9 8 R357 L354 c357 S C290 eR289 SS es 355 2708 0281 ALINE Bi Sig 0851 _ 13 19 K Q282 8 2SC5551AF LO1 HVC131 a 2SC5551AF 1 78V en 1280 73 12MHz SWITCHING 0 94V 0351 C352 8361 eC363Y e 132 0952 6 6 K i w i a RXB 2 LO1 AMP1 B boy 0281 282 HVC131 56 12 495MHz 32 195MHz amp T AMPLIFIER SWITCHING alo glo elg glo 9 8 828 OT 0 8 e N a 5 als 5 351 352 T j AMPLIFIER AMP2 2 73 12MHz 133 095MHz 218 915 MULTIPLEXER Basa dk Aie S 1 802 100 Sis TCAWSSFU F amp 575 CN804 5 7 82v 9 5 ALCS SWITCHING A vss 2 R817 810 100 10u16 e 477v ov CH1 VEE Q801 7 474v ov RT1N436U T111 CHO INH 7 89V 4 781 EXT ALC 8 VDD C804 C806 8825 1000 u 100k 4l AW 0806 Slo Sie 4 ome D807 3 5 MA2S11i F UDZW10 B CURRENT OP AMPLIFIER eye 50608 OP AMPLIFIER 25111 PROTECTION 15808 gl 0802 803 806 809 25111 16801 Bie NJM12904V REVERSE CURRENT NJM12900 v T PREVENTION 6 650 7 84V AoUT Ve R803 0803 R810 94 68k 1553888 27k VSR w Sls 87 130 X57 785 A 2 3 7 TX RX UNIT X57 785X XX A 2 R e qe T SCHEMATIC DIAGRAM S 590S CN261
88. 73 11 73 73 11 73 11 73 50MHz RX 30 0 30 0 lt f lt 60 0MHz Table4 Criteria for selecting the RX 1 or RX 2 path lt 60 0MHz 73 TS 590S CIRCUIT DESCRIPTION 0263 0266 XF301 11 374MHz 1st Mixer from Pre Amp Q236 0321 0324 1st Mixer 0281 0282 101 1 13 174 32 195MHz LO1 D461 D464 input 0443 Blanking XF472 10 695M D471 IF input D411 L 11 374M 0451 10 695 15 2nd IF Amp1 XF471 D474 10 695M 6k XF473 D472 10 695M 2 7k XF474 D472 11 374M 2 7k XF475 D473 11 374M 500 XF371 73 095MHz 73 125 133 095MHz D475 D477 D477 D478 11 374MHz 0391 1st IF Amp D422 D423 2nd Mixer 10 695 2 to 2nd IF Amp1 Q451 LO2 62 4MHz D522 D524 Q521 0522 D525 ATT 2nd IF Amp3 ATT IF output 10 695M 11 374M 2nd IF Amp2 Fig 4 From the preamplifier 0236 to the second IF frequency 10 695MHz 11 374MHz From the second IF to the AF output The signal that passed through D525 then goes through D526 and enters the FM wave detecting IC IC591 in FM mode and the AM SSB CW FSK wave detecting mixer D551 D552 in other modes The FM mode signal is mixed with 10 240MHz in the FM detecting IC 591 and converted into the third IF 455kHz The third IF signal
89. Amplifier LO2 amplifier ON when TX or RX 1st IF of 73 095MHz are selected Ref No Use Function Operation Condition Compatibility Amplifier RX 2nd IF amplifier 1 10 695MHz 11 374MHz Q721 Amplifier TX IF amplifier 10 695MHz Gain is controlled according to the ALC voltage Switchi Gain correction between bands ON when receiving 21 5 30MHz and PRE H are selected Q741 Switching Transmission IF mute control Mute when ON Q742 Amplifier TX IF amplifier 73 095MHz 0454 Switchi Gain correction between bands ON when receiving 30 60MHz and PRE are selected 0781 Switching ON when drive output is selected 0782 Switching ON when ANT connector output is selected 0455 456 Switchi ON when BLNK signal is H 0783 Amplifier TX drive output amplifier 0471 477 Switchi IF filter selection Q521 522 Amplifi RX 2nd IF amplifier 3 10 695MHz 11 374MHz Q784 Switching Power supply control of TXB to Fi nal unit X45 A 2 ON when ANT connector output is selected 0541 Amplifi RX 2nd IF amplifier 2 10 695MHz 11 374MHz Q801 Switchi ALC protection time constant changeover switch 0551 Amplifi RX 3rd IF amplifier 24kHz O571 Amplifi amplifier ON when RX SSB CW FSK mode is selected Q802 Switchi On in AM mode makes it an average
90. Item 1kQ 6pF XF371 L71 0605 05 9009 9pF XF472 L71 0230 15 100Q 90pF XF471 L71 0664 05 ceramic filter CF591 for the third IF 455kHz FM only XF473 L71 0569 15 Nominal center frequency 73 095MHz 10 695MHz 10 695MHz 10 695MHz Pass bandwidth 7 5kHz or more at 3dB 7 5kHz or more at 3dB 3kHz or more at 6dB 1 35kHz or more at 6dB Attenuation bandwidth 35kHz or less at 40dB 25kHz or less at 18dB 40kHz or less at 60dB 300kHz or less at 60dB Ripple 1dB or less 0 5dB or less 2dB or less 2dB or less Insertion loss or less 2 or less or less 6dB or less Guaranteed attenuation 70dB or more at fo 500 1000kHz 70dB or more at fo 200 1000kHz 30dB or more at fox 1MHz 60dB or more at fot1MHz 60dB or more at fo 300kHz Center frequency deviation 1 5kHz at 3dB 1kHz at 6dB 150Hz or less at 6dB Terminating impedance Item 2 5kQ 0 5pF CF591 L72 0998 05 Nominal center frequency 455kHz Pass bandwidth 6kHz or less at 6dB Attenuation bandwidth 12 5kHz or less at 50dB Ripple 2 or less Insertion loss or less Guaranteed attenuation 35dB or more at fox100kHz Center frequency deviation 1 0kHz Terminating impedance 2kQ 3kQ 2pF Table 6 IF filter 1 2kQ 6pF 1 2kQ 7pF
91. LEAD WIRE WITH MINIPIN PLUG LEAD WIRE WITH MINIPIN PLUG LEAD WIRE WITH CONNECTOR USE UL CSA 10A USE 5A USE UL CSA 5 USE BLADE TYPE 4A 32V USE HOLDER BEADS CORE SMALL FIXED INDUCTOR 22UH SMALL FIXED INDUCTOR 0 027UH FERRITE CORE TOROIDAL CO TOROIDAL CO TOROIDAL CO COIL TOROIDAL CO COIL AIR CORE COIL TOROIDAL COIL AIR CORE COIL AIR CORE COIL TOROIDAL COIL TOROIDAL COIL AIR CORE COIL TOROIDAL COIL TOROIDAL COIL TOROIDAL COIL TOROIDAL CO TOROIDAL CO TOROIDAL CO TOROIDAL CO TOROIDAL CO TOROIDAL COIL TOROIDAL COIL R CORE COIL R CORE COIL TOROIDAL COIL R CORE COIL R CORE COIL OROIDAL COIL OROIDAL COIL L50 151 52 153 L101 109 L251 L252 L254 L255 L257 L259 260 L304 L306 308 L310 312 L314 316 L318 320 L322 324 L326 328 L330 332 L334 336 L501 502 L503 504 L505 507 L508 L509 R1 R2 R3 R4 R5 R6 R7 R8 R9 R37 R50 51 R55 R56 L34 4628 05 L34 4490 05 L39 1568 05 L41 4705 33 L33 0695 05 L41 1585 32 L41 4705 33 L33 0695 05 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 4705 33 L41 1005 33 L92 0641 05 L41 4705 33 L41 4785 33 L34 4811 05 RK73EB2E101J RK73GB2A680J RK73GB2A121J RK73GB2A470J RK73GB2A471J RK73GB2A472J RK73GB2A100J R92 3625 05 RK73FB2B221J RK73FB2B000J RK73FB2B121J RK73EB2E330J RK73GB2A472J
92. Layer 1 ES Layer 2 Foil side gt CN52 13 79 0275 09 2 J79 0275 09 A 2 i TS 590S m BO X45 391X XX 0 11 2 71 Foil side view J79 0275 09 3 4 6 28 ca 7 a aR 6340 8 m 8 8 we 9 10 11 12 Component side Layer 1 Layer 2 Foil side 13 14 c200 1335 C372 C385 C381 0280 0221 1332 2376 2380 1336 1331 0321 364 375 C368 1328 1327 C234 C357 m C354 C367 319 544 pad C336 1315 C339 8 331 Eln 17 C318 2307 C214 K L M N C175 C189 e gU 166 C75 C205 C197 E L16 ells 55 C65 Rs 515 71 ER C59 18 1 R19 e i E B B E 1 ez B E 1322 cl Bu e 3 9 cw m C107 Tra B 1107 1102 1105 c rem c R el e e 2 S R 542 1310 RI 28 C543 B 4 25 co 23 a 515 B S co 3 E 0508
93. NC NC c GND GND 0 11 TS 590S K BKC 2 71 TS 590S E DISPLAY UNIT VR PTXD PIXD X54 3700 00 C 6 ____ PRXD PRXD PCTS PCTS 1 do 2 MD MD 5953 tt MU MU 1 CN953 105 GND GND 4056766 1 E40 6765 NC NC 1 L Thr 5c 720 1449 L HI LO SHIFTAWIDTH W02 3737 NOTCH SQL VR954 n 1 gt 1 1 1 1 i i R31 0677 1 LCD B38 0934 1 1 DISPLAY UNIT AF RF x 1 CN64 1 Pg 11 E41 1687 CN966 CN106 MSG E VR953 E40 6710 1 11 40 6708 MCG N 229 P Mp AF RF M RFVOL gt 59 8A Sno J 17 as 2 x 22x00no kx 9558080 R31 0677 51 15 1 BE EV AXX 095044022522 woes ie 29 590 2525559 S03 59000 4426300 HABEO pd 1 TP PETERE re oy A oe rtt 1 S ae EEES DISPLAY UNIT PHONE Zomm beni 556 X54 3700 00 F 6 ___ E37 1503 si PHG 1 E37 1511 6 NC CN964 rM His 2 841 1701 11 MEL LE RIS d lt o me TEE Uu IU r PH2 lt 68 gt 9524 SSOP 5565 50055255959 2 13449440929 PHONES gt 8 3 3 AVR 1PHG I a E 2 0mm Pitch PH 5V_AVR 7Pin 1 DISPLAY UNIT MIC E37 1506 I X54 3700 00 E 6 ___ 1 8V AVR CN901 CONTROL UNIT LO E40 6357 1 X53
94. R395 38 s 4 85 4 CP304 CP310 CP316 E CP305 47k E E E e 4 7 __ 1 E 1 9 E 14V RESET IC E x X 12315 6 a BU4829FVE z PRISE 2 g 8 6 5 o 891550 vou o oo az uoz 2 S S uo E 5 5 s m 2 sE s 3E 3E SEL 85 3 8 PI 2 al zl Ei al E 88 sls 8 S Er 5 8 sls sls 88 SL f sE sf 2 HE Ji Ji SE CN305 Note The components marked with a dot are parts of layer 1 FINAL UNIT X45 391X XX A 2 CN5 119 X53 446 A 3 6 6 A C 1 E TS 590S SCHEMATIC DIAGRAM CONTROL UNIT LO X53 446X XX B 3 D
95. X53 446 A 3 15 0 5 BRK 25 NJM12904V lt gt 2 COM 6 ALC i 0431 NJM12904V 3 56 TTXiAV i 9 14 5 a IF11M 10 719MH 14 2 10 2 i gt gt 1F73M 11 698MHz I EMR i FMRX 10 240MHz 103 EXTERNAL FMTX 10 695MHz i 7 SPEAKER 4 ANG i 5 21 5MHz NOT FM pel um SS 2 1 pm 25 5383 111 11 0414 6 5 i 5 30 0MHz i TIF AF i RT l c p m NINE I T I 02 60MH i Saa i CONTROL UNIT Dung INTERNAL 53 446 A 3 TX 1 8M 54MHz i ER 03 04 01 0783 l FMOD TIF PHONE BEAR 49 0 54 0MHz RD100HHF1 102x2 RDOGHHF1 102 1 5 6260234 TX 49 0 54 0MHz 1 J951 IL I AF 11 0705 7 i i 8 PHG m IC78 1 76 9 PHDET 100 2222 2 52 e i AKASB7ET NJM2100V ZB als i Sy IR SIS CONTROL UNIT LO i 73 125 83 095MHz 177 X53 446 B 3 i NJM2100V ZB 1 65 i L AGCV _ NJM2732V IC64 i NJM2732V DISPLAY UNIT I i 83 095 89 095 2 i TC7W66EK F X54 370 E 6 2 m i 172 IC71 IC70 R lt cu i AK4382AVT NJM2732V NJM2732V RB715F 0663 1 Li L 1 61 89 095 103 095MHz 2505108 2398 153 0385M i NOTTM Le NJM2732V 4 e 1 25 gt i C69 MODSEL 558 or MSG MSG i NJM2732
96. gt 542 C960 8 58 Sle 218 als gle gle lt 8 0 1000 em 25 3 OB 255 L DVDD NS 818 cto Pig DIS Cid CTS AM 6921 ADM3202ARUZ USBDM DN1 25 292 R947 100k P elf 991 ore SI em Ge C911 du z 5 RESET CPGND MUXoUT 9 815 R901 C919 USBDP DNI HS IND R952 47k 578 3 1000p 0 1000p C922 USBDM_DN2 CFG SELI AGND o w i 1 USBDP DN2 IC905 ere 49 7 R903 C915 qu 0902 903 i USB2512BI SCUSMBCLK RFINB zs IFB 7 0 7 3 18 374 18 674 RTS o AM R914 0903 PROTECTION VDD33 1 USB HUB CFG SELO 015 2 85 0912 0 1000 C923 5 6 155388 VDD33 4 RFINA o 0653 2 7 eC648 eR625 726 735 eR692 758 21 D679 1000 iro us NC2 SDA SMBDATA AVDD 10000 0 3p 3p 47 1000p meres 2 p 0 eR910 0 5 i AW 1 i AM i cs Q902 NCA NoN_REM1 ou BE 1F73M 0 42V Vo_UPDATE RESET 4 nio ge ef ag el Big 5 eC913 IFT1M 4 37V mE at 858 55 OFS No 4 SWITCHING 3 eC803 d R833 R841 DVDD1 PWRDWN 879 STS BST SWITCHNG 1000p NC7 5 18 1000 1 BUFFER w A DGND1 1 71 Ral 5 Br 2 0 3 9657 0801 Es SWITCHING 82 f isle a E RTIPTAT
97. inl C735 CN991 Qe Em 49 6275 5995178591 92981 gt 8 sm ot 0653 5 C652 4 tol c Ed 8794 IC651 J K L M N l PcBoARD 15 5905 CONTROL UNIT X53 446X XX B C 3 0 11 K 2 71 E v Foil side view J79 0279 09 B C 3 EIS rus R822 816 0804 0803 BB ait pal 1 Ei 3 x R529 1802 i 8 C82 J79 0279 09 C 3 B 81089 To 22 693 C887 ce CB56 0 0 8655161 EEE S BE amp Rie 8 R568 Ed 5607 B 6 1601 1 ay E 591 N R562 C786 CN993O Ee BB n g mx c Eggs 8504 R725 594 Ed SE A O Ii CN992 SIIC 90 CN251 8510 8 0098 SEE ES SSEISISSE aa IIBER E m s en RET m cm 8 PEEB E ool SEI 507 IS 9 557 IS IS Component side Layer 1
98. volume input A D 96 VREF A D standard voltage input ME enable Tor Tesh memory 97 AVCC Analog power supply input NC Not used 98 NC O Not used GND 99 TXL O TX LED output H Light Data bus Tor Basthnemety 100 BUSYL O BUSY LED output H Light UO power supply 3 3V 29 TS 590S SEMICONDUCTOR DATA Port Name Function Port Name Function DOI6 Data bus for flash memory A 2 Address bus for flash memory CVDD Core power supply 1 2V CVDD Core power supply 1 2V DO 5 Data bus for flash memory Address bus for flash memory DO 4 Data bus for flash memory DVDD power supply 3 3V GND A 11 Address bus for flash memory DOI3 Data bus for flash memory AIO Address bus for flash memory DO 2 Data bus for flash memory VSS GND power supply 3 3V 23 Selection for extension I O port DO Data bus for flash memory NC Not used DO Data bus for flash memory VSS GND Core power supply 1 2V CS Chip select for flash memory GND CVDD Core power supply 1 2V Data bus for flash memory NC Not used Data bus for flash memory DVDD power supply 3 3V Core power supply 1 2V OE Output enable for flash memory Data bus for flash memory RYBY Ready Busy signal for flash memory Data bus for flash memory VSS GND SPIO slave chip select for Main MCU interf
99. 10u RXIFFILTER HE Bye 1STIF H OV BFS BFS BIN z else CN711 CN700 5 z RXANT SW SW RT1N436U T11 Sie S45 StS Slo 541V or 50RGC H 0 07V CURRENT Ste 73 095MHz HF 4 Of gr 3SK203 F 24V V SELECT 3 48V 74 SELECT 2 54V 1STIF CN904 1STIF L 7 49SV 908 910 28 Bro 5 9 5 98 40 6525 05 lt 5M 2 5M STA 5 8 LUN 878 HFRGC and 50RGC L 1 79V PREVENTION Sxl 952914 SWITCHING No SELECT 769 101 2 20062 NO SELECT 7 69V RTIN436U T111 0474 477 11 slesl2s8 Q 1 5 1 RXANT H 3V RAT CN2 ATT OFF SWITCHING SELECT 5 52V 2 SELECT e R153 BPF SELECT AMPLIFIER 104 E85 s XF475 pin Q908 SWITCHING 0571 701 BEN 852 28a elx 2 RXANT L 0V gt RXANT J1 ON ATT L 0V ATTON Peg diei sod 49V 3 19V AM 460V 5 HFRGC 98212824 2 E E Le D473 480 L485 R464 eR465 L486 500 D478 SWITCHING 4 RTSPA31C T112 SWITCHING SMASH 389v CN713 5 2 ex 8 2 BPF SELECT 60137 ne SWITCHING BPF NO SELECT 33 gt BPF NO SELECT N RX HVC131 22u 0 0 010 HVC131 4STIF H 7 65V 255 25 3356 SWITCHING L148 olg Gsm PLS xi 50RGC D762 Rio o m s Ec gt 8555 C558 RXFM H 0V CN712 ES 14S 14S 145 HVC1
100. 4 74 0806 AMPLIFIER e B al s Q803 29 5283 7111 _ Q805 29K208 F ME RP 010 CN200 Si2 S12 axl 2SC5383 T111 25 4617 8 R832 eR834 Y B i d Sir W W CONTROL UNIT 0191 219 2 7 85 0 2V 30 ik LO LO1 04 0191 05 9 9 95 3 LO CN801 88 b 1 85V X53 446X XX B 3 LO1 POC 5 473 ex 1 CN654 Q R805 88 215 8 212 597 E CN251 POC AN AW ES STS Bay 618 jas LO1 47k 0 5 uw 95 873 BFE 878 5 58 of Y olal EF CN300 55 Sxl 88 50 gle EA 10 01910 oz 2 218 gt X53 446X XX B 3 Loe T a CN351 5210 Dei D813 102 VOLTAGE VOLTAGE SHIFT SHIFT POWER Q802 CONTROL LOS CN400 RT1N436U T111 0 022 CONTROL UNIT LO 1 75 04 0191 05 n 2 X53 446X XX B 3 103 SWITCHING CN601 Sg CNA450 lt 10 5 25 arwa BUTS Q D 129 X57 785 A 2 2 7 TS 59 Y OS SCHEMATIC DIAGRAM M TX RX UNIT X57 785X XX A 2
101. 50 200MHz SSG output 113dBm 0 501uV MOD 1kHz DEV 3kHz SSG Rear panel Oscilloscope AF V M DM SP ANT 1 EXT SP 6 659 Set the SSG then press the or 59 key S meter lights up to S1 posi tion ights up to S9 posi ights up all ights up to 1dot posi S meter lights up all Writing data After items 4 and 8 22 have been adjusted 1 Menu No 60 2 1 amp 9 key Push once time Display rEAdy good If nG is displayed enter data again 3 CLR key Push once time SSG Rear panel 23 S N Check Reference 1 Display f Refer to Table 1 AF output 0 63V 8Q AGC FAST SSG f Refer to Table 1 However USB 1kHz LSB 1kHz PRE AMP ON ATT OFF Oscilloscope AF V M DM SP SSG MOD 1kHz OFF OFF OFF OFF OFF OFF OFF OFF DEV 6096 gt SSG RF level dBm 85 119 123 119 119 119 5 119 5 119 5 123 119 123 Measurement S N S N S N S N S N S N S N S N S N SINAD S N Frequency 550kHz 1 8MHz 3 7MHz 5 3MHz 7 2MHz 14 2MHz 18 2MHz 21 2MHz 24 8MHz 29 6MHz 50 2MHz OFF OFF Item Condition ADJUSTMENT Measurement TS 590S Adjustment Test equipment Unit Terminal Pa
102. 515 Six Rez Q322 Q324 id i 1000 6 C728 ici 812 521848 Em mI 3 36v E 5 3 R690 2 578 mte 518 SWITCHING BPF NO SELECT 13 49V 4 gl Pig S 97018 28K 1740 2SK1740 4 0 01u 68 730 578 587 548 5 8 8 5 390 0 01 Q571 0 1000 lt x E mE 5 BPF SELECT 10k gt gt enis SWITCHING 1000p 50RGC H 3V 100 2 8 1STIF H 15 SVSW C572 R573 C573 28C5383 T111 ofa ola 1 lt 0 6V 66 lt TXB 8 CN133 SELECT 6 28 L154 SWITCHING olg GAIN 20dB 21 5M 60MHz amp 318 SWITCHING T 2805383 1111 R502 3 03V M i els gle 2 3 20V BPF3 BPI e 0141 um C178 818 7 70V a R504 4 7k 0 01 18 0 01u AMPLIFIER 3 2 lt BPF NO SELECT 0 33V 68 HFRGC or 50RGC H 2 42 8 918 4 s i gt 87 gt 5 EN 1STIF L 4STIF H 73 095MHz 2 i 2 62V 878 650 9 FR BPF3 812 BPF NO SELECT 131 1 0u p HFRGC and 50RGC L 615 135k 24 5MH2 if els m 3 as R731 eC731 127 100 glz W ov 49TIF L gt 11 374MHz eis ele 195V gix 75 N 21 RIS e REY 5 E 5 1 1 oye 13 49V m swmouwG e Ti cle glaf 1 1 REVERSE 548 TX MIXER 575 55 Sox 52 0721 33
103. 54 9 0 67V 5 9 CN503 W504 i22 8 w VENH 100p 100p 5 gal ra glo 585 E41 1684 05 E37 1498 05 as 95 R818 u 9 Sra Jor 2 VRST 4 R525 100 2 OS 8 gad S 5 s8lale gla Ba E 4 VAST 9 281 218 saj fe 1201 SER ES 5738 848 B18 88 VAGND 3 VAGND 2 9sgso z 3518 68764 57197 Se 3 o EE 18 82 4 s gal alg C918 906 gat a 6905 C908 895 BOT BFS 83 914 7 13 100 g 1000 1000 5 R819 Site 5 ee 451 Ml it AM 2 8 irt i 5 12k Q807 Sito 1 VAO 1 i 917 905 C909 ov D802 803 AMPLIFIER x it A ov 100 1000p 1000 1 1 VARIABLE 1 SWITCHING CAPACITANCE DIODE 80 3 o tho al CN901 0 11 K NO s ee 4 sales s Pen j LIST 413137313 gt E E 9 s s ot ot oJ o of o o o ot ot o oH ss Fa OPTION VGS 1 w
104. BUFFER amp E 16701 517 9855 RXFM L OV INKOO10AU1 T1 LRXB 8 e 1STIF L 1 CN5 S E BPF NO SELECT f HVC131 ME RX 30M 60M 101 AMP2 EI 818 scio s RX 73 005MHz gt Ar 515 B 8 878 BER 5 B 55 oro 8 N zi r EA a ES 744 0903 904 A7 1654 pee 5 10 73 0 n 0191 A E40 6726 05 Lnd 0784 SWITCHING 13 49V 6 39v 5 58V 9 BPF SELECT 3 55V g 818 392 C350 g UU e RX 2nd IF AMP 1 ut S s EMF 491V 4127 TC t pen SWITCHING SWITCHING 2 04 0191 05 2201 1000p pn RTBPAMC TH2 PEB BPF NO SELECT 13 497 SWITCHING 3 83V 2 STS rD 2 Dipi E m 5 53 RXFM L 4 92V P SWITCHING 5 R648 Bis SWITCHING P133 Fi 2MIXO ax 4 0841 So 347 R707 1 CN907 RXFM ON OFF SW TXC H TXB ON 0905 S Z 0 4 76V HVC131 C198 D156 MULTIPLEXER SWITCHING RX TX MIXER R454 454 41456 eC457 RN47A5 F SWITCHING 0711 492V 2 35 Q915 BPF NO SELECT R839 8A 2 aj 680 58 122 RF2 RXFM H 0 08V RXFM H POWER ON TXC L
105. CK73GB1H102K PC F 12 RK73GB2A000J IP CC73GCH1H030B PC F 1 RK73GB2A680J IP CK73GB1H104K PC UF 120 RK73GB2A473J IP CK73GB1H102K P C 21 RK73GB2A103J IP CK73GB1A105K PC 122 RK73GB2A680J IP CK73GB1H102K PC 124 RK73GB2A000J IP CK73GB1A105K P C 25 RK73GB2A680J IP CK73GB1H102K PC 26 RK73GB2A473J IP CK73GB1A105K PC 0UF 128 RK73GB2A680J IP CK73GB1H102K PC 000 30 RK73GB2A473J IP CE32BM1C101M 000 RK73GB2A680J IP 93 0912 05 000 RK73GB2A473J IP CK73GB1H222K PC 2200PF RK73GB2A102J IP CK73GB1H222K PC 2200P RK73GB2A473J IP CK73GB1H222K PC 2200P 1 RK73GB2A000J IP CK73GB1H222K PC 2200P 1 RK73GB2A473J IP CK73GB1H103K PC 0 010UF RK73GB2A121J IP CK73GB1H103K 0 010UF RK73GB2A000J IP CK73GB1H103K PC 0 010UF 144 RK73GB2A121J IP CK73GB1H103K PG 0 010UF RK73GB2A103J IP CK73FB1C105K 1 0UF RK73GB2A121J IP CK73GB1H103K PC 0 010UF 1 RK73GB2A000J IP CK73GB1A474K PC 0 47UF 1 RK73GB2A121J IP 23 1176 04 EARTH LUG RK73GB2A473J IP 29 1230 04 TER CONNECTOR 1 RK73GB2A105J IP E37 1511 05 PROCESSED LEAD WIRE 1 RK73GB2A154J IP 40 6727 05 LAT CABLE CONNECTOR RK73GB2A102J IP 40 6527 05 ASSY RK73GB2A121J IP
106. E 15 6MHz 1 IC601 RS 232C i MULTI CH i AD9835BRUZ DISPLAY UNIT DISPLAY UNIT m X54 370 B 6 T99 0653 X54 370 A 6 gt 1 DDS L HM340219MH2 i IF73M 11 698MH 2SC5383 T111 2SC5383 T111 FMRX 10 240MHz wveus EEA ane Dass i 2108 LCD DRIVER LCD FMTX 10 695MHz 2 D 2 TXD 4o 20 10 1 364 LC75897PW B38 0934 05 ANC COM r AEDFBKDUA 4 GND 70 oi i DISPLAY UNIT i J902 6 NC E58 0529 54 370 C 6 i E58 0537 7 15 1 Hin i i i NOTCHSQL LUSHFTAWDTH i DISPLAY UNIT i 5 4 L i VR954 CUM i INT X54 370 D 6 R31 0677 TNR i MAJ i 1 Te I E i i Or i Receiver Section TX RX UNIT X57 785 A 2 gt lt 14 001MHz gt 11 374 lt 24kHz 110dBm 106dBm 107dBm 96dBm 108 5dBm 96 5dBm 74dBm 87dBm 71dBm 113dBm 111dBm 107dBm 108 5dBm 102 5dBm 112 5dBm 99dBm 78 5dBm 84 5dBm 71 5dBm L261 0263 anos L264 28 T dJ Vb 0522 0541 0453 0521 ANT CN100 D523 0454 0522 RAT D D D524 17 V 0264 0266 XF371 AMP 455kHz C592 L323 321 0923 L326 A s aera Q 98dBm 101dBm 1 0Vp p d gt CE AF 1kHz O322 0324 102dBm 98dBm 102dBm 102dBm 105dBm 73095 10 695MHz Measurement condition
107. K21 1107 13 K29 9468 02 K29 9477 03 K29 9391 13 x2 RF coaxial receptacle Round Foot Front Knob Outside LO Knob Inside NOTCH AF E06 0858 25 J02 0440 04 K29 9478 03 K29 9390 03 x2 RF coaxial receptacle M Lead wire with connector EXT AT Lead wire with terminal E04 0167 15 x2 E37 0891 25 E37 1480 05 TES e D Se ra DOM C DC 2 C 2 2 CO 2t gt lt C lt lt C COM eA 5 89 ACC2 REMOTE KEY PADDLE DRV RXANT q 9 60 Sub socket D 3 5D phone DIN socket Phone jack 9P Foot Back E58 0529 05 jack 3P E06 0752 15 E11 0705 15 J02 0475 05 x2 E11 0414 15 Rectangular receptacle DIN socket 3 5D phone jack 3P Pin jack E58 0537 05 E56 0408 15 11 0455 05 E13 0166 25 x2 uz This product complies with the ROHS directive for the European market This product uses Lead Free solder TS 590S CONTENTS DISASSEMBLY FOR REPAIR 3 CIRCUIT DESCRIPTION 5 COMPONENTS DESCRIPTION 20 SEMICONDUCTOR DATA 27 PARTS LIST nee ere ARAR TENEAN EEEE 34 EXPLODED 63 u
108. S 590S v 1 Ego X45 391X XX io NE 0 11 K 2 71 E 2 Component side view ms 1509 S 9 J79 0275 09 A M B a 3 o 0 3 n IN 9 e e 55 138 B i E C378 58 7 5 3 LR K15 F3 8 C361 5 GEA Kad o oy 5 g 8 Ka g 8 jo Pp d C352 C351 o e amp C350 K34 6 C349 cam lt K3d p Cu k idi S 3 o C334 C333 s C325 323 o J C313 125 5 GND B P lt Ts 015 0309 4 e 2 OTT k24 n 8 dl 1 0503 4 can B E D502 6312 K22 ___ 3 x 8 IST 0 8 C30 C308 0 a 9 o C305 DEBES 4 03235 152 3 g 151 149 ira 8 148 8 al ug 11 D307 4 x 8 146 L 0541 PEE wa 8 0538 imu 12 0301 g 0542 E wl 7 13 A Of J79 0275 09 A 2 89 14 100 883 BE 250 uz 2720 6550 geel B B BB v B B 9527 9620 271 pen E IS ael 552 7550
109. SHIFT 8V _ L 54 D5 TP9 9 145 1 2W 1SR154 400 ES 1 sw DH 2 agis 1179V 5 2 lt 99 giz 842 i oT 8A 8A E sva RE m mamaman m mamam ma 4 78 R92 114 1u OP 10k pum m OP AMPLIFIER AMPLIFIER m 112 2 50V To IC61 ENF 078 NJM2732V C106 241V 5 25 5 S B INPUT GND 6 g 8 00224 A INPUT E 58 gt 8 Sal s 249v 2 2 2 8 Bis BoUTPUT z 82 Dt DISPLAY UNIT MIC X54 3700 00 E 6 9 V AoUTPUT d 1 5 E 2 1 s 6 z 5 03V 20104 001u 3 H 200 Sox CB80 10u ols 5 1 s 5608 e 2 3 TiE 286 5VB 1 E 1 CN951 CN64 R267 1 1687 05 41 1687 05 M 8A R955 7 8A 7 el NET 47 R954 D7 R72 4 1 e 1SS348 F ov 47 gesor Dra OP 112 10k 1000 D8 R73 REVERSE AMPLIFIER 1 0958 R953 5 MD 5 m 1SS348 F 47 CURRENT a C131 0 01u 47 cat MD PREVENTION C290 eC120 250 oi C957 MU R952 4 MU 4 1000p D9 R74 eir Ww gt 1993488 47 0 0 01u 47 E 535 amp gt N 3 1 SR lt g Offre 6 1 215 5 s gt a 5 334 E 1 C126 eR106 10u TX RX UNIT X57 785X XX A 2 CN
110. X57 785X XX B 2 i i i i i i i i i i i i i i CN6741 CN667 E04 01911 37 1530 E04 0191 RED NBIF 08 NBIF i i i i i i i i i 1 6V DC DC i i i i J100 i J800 5 z 5 tc H 1 MTS 21 13 0166 13 0166 DRV RX ANT TX RX UNIT X57 785 B 2
111. _ T 6 22V es als 0841 52 BE RN47A5 F SWITCHING TJA 3 878 785V p iz 5 558 s B grs ow E y ol swly ajo ay 8 8 812 0 ele 8 7 83V 5z9 2 T 787V 0861 SJs ef 4 LM RTIN436U T111 0862 Gas eae RT1N436U T111 1 SWITCHING METER lt x 132 CONTROL UNIT 53 446 A 3 CN302 E40 6656 05 X57 785 A 2 5 7 TX RX UNIT X57 785X XX A 2 NOISE BLANKER AD SCHEMATIC DIAGRAM 3 590 NOISE BLANKER 0533 eR549 532 536 1 2k Q521 2SC5551AF R548 RT1N436U T111 12 12 w AN 4 0 1u Q RT1N436U T111 1547 R546 5 wire 0 01 SWITCHING 100u 2SC5551AF D525 1540 L527 0525 L204BBB ATTENUATOR Q521 522 AMPLIFIER RX 2nd IF AMP 2548 10 695 2 11 374 2 540 0 1 R5 100 L551 C551 0 01u 0526 MC285
112. nect the cable to CN508 x40Hz Note If the 50 3 is installed in the transceiver do not make the LO2 62 4MHz frequency adjustment 3 LO1 level isplay f 1 900 2 Spectrum Level max Mode USB analyzer Disconnect the cable from CN654 and insert a cable from the spectrum analyzer After the adjustment con nect the cable to CN654 dBm or more isplay f 7 1500MHz Level max Mode USB isconnect the cable from CN654 and insert a cable from the spectrum analyzer After the adjustment con nect the cable to CN654 3dBm or more 4 Lock voltage 1 Display f 14 100MHz Mode FM TS 590S ADJUSTMENT Receiver Section Item Condition Measurement Adjustment Test Unit equipment Terminal Unit Parts Method Specifications Remarks Perform the following in the adjustment mode Item 4 and 8 22 he adjustment menu in the middle save your settings with Menu No 60 To terminate Ve rap frequency E type only 15 5MHz 1 Display f 15 501MHz Mode USB PRE AMP ON 2 Display f 11 700MHz Mode USB PRE AMP ON 2 HF BPF 1 Display f 7 200MHz Mode USB PRE AMP ON 2 Display f 14 200MHz Mode USB PRE AMP ON 3 IF Trap 73 095 1 Display f 2 Mode USB PRE AMP ON Rear ANT 1 panel Tracking generator TX RX
113. r 23 2 5 gE S 3 RA E 29 ale ov E E z 0 1 Sim 5 5 03v 104 0 01u 43 x CLK2 uz 815 Toco 4 gt 1 20 875 580 TS amp BUFFER 5 5 5 Al AN 16 P ANVUSB ADC AMPLIFIER THEY M 8 E coe 5VB 855 0251 258 t D30 88 8 4 R267 E E ov 3 pup z 9 8 CN951 q 3 E lt 2 CURRENT 6 E41 1687 05 E41 1687 05 16 P 2 6 8 5 3 gt amp 24 576MHz PREVENTION d 8 C951 8A R955 7 7 7 78V 8 xo AMPLIFIER D 22l g2 3l ays oF TALS has 85821414 2 3 C274 0 1u als lt 88 94 28 28 256 amp GND amp 8 9I8 1 848 NT 2 ootu f 978 D7 R72 Us en wb 5 c B INPUT A INPUT peer Ou i 55 95 4 155348 47 ov o 4 lt 2 Sj 250 250 R239 at LP Dres AMPLIFIER SS 5 aT ma bs REVERSE AMPLIFIER 2 22 E gt E 58 R953 5 1000p ns 2 MD R95 155348 47 CURRENT 8 5 03V 2 51V gt 47 C91 MD PREVENTI om m Ve du 6 RESET IC 0 1u Tos a 1000 D9 74 o zt USB 5 03 8 u 4 h 4 8952 4 P 1SS348 F Sx 88 aM 221 sel ssl slsls
114. 0 068UH 10UH 1 0UH XED XED gt gt gt gt gt C05 0384 05 CERAMIC TRIMMER CAPACITOR 10P L513 1085 33 05 0384 05 CERAMIC TRIMMER CAPACITOR 10P L514 4785 33 L515 2275 33 E18 0254 05 SOCKET L516 8285 33 40 6526 05 PIN ASSY L517 2215 33 0 6525 05 PIN ASSY 0 6879 05 FLAT CABLE CO L518 4785 33 1 1687 05 PIN ASSY L519 1085 33 L520 1095 33 0 6525 05 ASSY 521 522 1585 33 1 1948 05 L523 2295 33 0 6656 05 ASSY 0 6745 05 CABLE CO 1524 525 L40 2285 92 0 6727 05 CABLE CO L601 1095 33 L602 1585 33 E40 6745 05 LAT CABLE CO 603 604 1005 33 E41 1684 05 N ASSY 605 8285 33 E04 0191 05 N SOCKET 601 E04 0191 05 N SOCKET 606 5685 33 654 E04 0191 05 N SOCKET 651 1480 15 652 1085 33 901 E40 6357 05 PIN ASSY 653 41 8275 33 N903 904 E40 5487 05 PIN ASSY 654 1085 33 J901 E58 0529 05 SUB SOCKET D E58 0537 05 RECTANGULAR RECEPTACLE 655 1288 67 E37 1498 05 LEAD WIRE WITH CONNECTOR 656 657 1085 14 658 L40 3391 86 F20 3401 04 INSULATING SHEET 659 L40 1288 67 F53 0317 15 FUSE 500MA 660 661 1085 14 XED 0 1UH XED 0 47UH XED 0 022U XED 0 82UH XED 0 022 gt gt gt gt gt XED 0 47U XED 0 1UH XED 1 0UH XED 0 15U XED 2 2UH gt gt gt gt gt XED 220N XED 1 0UH XED 0 15U XED 10UH XED 0 82U gt gt gt gt gt XED 0 56U L COIL XED 0 1UH XED IND 0 082U XED IND 0 1UH e 20
115. 05 1637 00 Low and medium brightness 05 1638 00 High brightness 05 1639 00 Low and medium brightness TS 590S CIRCUIT DESCRIPTION Frequency Configuration Figure 1 shows the frequency configuration of this trans ceiver While transmitting FM mode operates in a double con version and other modes AM SSB CW FSK operate in a triple conversion While receiving the first IF operates in 73 095MHz triple conversion In modes other than FM the third IF is 24kHz and the IF signal is converted by an A D converter and input DDS AD9951 X502 15 6MHz into DSP The FM mode is detected in the FM IC and the audio signal is converted by an A D converter and input into the DSP Under the following conditions the first IF oper ates its reception in 11 374MHz double conversion 1 Modes other than AM or FM 2 Amateur band within the 1 8 3 5 7 14 21MHz bands 3 DSP filter s bandwidth is 2 7kHz or lower 455kHz Fig Frequency configuration Reference Signal Generator The reference frequency fstd which is used to control the individual LO frequencies oscillates at 15 6MHz in a crystal oscillation circuit X502 0501 This 15 6MHz signal passes through a buffer 0502 and is doubled in a multiplier 0503 to generate a 31 2MHz signal The 31 2MHz signal is used as a reference signal for LO3 the third local oscillator DDS 601 The 31 2MHz signal is doubled in multipliers 0504
116. 0505 to generate a 62 4MHz signal The 62 4MHz signal is used as a reference signal for LO1 the first local oscillator PLL IC801 The SO 3 TCXO unit 15 6MHz is configured as an op tion in this transceiver so that you can replace the crystal oscillation circuit X502 Q501 with the SO 3 When using the SO 3 remove the CN903 and CN904 short jumper wires in order to stop the operation of the crystal oscillation circuit X502 O501 LO1 LO2 LO3 E 01 the first local oscillator The VCO Q806 oscillates at 196 8MHz Only the double frequency component 393 6MHz of this VCO s oscilla tion output is extracted and input into PLL IC801 pin 6 This input signal is divided into 1 N within the PLL Also the 62 4MHz signal 15 6MHz reference frequency x 4 is input into PLL pin 8 and divided into 1 R within the PLL By a phase comparator in the PLL the frequency divided into 1 N and the frequency divided into 1 R are compared and then the frequency is locked The comparison frequency fo at this time is 120kHz when transmitting FM and 2 4MHz otherwise 393 6MHz signal locked by PLL IC801 would be used as reference by DDS 803 The output signal from DDS 803 is 12 495MHz to 32 195MHz when RX 1 path is selected amplified at the broad band amplifier IC804 5 5905 CIRCUIT DESCRIPTION and then goes through BPF and is output as LO1 When RX 2 path is selected or when transmitting 36 5625MHz to 66 5475MHz i
117. 0507 RT1N234U T111 RT1N234U T111 RTIN234U T111 RTIN234U T111 SELECT 0 09V SELECT 0 08V SELECT 0 08V SELECT 0 08V NO SELECT 13 43V NO SELECT 13 39V NO SELECT 13 41V SELECT 13 44V SELECT 3 16V SELECT 3 16V SELECT 3 16V SELECT 3 15V NO SELECT NO SELECT 0V NO SELECT 0V NO SELECT 0V Q501 0502 0506 0508 8 RT1N234U T111 RT1N234U T111 RT1N234U T111 RT1N234U T111 ole 505 508 501 504 5 SWITCHING SWITCHING elo B28 Or o 7 7 9 0 sEtECT 1334v NO SELECT 1341V lt AE SHIFT REGISTER gt lt NO SELECT 0V SELECT 0V E NO SELECT 13 38V ST POE Q514 SELECT 3 10V RT5P431C T112 SELECT 3 10V TC74HC4094AFF SELECT 3 10V NO SELECT 0V 1 NO SELECT 0V NO SELECT 0V FAN CTRL 2 0515 0516 0520 1 2340 111 Tal RT1N234U T111 USA SELECT 0 46V SELECT 0 04V SELECT 0 10V SELECT 0 02V NO SELECT 13 42V NO SELECT 13 34V NOSELECT 13 860V SELECT 13 41V SELECT 3 10V SELECT 3 10V 0525 NO SELECT 0V NO SELECT 0V INKOO TOATI SELECT 0 05V X X NO SELECT 0V SELECT 3 12V 0522 0519 NO SELECT OV 0516 520 525 526 RT1N234U T111 RT1N234U T111 gle 0526 SWITCHING BTS INKOO10AU1 T1 E Q514 515 519 522 SWITCHING ATPWS 2 3C 8 8 353 g 4 3 zz d SELECT 0 04V SELECT 0 04V SHIFT REGISTER o 2 SELECT 0 04V
118. 0V 270 RATB POFF 2 1STIF H OV 7 19V RX 1st MIXER 1 Six 128 L om 0 o 610 611 R 1275V 8 HN7GO1FU F p BATE RATB 14V OO csos BEE SELECTISAA porn WAVE FORM ASTIF H 13 33V 1STIF L 13 39V R263 1 Eie R468 212 E id mm 2IFO2 e0536 D586 587 cl eic FM DETECTION R644 T 13 02V 8 SELECT E40 5487 05 E40 5487 05 swrcHiNG SELECT 13 49V SWITCHING coa 9 PREON 0V iSTIF L 1270V 330 Fr 255 ais 0471 474 mm D47546 475 GRS 5555554 iok Sa 7 49V CLIPPER 919 27 ceis Qf l 100 5 Loy CT RXTE OFF BPF NO SELECT pay 217120 51 176 0150 PL mI BREOFF HOM 1063525 1STIF H 13 25V 9281 100 cN451 D461 eD463 578 JE SATONG 68 NO SELECT TV EM 1 ATTENUATOR ES Ge Y 8 Sotu R532 C536 C541 T 6 Tula 55 545 g S i 1222 15 5 3 ELECT 2 e NE Sis 13 18 MI CN476 3 glo Six aj 7 22 CN674 gm 98666 _ 344 gu TSAN 9885 aj glaf mem Sie 2f Bene L Sos s maso 77 41462 18V312 F LAT emago OOS SE erase 1803196 FILO 8 15 nspa L541 1 14 12k 0 010 0 01u s 8i 8 8 ahas ceso 204019105 Eg 818 es 8
119. 1 TT TT X45 391X XX A 2 5V AVR ENT S P i 1 1 TN FEN2 hz FEN2 0 11 TS 590S RITA i 1 2 71 TS 590S E RIT XIT O gt RITB 1 25V_AVR 2 5mm Pitch EH GND i amd E37 1487 145 E gt CN4 02 3727 1 1 E40 6526 14 14v 40 6526 i DISPLAY UNIT 1 1 1 X54 3700 00 6 2 GND k DISPLAY UNIT MULTI CH 40 6526 SA 5 D X54 3700 00 B 6 15mm 0 5mm 1 m age geese UE Pitch ZH PitchEFC CN61 RIF 1 g 2 09 256 CN965 Pin CN104 CN107 20Pin CN63 E40 6525 GND 2L gt gt ouk So52 41 1775 1 E37 1507 11 41 1775 E40 6879 E37 1490 2 CONGR z NL E ERE E E i bs L MLED DA E40 6525 GND 21 2 5mm Pitch 2 5mm Pitch EH 2 5mm Pitch EH MULTI O C MOPE NC NC h 2Pin 2Pin 3Pin 8 2 CH muce lt GND GND CONTROL UNIT AFG 2 K E37 1501 E37 1500 E37 1499 HE 53 MULA GND GND igr Eh 199 0653 lt 5 PWS EWS 446 2 5mm Pitch Eg I 2 5 33C 33C 2Pi gt 1 1 NC NC 1 11 TS 7 1502 T V aun ee ge E PRST PRST Miete i los Pitch PRG be nr ae u Ne x ee CN302 36Pin 1 CN2 eg E2 59 495 ZA 59059565905 855 DISPLAY UNIT VR FIXD ETXD E40 6656 1
120. 1 2 3 4 5 6 7 5 Voltage rating m Chip B F 6 Value 7 Tolerance Less than 2 0 Less than 2 0 RESISTORS Less than 2 0 Chip resistor Carbon Less than 1 25 EX RD 73 E B 2B 000 J Less than 1 5 1 2 3 4 5 6 7 Less than 1 25 Chip B F Less than 1 25 Less than 1 0 Carbon resistor Normal type 0 5 0 05 EX RD 14 B B 2C 000 J 1 2 3 4 5 6 7 T 1 0 1 Type 5 Rating wattage 1 0 2 Shape 6 Value 0 5 0 1 3 Dimension 7 Tolerance 0 35 0 05 4 Temp coefficient Wattage 1 16W 1 10W 1 8W 34 TS 590S PARTS LIST New Parts Aindicates safety critical components L Scandinavia K USA P Canada Parts without Parts No are not supplied Y PX Far East Hawaii T England E Europe Les articles non mentionnes dans le Parts No ne sont pas fournis C China X Australia M Other Areas Teile ohne Parts No werden nicht geliefert TS 590S Desti Address Parts No Description Desti Address Parts No Description nation nation uj 2C F10 3136 03 IELDING COVER VGS 1 TS 590S 1G F52 0038 05 SE BLADE TYPE 4A ACCESSORY A01 2222 01 METALLIC CABINET UPPER 16 26 F52 0044 05 SE BLADE TYPE 25A ACCESSORY A01 2223 01 METALLIC CABINET LOWER A22 2525 01 SUB PANEL 3F G02 0505 05 K A62 1176 02 PANEL 2D 607 0791 14 SPRING X53A AUDIO IC 3E G02 1858 03 FLAT SPRING TORQUE B09 0355 05 CAP DSUB COM 1A G02 1860 04 EARTH SPRING HF FINAL B10 2799 02 T GLASS 3F
121. 29 2M Hz FM SSG f 29 200MHz SG output 113dBm 0 501 pV OD 1kHz DEV 3kHz 18 AGC start level 73M 50M Menu 15 50 2MHz USB SSG f 50 201MHz SSG output 114dBm 0 41 Adjust data until the display shown 1 to 2 Set the SSG then press the lt key S meter lights up to S1 posi tion S meter lights up to S9 posi tion S meter lights up all S meter lights up to 1dot posi tion S meter lights up all Adjust data until the display shown 1 to 2 TS 590S Item Condition ADJUSTMENT Measurement Adjustment Test Unit equipment Terminal Parts Method Specifications Remarks 19 50M SSB S meter 51 1 Menu 16 50 2MHz USB SSG f 50 201MHz SSG output 111dBm 0 6 1 59 2 Menu No 17 50 2MHz USB SSG output 85dBm 12 61 e Full scale Lights up all 3 Menu No 18 50 2MHz USB SSG output 25dBm 12 6mV 20 50M FM S meter 51 1 Menu 19 50 2MHz FM SSG f 50 2MHz SSG output 117dBm 0 316 OD 1kHz DEV 3kHz Full scale Lights up all 2 Menu No 20 50 2M Hz SSG output 95dBm 3 98 21 50M FM SQL thresh old 1 Menu No 21 50 2MHz FM SSG output OFF OD 1kHz DEV 3kHz 22 50M FM SQL tight 1 Menu No 22 50 2MHz FM SSG f
122. 30 TS 590S SEMICONDUCTOR DATA Port Name Function A 18 BCKXORT Bit clock reception Address bus for flash memory VSS GND FSXORT Port Name Function VSS GND A 13 A 14 CVDD VSS GND A 15 A 16 DVDD A 17 Address bus for flash memory Address bus for flash memory Core power supply 1 2V Frame synchronous reception Bit clock transmission for A D con BCKXORT verter and D A converter Address bus for flash memory MCLKR Master clock for A D converter Address bus for flash memory Frame synchronous transmission for FAORI A D converter and D A converter power supply 3 3V Address bus for flash memory Extended 1 0 Port Final unit X45 391 A 2 Pin name Function Active level Condition TC74HC4094AFF Shift register Enable FEN1 01 2L 1 8M LPF relay H 1 705 f lt 2 50 MHz 02 7L 7M LPF relay 5 50 f lt 7 50 MHz O3 4M LPF relay 10 5 Sf lt 14 50 MHz 04 3L 3 5M LPF relay 2 50 f lt 4 00 MHz 05 24 28 LPF relay 21 50 f lt 30 0 MHz 06 10M LPF relay 7 50 f lt 10 50 MHz Q7 18M 21M LPF relay 14 50 f lt 21 50 O8 5M LPF relay H 4 00 lt f lt 5 50 MHz 1C7 TC74HC4094AFF Shift register Enable FEN1 L Through H In L ANT1 H ANT2 Port name O1 In Through switching relay H 02 HF ANT2 switching relay L O3
123. 5285885855585 507225255 6 Address Ref No Mn Address Ref No Ea Emu 2889 098918697 8781 8 E 191 8 foz 9 R882 pm C 577 E R654 dey tt E cesa 0660 0672 ess 0859 8669 1590 0561 R s 15 5905 CONTROL UNIT 53 446 B C 3 0 11 2 71 E Component side view J79 0279 09 B C 3 D681 lee C710 C726 719 C728 0738 gg ES m D680 E690 3 El C750 8690 FL4 mam E 9692 C749 D679 0675 DI WOO 106 0269 2069 0169 740 743 R621 R624 Bi 9 IN 94 SI ON 6 L N ON 908 106X 12630263765 0667 E WHT ZH 888 8 E t Sire R706 SHE oh gis BB e eH 2 1690 masle Em amp SMA J79 0279 09 B 3 Component side
124. 610 Bo 1 2 58 27 Y 518 ABSORPTION i ie 575 eR181 eR167 30k 522k SWITCHING D155 SATIRE asna P 1 m a ULA SELECT SIS rz 84895 Gia OTHER OV AGO REE bs P 7 CN656 7 85V OL OCT Chers xo 4 R 0V T Al AM eH alo 3 48V E P T 0 0 1u 0 gt 0 BLNK 1 zls BPF SELECT 6 297 13 23V R237 95M 8 e naos CN473 OP AMPLIFIER 58 215 dd ey 2SC6046 T112 121 C123 i 81221 029 be eT la D SeS 212 lt E r dead t Fis 5 221 55 8620 8 Re95 0 ie 59 28 4 BPF SELECT 5 BPF NO SELECT i AM ass gt 2 7 69V ols 100 0 FIL 3 10 w Sio 4 74V b NES ATS 69 og CN722 812 S12 DIODE ATT Tu 28 22k a LA RX 1500 3 20V BPF1 SWITCHING BPF NO SELECT 13 49V a BPF SELECT 1232 616 767 C769 RT gt 85 ALC Bro D477 10 695 2 11 374 2 o CN611 eCNG00 5 7 R694 0 CN668 BEN Q101 BPF NO SELECT Q132 2 L234 7 x 2798 5 9 olo RIF lt A RXANT H 3 15V 13 49V 4 61V 58 Sle 220n 1234 470 470 0 els amp olo 6734 4 30V 4 SELECT 3 49V RX IF FILTER SWITCHING Go Q ES el 5 455kHz BW 12kHz WIDE RIF 40 6525 05
125. 88 88 Sat SS SWITCHING BIS 528 BIS SWITCHING 73 125 133 095 5 A Lurs 5 915 swicune 919 NO SELECT 92 Ser Set 996 95 SJS STS C780 eR718 C784 D 9 4 D UCTS 25 R509 100 e 0V Sal Gal 12p 10p 1000p 18 1000 o w UCTS c515 1000 z 8 7597987 SS R637 0 03 10 0 73 125 83 095 M w lt m 9 24 R510 100 onde m 98 5 SELECT 0 42V C766 eD664 0665 776 Sie Y NO SELECT 4 38V Ed odi o 28 R511 100 P e Gest m 5 HSC277 HSC277 18 N 62 4M w C517 1000 10501 RT1P141U T111 854 5 els o LO2 1 IC504 TC7WT125FUF D670 2224 9668 1656 1659 1661 R668 0668 Sig 664 665 Sis Bre x USDA 22 R512 100 USDA 0518 1000p L5VAVR 3 5 04 8526 SWITCHING LI SENG IS oe s W Tp HVE ISL Oyo E SWITCHING lt BUFFER i 31 2M H E 624M c5 0191 USCL TIV 1 2 C680 C685 Boe ES USE Ea 100 IN icik 2 2 536 100 0652 s SELECT SWITCHING 848 548 SWITCHING i 2S RTI 15 6M B x 815 C567 L514 C569 L516 sC571 L518 C573 C575 eR556 Bes 0501 585 0586 C58 555 URST 20 R514 100 URST C520 1000p zie x8 28 3 0 01u als RTINA41 T1
126. A 2 Spectrum CN201 analyzer TX RX A 2 TC102 Adjust TC102 to get a null point at 15 501MHz as shown 15 501MHz Adjust TC101 to get a null point at 11 7MHz as shown Repeat the trap frequency adjust ment 2 to 3 times alternating between 15 5MHz and 11 7MHz 11 7MHz Adjust the coils to obtain the frequency response as shown 6 9MHz 7 5MHz JN K type 13 9MHz 14 5MHz type 13 9MHz 14 5MHz JN Adjust L135 at 73 095MHz to mini mum level 73 095MHz TS 590S Item Condition ADJUSTMENT Measurement Adjustment Test equipment Unit Terminal Parts Method Specifications Remarks 4 MCF 11 374 1 Menu No 54 Mode USB Spectrum analyzer setting Center f 11 374 2 Frequency span 20kHz XdB DIV 10dB TG level OdBm RBW 300Hz VBW 1kHz Connect the tracking genera tor output to CN301 Connect the spectrum ana lyzer input to CN302 5 MCF 73 095 2 1 Display f 29 200MHz Mode FM Spectrum analyzer setting Center f 73 095MHz Frequency span 100kHz XdB DIV 10dB TG level OdBm RBW 3kHz VBW 10kHz Connect the tracking genera tor output to CN303 Connect the spectrum ana lyzer input to CN304 Tracking generator Spectrum analyzer TX RX A 2 CN301 CN302 L301 L302 Adjust the coils to obtain the frequency response as shown 11 374MHz 3kHz
127. AM ALC time constant switch Slow H Fast L 06 RLSW TX B output switch Linear ON and TXB H 07 LINEAR Liner Relay Switch Linear relay control ON H Q8 NC 1C13 M62353AGPDF5J D A converter Enable IEN3 AGC_REF AGC reference voltage IFGC RX IF gain ALC REF ALC reference voltage TGC Transmit gain control voltage POC Power control voltage PGC RF gain control voltage PRO Protection control reference voltage NBL TX IDP RX NB threshold voltage TX ID threshold voltage IC14 TC74HC4094AFF Shift register Enable IEN1 BPFI5 BPF selection H 4 10 lt f lt 6 90 MHz BPF selection 2 50 f lt 4 10 MHz BPF 3 BPF selection 1 705 f lt 2 50 MHz BPF 2 BPF selection 0 522 Sf lt 1 705 MHz BPF selection 0 03 f lt 0 522 MHz ATT ATT switch RXANT RX ANT switch f lt 30 0MHz amp EXT RX ANT PRE Pre AMP switch H IC15 TC74HC4094AFF Shift register Enable IEN1 BPF 13 BPF selection H 49 0 f lt 54 0 MHz BPF 12 BPF selection 30 0 f 60 0 MHz BPF 11 BPF selection 21 5 f 30 0 MHz BPF 10 BPF selection 14 5 lt f lt 21 5 MHz BPF 9 BPF selection 13 9 lt f lt 14 5 MHz BPF 8 BPF selection 10 5 Sf
128. AX x 8X 172 0998 1 skys i BC IRAR 1 705 2 5MHz BORGC 13 174 32 195MHz ARE 55 455kHz 12k i EU TAS SORGC 25 3356 IX epa aba 25 i n a NJM12904 10 3 lt L71 0569 i 0281 0282 0721 10 695MHz 2 7k i KYS 5 24 i 2 5 4 1MHz 2SC5551AFx2 T 3SK293 F a CONTROLUNT 1 11 0455 1 i LO1AMP2 Py D A ALC IC631 X53 446 A 3 73 125 133 095 XF474 TC4W53FU F 4321 4 1 6 9MHz NSE POWER 171 0657 NOT FM FM 8 7 65 i contro 11 874MHz 2 7k AM SSB CW FSK 4 2109 2 8 i 0351 0352 AMB x MIXER ANA SW RTTY ANC 8 GND i 2SC5551AFx2 0803 0804 RX 3rd OTEN ANO SON I E 25 5383 111 2 10 695M 11 374MHz 24kHz NOT SOC i 69 T 9MHz TX MIXER AM SSB CW FSK PS 10 NC i 73 095MHz HF KO 24kHz 4 GND 11 ANI i a 2SC4617 R L71 0658 gt S ANI io 5SQC 12 GND i lt gt PROTECT 0806 11 374MHz 500 lt gt Q551 TT ANA SW 585 amp NC 13 55 i 7 5 10 5MHz 1751 OS 33 095 MHz PRO 4 12801 25 208 10 MIXER DEBA bus 2SC3356 A to CONTROL UNIT 7 NC M NE 24kHz 10 695MHz X53 446 1 2SC5383 T111 52 C701 AC REMOTE 1 ID 1C802 TA4107F F J3 i 5 13 9MHz ID JPROTECT TC4W53FU F 28C5383 7111 rn 24kHz to CONTROL UNIT E06 0752 102 AMP can IC803 lt
129. Approximately 20dB is gained in 21 5 to 60MHz and approximately 12dB in other frequencies The preamplifier circuit can be passed by turning off the PRE display with the preamplifier key X45 391 A 2 LY LPF 30kHz 522kHz BC TRAP EU TRAP Band Filter range 135kHz 30 522kHz BC 522 2 1 705 2 1 8MHz 1 705 2 5MHz 3 5MHz 2 5 4 1 MHz 5MHz 4 1 6 9MHz 7MHz 6 9 7 5MHz 10MHz 7 5 10 5MHz 10 5 13 9MHz 14MHz 13 9 14 5MHz 18MHz 14 5 21 5MHz 21MHz 28MHz 21 5 30 0MHz 50MHz TX 49 0 54 0MHz X57 785 A 2 RX ANT 1 705 60MHz 50MHz R P X 30 0 60 0MHz Table 3 BPF range RE OFF to 1st Mixer Fig 3 From antenna terminal to preamplifier 0236 TS 590S 10 CIRCUIT DESCRIPTION From the preamplifier 0236 to the second IF frequency 10 695MHz 11 374MHz The signal from the preamplifier Q236 output to the second IF amplifier 1 0451 is spread into 2 paths RX 1 and RX 2 depending on the frequency band refer to table 4 The RX 1 path is selected when the L signal is added to O273 and the RX 2 path is selected if the H signal is added The RX 1 path signal passes through the LPF for IF trap is integrated with LO1 12 495 to 32 195MHz in the quad balance first mixer 0263 to 0266 and is then converted to the first IF 11 374 2 The first IF si
130. C348 0 01 C358 0 010 C368 0 01u C371 0 01 C383 0 01u RT1N234U T111 RT1N234U T111 a RT1N284U T111 RT1N234U T111 PE ES PS Pu Wu um m S 85 85 55 55 85 85 95 38 88 REVERSE VOLTAGE PREVENTION Q529 530 534 535 Q537 538 541 542 SWITCHING 63 3 3 s 3 3 5 SWITCHING 3 812 Selly 8a i 88 i 8811 8811 11 gel l 3 5 s E 5 9 85 N kr j 145 DSA301LA R280 100k w R282 AN 100k o z S a o z o DSA301LA AN R283 AM 100k o z S o 0 z o
131. CK73GB 1 0UF CK73GB1A474K PC 0 47UF CK73GB 0 010UF CK73GB1C225K PC 2 2UF 4 CK73GB 2200P CC73GCH1H101J P C CK73GB F CK73EB1E225K PC 2 2UF CC73GCH1H471J PC 470PF CC73GCH CK73GB1H CK73EB1E106K HIP C CK73FB0J CK73GB1H104K HIP C 0 10UF CK73GB1H CD04BQ1V101M LECTRO OOUF CK73GB CK73EB1E225K HIP C 2 2UF CK73GB1H102K HIP C CK73GB CC73GCH CK73GB1A474K PC i CK73 CK73GB1C225K PC CK73 CC73GCH1H101J PC CC73 CC73GCH1H471J PC CK73EB1E106K PC CK73 04K CC73 CK73GB1H104K HIP C CK73 03K CD04BQ LECTRO CK73 04K CK73GB HIP C i CK73 06 CK73GB HIP C CK73EB1 HIP C CK73 04K CK73 06 CK73GB HIP C CC73 H470J CK73GB HIP C CK73GB1H222K CK73GB HIP C 0 CK73GB1C224K C92 0889 LECTRO CK73GB HIP C CK73GB1H104K CK73FB0J106K CK73GB PC CD04AZ1E221M CK73GB PC CD04AZ1E471M CE32CL1 PEL C90 4155 05 CK73GB PC CK73GB PC CK73GB CE32CL1 CK73GB PC CK73GB CK73EB1E1 PC CK73GB 00 CK73GB PC CK73GB 800P CK73GB PC CK73GB PC CK73GB 0 010 CK73GB 2 2UF CK73GB PC 000 CK73GB 2200P CK73GB PC OUF CK73GB 200P CK73GB PC CK73GB 0 10U CK73GB PC OUF CK73GB PC 000 CC73GC 330PF CC73GC 47 OUF CK73GB 2 2U CK73GB PC 000 CK73GB 00 CK73FBO PC CC73GC 330PF CK73GB PC OUF CK73GB PC 000 CC73GC OOPF CK73GB 0 010UF CK73GB HIP C OUF CK73GB 0 10UF CK73GB HIP C 000 CK73GB 2200PF CK73GB HIP C 000 CC73GC 680PF CDO4AZ ECTRO 470UF CK73FB1 HIP C 0 10UF CK73GB 2 2UF CK73GB 1 0UF C
132. Checksum display 69 TS 590S ADJUSTMENT Display Check Measurement Adjustment Item Condition Test equipment Unit Terminal Parts Method Specifications Remarks 1 Settingand 1 Connect the DC cord to the full reset DC power supply DC IN DC 13 8V 2 Full reset After displaying 1 Turn the transceiver ON the by pressing the power display is reset as switch while the A B key is follows pressed and the reset con DISP f 14 000 00 firmation message appears Mode USB 2 Turn the MULTI CH control Meter ALC and select FULL RESET ANT 1 3 Press A B to perform the AGC Full reset PRE Display should be normal Should be at the reset fre quency 2 LCD all seg 1 Menu No 62 Check ments light PLL Section Measurement Adjustment Item Condition Test equipment Unit Terminal Unit Parts Method LCD all segments light Specifications Remarks 1 LO2 level 1 Display f 14 100MHz Spectrum Control 508 Control 1505 Level max Mode FM analyzer 3 LO2 8 3 Disconnect the cable from CN508 and insert a cable from the spectrum analyzer After the adjustment con ect the cable to CN508 15dBm or more 2 LO2 Display f 14 100MHz f counter 62 4MHz 62 4MHz Mode FM frequency Disconnect the cable from CN508 and insert a cable from the frequency counter After the adjustment con
133. E M ue CONTROL UNIT X53 446 A 3 E ANT input 113dBm 0 501uV sg PT TEHE AF output 0 63V 80 1kHz 71 5dBm 0 57Vp p 0 13Vp p 0 63Vrms Mode USB 41dBm The values in parentheses are those in FM mode 4 3Vp p 9 5mVp p 1 9Vp p The values in parentheses are those in RX2 IF1 73 095MHz Input 113dBm from the antenna set AF VOLUME so that AF output is 0 63Vrms and measure the signal level at each part The AF section is measured with an oscilloscope and the other parts are measured with an RF voltmeter C64 IC65 66 01 IC72 1 71 IC69 167 SP AF 1kHz gt Transmitter Section 6 lt lt CONTROL UNIT X53 446 A 3 gt lt TX RX UNIT X57 785 A 2 gt lt AF 1kHz gt lt TIF 24kHz gt lt 10 695MHz gt 73 095MHz 14 2MHz 450mVp p 400mVp p 20mVp p 1 6Vp p 170mVp p 230mVp p 300mVp p 5mVrms 28mVp p 85mVp p 28mVp p 450mVp p 450mVp p 20mVp p 2 4Vp p 0 6Vp p 310mVp p 200mVp p 66 2 1 61 1 62 6 ADC 01 DAC IC71 70 471 0721 0783 TXRF FINAL UNIT X45 391 A 2 Measurement condition 14 2MHz gt Frequency 14 2MHz Mode USB 1 2Vp p 5 8Vp p 200Vp p MIC input 1kHz 5mV 150mVp p 5 8Vp p 26 5Vp p 180Vp p Output power 100W MIC level ALC zone maximum Audio frequency section is measured by the AF voltmeter or oscilloscope Radio frequency section is measured by high impedance RF voltmeter
134. GND als SWITCHING E olg 82 509 510 eye 578 aw POWER ON 13 68V 578 SWITCHING POWER ON 0V E 9 FAN1 pee POWER OFF 13 70V POWER OFF 0V SELECT 13 61V ar NO SELECT 0 24V D501 0511 nse PROTECTION RT1N234U T111 SWITCHING FPE E41 1682 05 aw FAN SI ar Tala INT SPEAKER CNB Bes 821 251 58 POWER ON 2 44V E40 6525 05 581 82 POWER OFF 0V a a R524 1k AM 6 TXB E40 6881 05 TXB Q ID 33C VSR 28 SP Dx o Z vor xe O se lt GND NC m 1 145 3C 5A 110 X45 391 A 2 1 4 F VP Go H SCHEMATIC DIAGRAM 5 5905 8 vendo NFS eum 202 2 ATF 0253 1 11 VSR 1 eD255 Nz eR251 L
135. LI eTH721 O a 5 SWITCHING gg 512 e cs s 5 NS MA2S111 F S4 Yao s 12 c13 818 R801 0801 sR807 g a E EJS GST UL OP AMPLIFIER MA28111 F PROTECTION C803 ii ATTENUATOR 55 51 SWITCHING PRECES EE fee 5 2 5 5 82558572 58 E amp S 5 go ads 5 z QE 8 m T 492v M62353AGPDF5J dom gg COT AMPLIFIER AT eases 25 N gie 2 R STIF H ATTENUATOR ave 512 412 Nes 8 8 sS Z E k 6 ry 3 m nde R41 22k En 4 Le Em 1k 47k Q804 esk2o8 F v 595 274v __ 0807 D802 803 806 809 25111 12801 NJM12904V Bee e0741 EE 16 Ris Bes RIS 518 e t g 2k z 55 Ste BUFFER as Is i 5i vec VDD Q al al m Q803 2805383 1111 285 snaa RESA Y 28C5383 T111 REVERSE CURRENT NJMi12904v ETT 2503356 5 20746 E a Ie 8724 1723 LI i xe ag N D17 0 2200p 0 01u a F i 1 x 5 27 p NBE 5 Mis SHIFT 14 SHIFT Sie g gE speed 330 4k 2 Q742 1000 RN7siv 47 C723 0721 3 3u 2_ 20 zo 26 2 So sS lt 9 Sx amp 38 58 8
136. Layer 2 Layer 3 Layer 4 Foil side 10 11 12 13 14 D A B c 9 590595 Pc BOARD DISPLAY UNIT X54 3700 00 A 6 DISPLAY Component side view J79 0280 09 A 6 BESSSSSSSS SSSSSSSSSTOLZSAALASSSSSEESB SSSSSSSSSSSSSSSSSRRSERSRRRERSSSSSSSSSSSSSSSSSSSS 5105 MIC 106 PWR 107 KEY Component side Layer 1 Layer 2 Layer 3 Layer 4 8 Foil side EN DISPLAY UNIT X54 3700 00 6 MULCH CH 6 11 DISPLAY UNIT X54 3700 00 E 6 MIC DISPLAY UNIT X54 3700 00 C 6 HI LO SHIFT WIDTH NOTCH SOL 100 J K L M N Q PC BOARD s TS 590S DISPLAY UNIT X54 3700 00 A 6 DISPLAY Y Component side view J79 0280 09 A 6 S149 RIT J79 0280 09 A 6 Address Ref No Address Ref No Address Ref No 142 136 XIT CL DISPLAY UNIT X54 3700 00 D 6 AF RF CN966 1 DISPLAY UNIT X54 3700 00 F 6 PHONE 101 10 11 12 13 14 D E F G H J A B8 C TS 590S Pc BoARD DISPLAY UNIT X54 3700 00 A 6 DISPLAY Foil side view J79
137. NC O Not used VMIC MIC signal output to 39 E8EPM For production 40 43 NC Notused DVDD power supply 3 3V 44 For production M a 45 49 NC O Not used TDET CTCSS detection output to Main MCU 50 LOENCB Low cut encoder pulse B input VSS GND 51 HIENCB Hi cut encoder pulse B input DRST DSP reset 52 CHENCB MULTI CH encoder B input VSS GND 53 LCDDATA O LCD driver data output CVDD Core power supply 1 2 54 LCDCLK O LCD driver clock output CLKIN GND 55 LCDCS O LCD driver chip select output VSS GND 56 LCDINH O Segment display off control output TMS For CN305 57 LCDPOW O E LP CVDD Core power supply 1 2V 58 59 NC O Not used TRST For CNS05 60 VCC Power supply input OSCVSS Oscillator GND 61 NC G OSCIN Oscillator input 62 VSS GND OSCOUT Oscillator output 63 NC O ot weed OSCVDD Oscillator CVDD 64 70 KO6 KOO O Key scan output bit 6 0 ues GND 71 PBKC Reduced voltage detection interrupt PLLHV PLLDVDDISSV 72 78 NC O Not used Uu FOI CNSO 79 86 KI7 KIO Key scan input bit 7 0 1798 87 88 NC Not used Vos SNB 89 U MIC up key input A D DVDD power supply 3 3V 90 D MIC down key input A D oo 91 NVOL NOTCH volume input A D em Core power supply 1 2M 92 SVOL SO volume input A D EMUMI 93 AFVOL AF volume input A D 94 AVSS Analog GND GND 95 RFVOL
138. OV Tk R905 1k I RXF 79V 5 IC631 pend R 7 07V ott TCAWS3FU F BT T 7 87V 918 8 TXC 1k lt MULTIPLEXER 8 INKOO10AU1 T1 RXB 8 jO ER 0903 0631 RTIN436U T111 0903 904 R909 47k 0905 907 1 RT1NA436U T111 SWITCHING i UV SWITCHING 5 SWITCHING o TXC H TXB TX 8V ON 0905 mm 5 TXC L RX 8V ON RTINT41U T111 RXFM 1 LL A L 8A 2 x lt O55 R 13 40V 2 Se See 8 b 5 8 1 lt z 60 13 39 R38 d T 13 10V 5 x gt I ele R37 020 23 Ses Sin SLE PUN 47k S REVERSE CURRENT 2 5715 otr PREVENTION lt 1000p 2SB1188 Q R 3 gt amp 015 17 sis zz mn SWITCHING ETT R 0V E E noon T 0 60V 215 6 RTINA O TI 9 8 917 R36 R41 22k 2 8 er 2200 85 1000p gt 7 E URRENT ces 10002 i ea PHEVENTION Q16 C81 a A ra RT1N436U T111 SURGE ABSORPTION ER R42 87 1000 x CN11 CN14 SWITCHING 1k C88 1000 2 GND 145 H C83 1000p m BA of t I oou los xis 1 E res se 796V 13 62V o
139. RK73FB2B473J IP 8W RK73EB2E560J IP 4W RK73EB2E471J IP 4W gt gt gt r L654 2285 33 L660 1549 05 L661 662 0695 05 L663 4705 33 L664 665 4935 05 RK73EB2E181J IP 4W RK73GB2A472J IP RK73GB2A101J IP RK73GB2A222J IP RK73FB2B680J IP 8W gt L701 1015 33 L702 1005 33 L703 1001 86 L705 1005 33 L721 722 1015 33 RK73GB2A560J IP RK73GB2A103J IP RK73EB2E680J IP 4W RK73GB2A471J IP RK73FB2B330J 8W gt gt gt gt gt L723 3395 33 L724 1015 33 L725 726 4705 33 L727 1005 33 L728 1015 33 RK73GB2A330J RK73EB2E680J J 4W gt gt gt gt gt 5 5905 PARTS LIST TX RX UNIT X57 785X XX Ref No Address Parts No Description Der Ref No Address Parts No Description Desti R158 RK73EB2E560J 56 R408 RK73GB2A471J 470 R159 167 RK73EB2E680J 68 R421 RK73GB2A331J 330 R168 RK73GB2A330J 33 R422 RK73GB2A271J 270 R169 RK73EB2E680J R423 RK73GB2A330J 33 R170 182 RK73FB2B330J R424 RK73GB2A221J R212 215 RK73GB2A472J R431 RK73GB2A330J R217 220 RK73GB2A472J R432 RK73GB2A124J R231 RK73FB2B221J R433 RK73GB2A000J R232 RK73GB2A682J R434 RK73GB2A100J R235 RK73GB2A122J R436 437 RK73GB2A220J R236 RK73GB2A471J R438 RK73GB2A331J R237 RK73GB2A821J R439 RK73GB2A180J R238 RK73GB2A120J R440 RK73GB2A3
140. SELECT A M ue RT1N441U T111 BLE 4 96V Bis NO SELECT SUSPEND USB UART 15 0 SUSPEND BRIDGE 1 SELECT 0 427 5C NO SELECT 4 38V e d Q661 42 R669 RTIP141U T111 857 1k SWITCHING BPF3 Q662 al 5 SELECT els RTIN441U T111 815 Er gm is Sys SWITCHING OV 4 N SELECT 0 42V 5C NO SELECT 4 38V 0651 R655 RT1P141U T111 85 11 Ss 1k SWITCHING BPF4 Q652 5 SELECT Me RT1N441 T111 BLE ES Ola gTa SWITCHING r D801 FILTER VARIABLE 5 05 0805 SWITCHING CAPACITANCE 842 2sC5383 T111 0802 DIODE 4 25V R844 w 25 243 lt 9818 slo 100 u Sv 9c bls Bav B S 2 59 T 5 as 194 4M 6 RB49 C848 196 8M 3 57V 1k 1000 I A 0807 eC853 1816 858 L821 eC864 RB01 8803 0809 eR813 R821 41807 C831 C843 asosio dap Ben 3p Sp 0 0 220 220 100 2 2u 15 2832 15 0 94V 438v ped T 3 AM AN AMi Aw AN AH AH o 5 asl 0 73V x 0 67V SiS 55 R818 gt 88 gt 84 2 Sata 3 2 2 58 5 S 58 Zal Beal adc ow eo 1 2k
141. io THO 9 B 0288 0287 meg 800 37 144 R333 8377 B E R332 i pen AS P 1128 2 3 iens 8 3 Bo E 6 1 m Tag mav 43 5 3 Lan T ue 64 103 73 108 es F 9205 65 102 CP320 6319 68318 09317 tr Opa RS47 C314 301 392 E rigs 324 E Bogg E 172 MEE d n 715409 5 i 64 LOCAL CN303 Gestis 602005 58502262522 Address Ref No Address Ref No J K L M N o R s PcBoaRD 15 5905 CONTROL UNIT X53 446X XX A 3 0 11 2 71 E v Component side view J79 0279 09 A 3 8 C301 aaa IC68 pem Ta 169 s 1 g T 4 EH 5 8 R155 C160 q 1 RT71JICISTIRT64 Ic T m RE 25354 Cier 2e g 192 DUE n 8 1 m 16 CTSTJIR152 C36 erm Ee E
142. lt 13 9 MHz BPFI7 BPF selection 7 50 Sf lt 10 5 MHz BPFI6 BPF selection 6 90 f lt 7 50 MHz 33 TS 590S PARTS LIST CAPACITORS CC 45 TH TH 220 J Capacitor value CC45 1 2 3 4 5 6 Color 010 1pF 2 2 O 22pF 1 ceramic electrolytic etc 4 Voltage rating 100 10pF 2 Shape round square etc 5 Value 101 100pF Multiplier 3 Temp coefficient 6 Tolerance 102 1000pF 0 001 uF 2nd number 103 0 01uF 1st number Temperature coefficient 1st Word P R U 2nd Word H J K L Color Orange Yellow Violet ppm C 30 60 120 250 500 ppm C 150 750 Example CCABTH 470 60 Less than 10pF No code Code B G pF 0 1 0 25 0 5 1 2 Voltage rating EF WB 1st word 0 10 125 16 20 25 315 40 50 63 80 1 10 125 16 20 25 315 40 50 63 35 2 100 125 160 200 250 315 400 500 630 800 3 1000 1250 1600 2000 2500 2150 4000 5000 6300 8000 Chip capacitors EX CC 73 F SL 1H 000 J Refer to the table above Dimension 1 2 3 4 5 6 7 1 2 Chip CH RH UJ SL 2 Shape j 3 Dimension E CK 73 F F 1H 000 Z P 4 Temp coefficient
143. o c S l Is zug C301 C302 J79 0275 09 A 2 gt c J79 0275 09 B 2 Q PC BOARD TS 590S FINAL UNIT X45 391X XX 0 11 K 2 71 E Foil side view J79 0275 09 10 11 12 13 14 N 10 11 12 13 14 TS 590S pi BOARD CONTROL UNIT X53 446X XX A 3 0 11 2 71 E D E Component side view J79 0279 09 A 3 J79 0279 09 A 3 SH 5 4 8 1 0357 418 417 13 TP416 TP415 X302 R393 R386 2 C3491C348 1 128 zl 103 65 TTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT 102 0 R Address Ref Address Ref No TP392 ES ES Ic lo am cm C366 DHLT TP331 gt 87 o MIC ma BR CP321 E528 9 374 TP322 iyi 2313 8308 lika Ana CP320 CP319 CP318 317 R341 02 ae 324 1 I TP327 04 BE EHESEB SEE DU ui
144. rd B766 L782 40701 NESG260234 C797 N 1 BPF4 m uma 4 76V 0 237 3 D142 HFRGC and 50RGC L 1 79V HFRGC and 50RGC L 5 515 27kHz FIL SW 25 ve _ HOD 1STIF L 7 65V 3 20V S SA1037AK R671 BPF NO SELECT 5 HVC131 1155 D158 3 8 FILA H 0 11V FiL 4 2 5 64V Bir 5 ol9ol BPFNOSELECT SELECT 499 179 d 15 5 5 TXFM L 0 20V CN702 Blo 1 19V ON A RECTIFIER Q663 664 28 HH cjr 68 1000 du ov 575 578 STS 13 491 g FIL 3 H V and 1STIF 10 695MHz FIL4 L 7 67V FIL 20V 0911 CKY TXB 8 TXB B pre W SWITCHING 2200p C662 ANPLIRER DLS 20 RAN 545 e slo 3 D782 2 s swircHne z 2 45 12u HVC131 8 FIL 3 H 3V and 1STIF L OV 11 374MHz SWITCHING N FIL RT1N436U T111 Six 9 MUT 148 1 6 83V C661 47 50 D661 812 a 1 5 249 gle 8 3 n ROR RT1N436U T111 GS SEN R141 572 zi amp i amp 478 5 34 E FIL 3 L OV NOT SELECT Na 58 9 TEEM gett S12 TIER gl RTIN141U T111 RXFM L AM 2 155226 Bdo P 8 2 5M 4 9879 28V N591 58 217 Bzg glo s l SWITCHING BPE SELECT Baay Sas 7 4 EXE es J RXBJ m me Hi 2 97 O
145. the transmission signal is switched by the analog switch IC68 and then input into the balanced mixer 701 24kHz IF signal and LOS third local oscil lator signal are input into this balanced mixer to generate the 10 695MHz IF signal The 10 695MHz transmission IF signal passes through the IF filter XF471 with the 6kHz bandwidth and controls the transmission IF amplifier s Q721 second gate by the ALC voltage and adjusts the gain The pin diode D721 oper ates the variable attenuator by current control and changes the transmission IF signal gain This variable gain provides the TGC function which controls each band s transmission gain 15 TS 590S CIRCUIT DESCRIPTION The 10 695MHz transmission IF signal is converted to 73 095MHz by the mixer D422 D423 The impedance is made variable by the current that passes through the pin di ode D741 and thus the level of the 73 095MHz transmis sion IF signal level changed This level variance corrects the transmission signal gain PGC function at the time of power control The transmission signal which passed MCF XF371 with the bandwidth 15kHz is converted to the target transmis sion frequency in the final transmit mixer IC761 This MCF XF371 helps reduce proximate spurious components The signal from the final transmit mixer passes through the re ceive BPF and is amplified to the power needed to drive the final circuit in the drive amplifier O783
146. then mount it onto the panel Procedures when Replacing the Diode 1SR139 400 for hand mounting 1 When replacing the diode D304 1SR139 400 used by the Control unit A 3 PCB number J79 0279 09 cut the leg of a new diode 0 Sines 2 inches Cathode band Green 2mm 0 08 inches 15 5905 DISASSEMBLY FOR REPAIR 2 Bend the leg of the diode as shown in the figure 3 Solder the diode between Q61 Collector and the solder pad Base of the Control unit A 3 as shown in the fig ure Note 1 Confirm the direction of the cathode band when install ing the diode 2 Install the diode so that it is positioned on the dotted line 3 Install the diode so that its height from the surface of the PCB is 4mm 0 16 inches or less Height of rubber sheet G11 4536 04 4mm 0 16 inches Install the diode so that it is positioned on the dotted line Control unit A 3 e N Transistor O61 Diode 0304 Cathode band 4mm 0 16 inches Rubber sheet G11 4536 04 Precautions for Reassembly Perform the following steps when assembling the bottom side of the transceiver 1 Separate the two coaxial cables E37 1495 05 E37 1496 05 as shown in the figure 2 Push the two flat cables E37 1491 05 E37 1492 05 into the gap of the chassis so they do not come into contact with the cabinet Flat cable Flat cable E37 149
147. zee e XED 120NH XED 100NH XED 3 3UH XED 120NH XED 100NH gt gt gt gt L33 1548 05 HOKE CO 662 3385 33 L33 1553 05 HOKE CO 663 4785 33 L33 1548 05 HOKE CO 664 2785 33 L33 1553 05 HOKE CO 665 6878 14 L92 0639 05 HIP FERR 666 1085 14 XED 0 33UH XED 0 47UH XED 0 27UH XED 68NH XED 100NH gt gt gt gt gt L33 2600 05 HOKE COIL 667 6878 14 L33 2600 05 HOKE COIL 668 L34 4936 05 L92 0641 05 RRITE CORE 669 41 5678 14 L41 1005 39 ALL FIXED INDUCTOR 10UH 670 L41 2285 14 L33 1554 05 HOKE COIL 671 134 4936 05 gt XED 68NH XED XED L92 0467 05 L64 L33 1553 05 HIP FER L40 1288 67 H 192 0639 05 H H P FERR 134 4936 05 P FERRIT L41 5678 14 P FERR L41 2785 14 P FERR L34 4936 05 L68 L92 0467 05 L69 L92 0639 05 L301 302 L33 1554 05 HOKE C 1085 14 L303 L79 1940 05 5678 14 L305 L92 0639 05 FER 2785 14 L307 L92 0639 05 FERRIT L34 4936 05 L402 405 L92 0639 05 FERRIT 1085 14 gt gt gt E P P P L407 L92 0639 05 FERR 2285 14 L408 L33 1554 05 KE 8275 14 R R L409 420 L92 0180 05 FERRITE 6878 14 L501 L92 0639 05 FERRITE 1895 33 L502 L41 1015 33 LL FIXED INDUCTOR 100UH L40 3391 86 gt gt gt gt gt L503 L41 1595 33 LL FIXED INDUCTOR 1 5UH 1095 33 L504 L41 2295 33 LL FIXED INDUCTOR 2 2UH 3385 33 L505 L34 4816 05 39
148. 01u C372 0 01u C381 0 01 ik ik ik ik 93 22 52 22 85 8 85 8 Ss 8 95 881 gt 22 o3 Bat 551 Bet Bel Sat 851 95 z 95 E Ss s Ss 5 Ss Ss E o 145 145 818 4 518 ala alo nus 8 8 8 C ola xo 918 848 528 oT of 93 O rile ale s e ELI 8 8 QTO ele A a k Sio ele 85 oF oF 0 oF 1 K22 K25 K28 K34 7 K40 K42 O 554808810 D304 D306 D310 D313 D315 D319 0322 0325 519315 518 DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U 322 325 PROTECTION C319 0 01u C328 0 01 C337 0 01u C345 0 01u C355 0 01u C365 0 01u C373 0 01u C382 0 01 AH AH AH AH Qs 25 92 55 S2 Ns 95 SS 55 ELE 8 Ss 8 85 8 881 8 LER 8 88 8 88 En 3 851 8 881 8 851 8 5 s 5 8 s 3 S 8 s 8 5 s 8 145 14S 144 145 146 147 148 149 150 151 152 2 15 5 1 15 5T 6 5T 1 3 5T 2 5T 2 5T 0 5 1 2 5T 2 5T 8 9 K20 23 K26 K29 K32 35 K38 K4
149. 0263 0265 Y GA Zu 7 ANT CN100 gr D RAT 4 lt D 0264 0266 1323 0321 0323 17 49 CE 98dBm 101dBm DO 0322 0324 102dBm 98dBm 102dBm 102dBm 105dBm 73 095MHz gt lt 10 69 Measurement condition Frequency 14 0MHz PRE AMP ON ANT input 113dBm 0 501pV AF output 0 63V 80 1kHz Mode USB The values in parentheses are those in FM mode The values in parentheses are those in RX2 IF1 73 095MHz Input 113dBm from the antenna set AF VOLUME so that AF output is 0 63Vrms and measure the signal level at each par The AF section is measured with an oscilloscope and the other parts are measured with an RF voltmeter Transmitter Section CONTROL UNIT X53 446 A 3 gt lt E AF 1kHz TIF 24kHz lt 10 695MHz gt lt 450mVp p 400mVp p 5mVrms 28mVp p 85mVp p 28mVp p 450mVp p 450mVp p 20r 72 1 61 1 62 gt 1 63 ADC 01 DAC 1 70 701 0702 XF471 0721 Measurement condition Frequency 14 2M Hz Mode USB MIC input 1kHz bmV Output power 100W MIC level ALC zone maximum Audio frequency section is measured by the AF voltmeter or oscilloscope Radio frequency section is measured by high impedance RF voltmeter 138 A TS 590S LEVEL DIAGRAM v RIF 24kHz Bm 96 5dBm 74dBm 87dBm 71 99dBm 78 5dBm 71 5dBm
150. 0mm Pitch PH 8595 54 3700 00 6 E37 1503 J951 N988 3 de BUD 11 0705 45 1 i 7 u PH1 AV 32 PHG lt gt 3 PHTR PH2 PHONES PHDET 169 PHDET E 3 3 AVR 1 1 n 1 1 1 4 CN654 CN200 2 0mm Pitch PH 5V AVR E04 0191 1 04 0191 E37 1506 101 1 8V AVR CONTROL UNIT LO 54 3700 00 6 8V CN901 CN508 BLUE CN300 9 CN951 E40 6357 a X53 446X XX B 3 E04 0191 E37 1496 04 0191 lt 2 2 2 TONE E41 1687 41 1 1VBSY 2 VPLY 56 L02 ee 102 1 MIC 1 I 3NC 4DATA f Bog I MSG 5 CLK 6 VEN E CN400 J3 MCG W504 GREEN EO4 0151 6 z z lt 2 0mm Pitch PH 7NC 8VRST ee E04 0191 371497 _ 04 2 MIC MD CN503 Pin 9 VDGND 10 VAGND e Los 103 2 55 i 41 1684 1 11 E37 1498 11YO 12 B OPTION r 2509 1 8A REF TI REF 15 NC 6 NC se VGS 1 3902 i 5522 7 1 GND lt GND 17 NC 18 NC ee J901 a 1 zu 1 GND GND 19 NC 20 NC 2 2 i 1 2 5 9 M 23 NC 24 NC ve 86 9 0 1 i 0mo2o0 24 15 CONTROL UNIT 25 26NC aeq b 2098 T 25 26 u 040002 SO 3 o
151. 1 81290MHz SSG output 33dBm 5 01 mV Change the adjust ment values to get the waveform as TX RX shown A 2 10 Carrier point XF474 11 374M 2 7 1 Menu 01 1 81MHz USB AGC OFF SSG1 f 1 81010MHz 5502 f 1 81290MHz SSG output 33dBm 5 01mV 11 Carrier point XF475 11 374M 500 1 Menu No 02 1 81 MHz CW AGC OFF 5561 f 1 80970MHz 5502 f 1 81030MHz SSG output 33dBm 5 01 mV 12 AGC start level 11M 1 Menu No 03 SSG f 14 201 SSG output 1 14 2MHz USB Hz 10dBm 0 707 13 AGC start level 73M 14M 1 Menu No 04 SSG f 14 201 SSG output 1 14 2MHz USB Hz 10dBm 0 7071 14 HF SSB S meter 51 1 08 556 f 14 201 14 2MHz USB Hz SSG Oscilloscope AF V M DM SP SSG output 107dBm 1uV 59 2 Menu 09 14 2MHz USB SSG output 81dBm 19 91 Full scale Lights up all 3 Menu No 10 14 2MHz USB SSG output 21dBm 19 9mV 15 HF FM S meter 51 enu 11 29 2MHz FM SG 29 200MHz SG output 117dBm 0 316yV OD 1kHz DEV 3kHz Full scale Lights up all 2 Menu No 12 29 2MHz FM SSG output 95dBm 3 98 16 HF FM SQL thresh old 1 Menu No 13 29 2MHz FM SSG output OFF OD 1kHz DEV 3kHz 17 HF FM SOL tight 1 Menu No 14
152. 1000PF CK73GB1E105K CC73GCH1H180J 18PF CK73GB1H103K 0 01 CK73GB1H103K 0 010UF CC73GCH1H101J 00P CK73GB1H104K 0 10UF CK73GB1H104K 0 10UF CC73GCH1H060D 6 0PF CK73GB1H102K 000 CK73GB1H103K 0 010UF CK73GB1H472K 4700 CK73GB1H472K 4700PF CK73GB1E105K 0UF CK73GB1H103K 0 010UF CK73GB1H103K CK73GB1H104K UF CK73GB1E105K CK73GB1H472K CC73GCH1H102J CC73GCH1H270J CK73GB1H103K 0 01 CK73GB1H104K CK73GB1E105K 0UF CK73GB1H102K CC73GCH1H102J CC73GCH1H010C CK73GB1H103K 0 010UF CK73GB1H102K CC73GCH1H470J 47P CK73GB1H103K CC73GCH1H560J 56P CK73GB1E105K CC73GCH1H820J 82P CC73GCH1H090D CC73GCH1H680J 68P CK73GB1H103K CC73GCH1H330J 33P CK73GB1E105K CC73GCH1H151J 150 CK73GB1H103K CC73GCH1H470J 47P CK73GB1H103K CC73GCH1H221J 220 J CC73GCH1H020C CC73GCH1H681J 680PF C412 413 CK73GB1H103K CK73GB1H104K 0 10UF C421 CK73GB1H103K CK73GB1H103K 0 010UF C423 CC73GCH1H220J CK73GB1H102K 1000PF C424 426 CK73GB1H103K CK73GB1H104K 0 10UF 428 429 CC73GCH1H330J CE32CL1C100M 10UF CK73GB1H103K CK73GB1H104K 0 10UF CK73GB1H102K CC73GCH1H471J 470PF CK73GB1H103K CK73GB1H102K 1000PF CC73GCH1H090D CK73GB1H103K 0010UF K CK73GB1H103K TS 590S PARTS LIST TX RX UNIT X57 785X XX Address Parts No Description Desti Ref Address Parts No Description Desti GB1E105K OUF C555 CC73GCH1H101J OOPF J GCH1H151
153. 14M coil 10 50 f lt 14 50 MHz 10M coil 7 50 f lt 10 50 MHz 7M coil 6 90 f lt 7 50 MHz 5M coil 4 50 f lt 6 90 MHz 3 5M coil H 2 50 f 4 50 MHz 10 TC74HC4094AFF Shift register Enable FEN2 2 5p capacitor switching H Amplitude difference correction C1 On Active Off Inactive 5p capacitor switching Amplitude difference correction C2 On Active Off Inactive 10p capaci ing Amplitude difference correction C3 On Active Off Inactive 18p capaci ing Amplitude difference correction C4 On Active Off Inactive 39p capaci ing Amplitude difference correction C5 On Active Off Inactive 75p capaci ing Amplitude difference correction C6 On Active Off Inactive 150p capacitor switching Amplitude difference correction C7 On Active Off Inactive 300p capacitor switching Control Local unit X53 446 B 3 Pin name Port name Function Active level Amplitude difference correction C8 On Active Off Inactive Condition 651 TC74HC4094AFF Shift register Enable EN1 O1 L IOUP AD9951 DDS data update Q2 TXFM FM modulation switch 03 IFB IF11M selection When the RX 1 is selected it becomes active 04 IFA IF73M selection When the RX 2 is selected it becomes active
154. 2 tti 61 18 8 Toc TS VOLTAGE 218 3 Q531 532 533 536 ys n t T 85 8 PREVENTION 0531 0533 EH BTS BTE 8 RTIN234U TI11 RTIN234U T111 SWITCHING RTIN234U TT11 RT1N234U T111 8T 0 oF 0 0 oF oF 2 Ole Ole AMPLIFIER ov 0252 3C 0530 540 543 544 SWITCHING K21 24 27 K30 K33 K36 K39 K43 DRAIN 25 1740 4 EST 14V nm SA B joa R22 CURRENT poor E a o L oro zi DETECTION 52 der ewm Jal s oun 5125 WHITE 133 WHITE CL 1238 lt d 2 GND 1 5k 7 ox 4 SELECT 0 08V SELECT 0 08V o t SHIFT REGISTER amp 2 SELECT 0 33V 8 0 0 PA osz x Bn 13 75 olg Sir 58 NO SELECT 13 44 NO SELECT 13 43V at 515 NO SELECT 13 45V Y SELECT 13 427 19769 ov a ale NGT RCADO AFE I D303 305 309 D303 D305 D309 D312 D314 D318 0321 0324 ES 14S 148 z 8 REVERSE D A eR544 9 SELECT 3 16V SELECT 3 16V 2 5 8 SELECT 3 15V SELECT 3 15V 312 314 318 DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U 53 g 88 i2 8 5 VOLTAGE T NO SELECT 0V NO SELECT ov NO SELECT 0V NO SELECT 0V EU S 58 B 8 els d 58 gel 818 5 PROTECTION as 2 15 CN5 ev 40 6873 05 eR513 515 220p ATTENUATO
155. 2 i 1 5 55 NO SELECT 13 16v SELECT 13 15 NO SELECT 13 33V SELECT 13 297 i i D u 3 8 x L x 3 8 8 E 1 li 85 3 4 SIS 5 16 ete 4121 YELLOW 6130 WHITE SELECT 3 08V SELECT 3 09V SELECT 3 067 SELECT 3 067 13 737 0253 nA 51 5 vi di AnP NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V jis RT5P4310 T112 1 13 gl 58 zig 9T g 3 0 33W D102 5 PROTECTION gir ol a 8 B xs p 2 2 ak 8 8 SI 5 8 9 51 71 28 gj ula 2 REVERSE 5p ele 85 27 Q513 517 518 521 R 0V glz Bi PROTECTION D101 e on nT 58 os 815 VOLTAGE 9 518 el ai SF 0513 0518 0524 0528 T 0 70V 515 R 13 72V PROTECTION 245 e 9 PREVENTION 14 8 8 4 RTIN234U T111 2 40 111 SWITCHING RT1N234U T111 RT1N234U T111 T 0V E TXB 519 10 OP AMPLIFIER mE mE 253 254 g TXB TXB u 2 DC13 8V b 85 R268 Q523 524 527 528 SWITCHING m 0 swrcuiNG A 37 1480 05 1 705 2 5 eL15 B m 0258 i pm S 8 4 625 o i EDZ5 1B 2505383 7111 AS B B d 213 ton o 7155 z gt Z Co ES TOAN EIE m 8 SELECT 0 06v 9 SELECT 0 06v 2 SHIFT REGISTER 2 0206 Q sELECT 00V SWITCH PROTECTION
156. 22 E 1STIF RXANT L ov RTSN234C 1112 m SWITCHING ov BTN BPF SELECT 5 58V R139 BPF NO SELECT 58 5 8 912 REIS DES REO EG N eov 11 374MHz 2 7kHz Q EE BS 103 AMP BEN bre Sae 815 oTP2 5 5 Zgo 6 8693 0 CN671 IBK M 113 BPF SELECT 5 21 13 49v 248 0 c 22k is SELECT 2 54V ELECT 579 N CAR 670 SWITCHING BPF SELECT BPF NO SELECT 13 49V SWITCHING 10k CN139 2 1 Slegl29 2 Blo 1SV812 F 2 5 IBK Q102 D136 3 200 55 232 1 KSO NTO KFG 2 3 AER Six eL476 eXFA74 7 69V 0 64 Pix ano D 5 CN664 BLNK 19 RTSN234C T112 E Q SwitcHine 47 Ctra D146 BPF NO SELECT BPF9 m ss e 47 100p CN238 919 MK 55 L328 395 ED o ax soale gus 78 56 27k 10M za gro BES aav cen 7 1592 WES 2 255 85 GND 1 2 2 ATT L 0V mm ov 0139 angan M 4 3 515 EL 1573 ES RER Ku 4 CN662 95 925 6 41V 68 1000 HVC131 Kt 0236 2 g 2 o 5 o Tc ov 81 3 R577 575 00 4 573 ens581 C581 RIF z 14 518 Ri33 818 5 8 BLS ia RTIN436U T111 BPF SELECT 5 45V 14M 13 9M 14 5M HVC131 C233 MX 2SC5551AF AMP GAIN SW 5 8 FIN e
157. 2200PF CC73GCH1H050B 5 0PF CK73GB1H102K 000 CK73GB1H103K 0 010 CK73GB 000 CK73GB 0 047 CK73GB 2200PF CC73GC CK73GB 000 CK73GB 0 0 CK73GB 2200PF CC73GC 47 CK73GB 000 CK73GB 0 0 F 0 F 0 CK73GB 2200PF CC73GC CK73GB 000 CC73GC CK73GB 2200PF CK73GB CK73GB 000 CC73GC CK73GB 2200PF CC73GC CK73GB 000 CC73GC 5PF CK73GB 2200PF CK73GB 390PF CK73GB 000 CK73GB 0 010UF CK73GB1H 2200PF CC73GC OOPF CK73GB OUF CK73GB 4700PF CK73GB1H 000 CK73GB 0 047UF CK73GB OUF CK73GB 000 CK73GB 000 CK73GB 4700PF CK73GB 000 CK73GB 0 047UF CK73GB 000 CK73GB 000 CK73GB 000 CC73GCH CK73GB 000 CC73GCH CK73GB 000 CC73GCH CK73GB 000 CC73GCH CK73GB 000 CC73GCH CK73GB 000 CC73GCH CK73 000 CC73GCH CK73 CK73GB1 CK73 CK73GB1 0 010UF CK73 1 CK73GB1 000 CK73 CK73GB1 4700PF CK73 CK73GB1 0 047UF CK73 CK73GB1 000 CK73 i CC73GCH 39PF CK73GB CC73GCH 68PF CK73GB CC73GCH 39PF CK73GB CK73GB1H 000 CK73GB1H i CC73GCH 56PF CK73GB i CK73GB1A C93 0912 CK73GB1H 0 010UF CK73GB CE32CL1H4 4 7UF CK73GB CK73GB1H 000 CK73EB1 CE32CL1 4 7UF CK73GB CK73GB 000 CK73GB CE32CL1 4 7UF CC73GC F CK73GB 000 CC73GC CK73 4700PF CK73GB CK73 000 CK73GB1H CK73 000 CC73GCH CC73 39PF
158. 4 j 2 Q3 25 5566 IC67 3 25V TPC6111 F LA4425A RIPPLE b FILTER AF AMPLIFIER Orth mn ogre SWITCHING SWITCHING FM 4 97V 1068 OTHER y ANALOG 0V SWICH Q4 RT1N430M T111 R133 4 AM 100k ENA SWITCHING 54 2 R135 sopi 22 TA48M033F F 3 135 RTSPAS1C T112 25 85 1SR154 400 0 1 2 3 35 240mA y y NE 45 2x poa AW bt IN OUT x 8 5 02 25 Sj GND 2 OTHER 0 257 S SN o 2 gt 3 s 4 SWITCHING 128553 063 RTIN234U T111 AGM T 2 49V 188154400 719v 1 2 5 03V b IN e SVAN em 1 0V P GND OTHER OTHER 0162 FMOD 5 g 0 5 e 8 a 5 E 3 Y Y a 8 9 R104 Bi 2200p SST of o 2 5 gt 4452 28 2 E em gt 66 AK5385BVF 2 50V AoUTPUT 65 NJM2732V BoUTPUT V R126 22 RIF DET ADC 5 03 40 6879 05 Nin NISN N gt gt gt gt gt gt gt 9 5 5 5 S N 4 z cuo we 52 52101 47 8 9 IE 4 x lt s 55211 5 RS 88825 Y oo
159. 7 o o o 22 x 72 Oja lt 6 8 8 45 55191010065 P S 5 5 888528 TX RX UNIT X57 785X XX A 2 CN2 118 X53 446 A 3 5 6 CONTROL UNIT X53 446X XX A 3 AA a C SCHEMATICDIAGRAM S 590 AB AD 9 9 9 8 B 14V 33M E A n RST E E E a E E DRST R381 1M eR388 100 0 12 UL w TXC 69 ov 13 1 R389 150k ov x TLN1 DRET TLN2 3 33V 16 IBK R421 47k BKC 8390 17 E RESET CNVSS ov 10306 ANISEL F3651RDFCKDTA Vas 9 C348 R386 18 NCU at MODSEL sp 8d 0 gls 19 ZT 217 VCC2 C349 3p x 20 4 11 0592 2 3 34V 21 i C353 8391 47k 22 AM 3 337 23 42 DREQ 54 PREG PWS i 55 PWS UVBINT 5 OVBINT 1 ay 2 UCTS 27 UCTS URXD gg 2 49 4 URTS 28 URTS UTXD UTXD 9 C351 TP390 30 1000 e Ncunsn 91 9383 100 31 DCFV 32 E 42 ABK2 8 2 ABK ABK1 TP393 eR384 0 34 NC USCL 94 eR385 0 35 USDA G NC USDA x 33M 3 34V 37
160. 8 5 8 8 9 3 3 9 32 5 8 5 8 m n mmu m m mm s O O DO D O B ob OO TX RX UNIT at ET Bxl 1 E40 6745 05 X57 785X XX V2 anp lt 2 ss ss 2 zu 5 897 6 0 080 00 2 90 CNG Egi 28 o lt 9 y ms quee cum mec a N SS I en ees s ear 857 switch ZL Tyasacapo 18 22095 M Seen umane E a scan es i rt A PPR s 872 EN 8 FINAL UNIT E40 6879 05 X45 391X XX A 2 a o 892 5 E 512812 TX RX UNIT CN5 a 5 5 AMPLIFIER CONTROL UNIT LO X57 785X XX A 2 DISPLAY UNIT X53 446X XX B 3 X54 3700 00 A 6 CN107 CN2 CN502 CONTROL UNIT X53 446X XX A 3
161. B INPUT 8 S8ielel elelela 88888888 gt 888888 21912 512 812 2151 8 gl pS 88 28 88 28 ERR B 3823 Bg 5 NPUT i sili KE of oe ck ok TE of ot oF 212 STE 52 5822582868 3 051 1 17978151818175181 9 8 S q T A m A INPUT metis 5 OF OF 9 8 88 8 iud x x oxi 5 01V 4 3t 1u SWITCHING 5 Go 2 oF ak oF gt 4907 OF OF 0 RT OF DIE e 8 8 8 8 86 cuc 5 5 gt ofa Oy OP m 4 940 OS 2 50V 2 51V 494 ST 27 STSTST STS 2 o S I S SI SISI eo 2 9 ele O lOle 1 8 ims AMPLIFIER a a 2 x X eg 0 o 4 e e CN301 E40 6505 05 Ee cos 518l elg slg elg ole 518 el8 518 m 3 BoUTPUT Phase 2 al ss x 194605 RIF 1 R61 RIF 10u 68k 2 1000p 912 i V AoUTPUT CN303 r w e zx 8 a sls a s s sos 8 3 82
162. BACKLIGHT a annu mms n OHEENSEN AMBER DISPLAY UNIT PHONE X54 3700 00 F 6 0104 CN964 6 11 0705 15 29D2114K W R149 C161 E41 1701 05 w it 4 Six oly 2200 amp T VT D188 213 217 LED AMBER lt V B30 2322 05 BA 25 120 1 4W D 2 R977 Blo Blo Blo Blo Blo Slo Glo w H S28 8 5 9 5 8 5 825 528 528 CEN 120 1 4W El t 817517515 8 Sle 81 Ble 91 x z rx A A N N e a a a a a Jk 05 2 BAT Re 8 Sle 81 BL Qu a a a a ta w lt gt ef ele e olm nlt aly nis E B Ex m a a Q a a a 5C R217 5 00V 5V 1 5C w BACKLIGHT L _ 0 C146 1000 1 AMBER 264V BACKLIGHT BACKLIGHT P TP375 GREEN 3 82V H AMBER 0 89V BACKLIGHT R187 R204 100 B 2 MENB QREEN 3 22V AMBER 0 24V GREEN 1 45V MENB MAIN 0105 GREEN 0V 100 TP376 gt lt ENCODER R170 _ R221 BUFFER R188 R205 100 2 A 3 MENA 6 mew MENA AN w 1 0 1k 4 100 C147 1000 Gia DRIVER ale 12104 ov 1000 GND 4 GND 818 ICZWI25FU R 774 AMBER 0 897 NDS 578 GREEN 1 45V E41 1684 05 5 00V 5V 1 5 BACKLIGHT AMBER 0 8
163. CK73GB1E105K 0UF CD04BQ CC73GCH1H821J F CC73GCH1H10 CK73GB1H104K F K 93 0912 05 CC73GCH1H151J F CK73GB1H104K CK73GB1E105K OUF CK73GB1H104K CC73GCH1H151J F CC73GCH1H101J CK73GB1H104K CK73GB1H104K CK73GB1H103K CK73GB1H102K CC73GCH1H82 F CK73GB1H104K CK73GB1E105K CC73GCH1H471J CK73GB1H103K CC73GCH1H050B CK73GB1H104K 10UF CK73GB1H104K CK73FB0J106K CC73GCH1H050B CK73GB1H102K CC73GCH1H471J CK73GB1H104K 10UF CK73GB1H104K CK73FB0J106K CK73GB1H102K CK73GB1H104K 10UF CK73GB1H104K CK73GB1H104K 10UF CC73GCH1H030B CK73FB0J106K CK73GB1E105K CK73GB1H222K CK73GB1H102K CK73GB1E105K CK73GB1H104K CC73GCH1H331J CK73GB1E105K CK73GB1H103K CK73GB1H104K CK73GB1E105K CK73GB1E105K CK73GB1H222K CK73GB1H102K CK73GB1H103K CK73GB1H102K CK73GB1H104K CK73GB1H102K CC73GCH1H471J F CK73GB1H102K TS 590S PARTS LIST CONTROL UNIT X53 446X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CK73GB1H102K 000 CC73GCH1H101J 100PF J CC73GCH1H331J 330PF CK73GB1H103K 0 010UF K CC73GCH1H101J CS77BA1A100M 10UF CK73GB1H102K 000 CK73GB1H103K 0 010UF K CK73GB1H222K 2200PF CC73GCH1H080B 8 0PF B CK73GB1H102K 000 CC73GCH1H151J 150PF CK73GB1H222K 2200PF CC73GCH1H390J 39PF CK73GB1H102K 000 CK73GB1H103K 0 010 CK73GB1H222K
164. CN953 LB Low cut encoder pulse GND GND LA Low cut encoder pulse A DISPLAY V Multi encoder pulse A R UNIT X54 3700 00 C 6 Function Hi cut encoder pulse B to Display unit A 6 CN105 Hi cut encoder pulse A Low cut encoder pulse B 3 3V DC DC GND Notch volume voltage Low cut encoder pulse A Squelch volume voltage Hi cut encoder pulse B to Display AF RF unit D 6 CN966 Hi cut encoder pulse A O 3 3V DC DC 3 3V DC DC AF volume voltage Notch volume voltage RF volume voltage No connection GND to Control unit A 3 CN63 DISPLAY A SQL volume voltage Function to Display unit 6 106 3 3V DC DC No connection AF volume voltage GND RF volume voltage GND No connection Power switch output signal 3 3V DC DC No connection O AJOJN GND GND Function Reset signal for Panel MCU to Control unit A 3 CN64 Reduced voltage detection interrupt IC signal Serial data input from Main MCU IC GND RTS signal input from Main MCU GND Serial data output to Main MCU IC UP control RTS signal output to Main MCU MIC Down control MIC Down control IC
165. CONNECTOR EXT AT H25 0796 04 ROTECTION BAG 7 0959 15 LEAD WIRE WITH CONNECTOR SP E37 1487 05 LEAD WIRE WITH CONNECTOR X53A X45A H25 2013 04 PROTECTION BAG 8045180 T 0 08 24 30 E37 1488 05 FLAT CABLE X57A X45A H25 2352 04 PROTECTION BAG 250 350 0 07 2A 2C E37 1489 05 FLAT CABLE X53A X45A H52 2377 02 ITEM CARTON CASE H52 2378 02 ITEM CARTON CASE 3A2CAF 2C 3D 2C 24 30 14 30 E37 1490 05 FLAT CABLE X54A X53A E37 1481 05 FLAT CABLE X57A X53A J02 0440 04 FOOT FRONT E37 1492 05 FLAT CABLE X53A X53B J02 0441 15 FOOT SIDE E37 1483 05 LEAD WIRE WITH MINIPIN PLUG TXRF J02 0442 04 FOOT FRONT E37 1494 05 LEAD WIRE WITH MINIPIN PLUG RAT J02 0475 05 FOOT BACK J61 0307 05 BAND 20 30 20 30 20 30 E37 1495 05 LEAD WIRE WITH MINIPIN PLUG 101 E37 1496 05 LEAD WIRE WITH MINIPIN PLUG LO2 K01 0427 05 HANDLE E37 1497 05 LEAD WIRE WITH MINIPIN PLUG LO3 K21 1107 13 KNOB MAIN KNOB 7 1499 05 LEAD WIRE WITH CONNECTOR X57A X53A F K29 9390 03 KNOB INSIDE NOTCH AF E37 1500 05 LEAD WIRE WITH CONNECTOR RIF F K29 9391 13 KNOB OUTSIDE SQL RF F K29 9456 23 KNOB MULTI E37 1501 05 LEAD WIRE WITH CONNECTOR TIF E37 1502 05 LEAD WIRE WITH CONNECTOR AF E K29 9465 03 KNOB RING MAIN KNOB E37 1503 05 LEAD WIRE WITH CONNECTOR PHONE F K29 9466 02 KEY TOP 8KEY E37 1505 05 LEAD WIRE WITH CONNECTOR X57A X57B F K29 9467 02 KEY TOP 25KEY E37 1506 05 LEAD W
166. Control LO unit B 3 CN601 LO3 3rd local signal Coaxial CN600 to Control unit A 3 CN61 RIF O RX IF output GND GND CN650 to TX RX NB unit B 2 CN663 14S O Switched 14V Function Common terminal relay Standby switch L TX Make terminal relay Break terminal relay ALC voltage TX 14V J4 KEY GND KEY down signal input GND No connection No connection 6V DC DC DC DC GND GND IF blanking H Mute 1st IF switch signal H 73 095MHz Noise Blanker level 8V DC DC IF mute signal H Mute N674 to Final unit A 2 CN667 O NB IF output Coaxial CN700 to Control unit A 3 CN62 TX IF input GND CN800 to Final unit A 2 TX RF output Coaxial J1 EXT SP GND AF output for external speaker TX RX NB UNIT X57 785X XX B 2 Internal speaker AF signal J2 ACC2 No connection RTTY key input Packet RX signal output GND Squelch control signal 501 tight Hi Z KEY jack judgement signal J5 PADDLE GND Dot signal input Dash signal input KEY jack judgement signal KEY jack judgement signal No connection No connection No connection No connection J100 RX ANT RX antenna input Coaxial J800 DRV Drive output Coaxial F
167. E37 1491 40 6656 za en 58 05 2205 98 54 3700 00 6 PRXD PRXD ANI 9 29 55 9 9 a E PCTS PCTS ANO ANO 9 s 3 8 ra MD MD GND GND u I S953 Eg MU MU PKSR PKSR _ CN953 CN105 GND GND E PKP 4056766 1 40 6765 NC Ne E ot s ES 1 1 1 OT DOT HI LO 1 DASH DASH SHIFT WIDTH 1 02 KYS KYS NOTCH SQL VR954 1 Y 1 1 1 FSQL FSQL PHDET PHDET Y AD1 AD1 cu R31 0677 DATA DATA LCD IEN1 IEN1 IEN2 IEN2 ue B38 0934 1 1 IEN3 IEN3 Eis AS DISPLAY UNIT AF RF TCS TCS X54 3700 00 D 6 1 CN64 VSRM VSRM ica 11 41 1687 VSFM it i MIC ib CN966 CN106 vRosa E40 6710 11 E40 6708 MSG bt Dr gt MD DGNB DGND APR AEVOL I AEVO i SS GND GND TX RX UNIT NG NC ed ETT NC Ne X57 785X XX A 2 1 1 Z a gt gt gt gt 1 36 831 0677 5i 15 88 eo AXX 00 20202 2 8595 1 1 S 5558605857656580028555555585528288255205 94 86020 1 adi 0 11 TS 590S K pa o UEM CC IEEE LIC LE 4 PH 2 71 TS 590S E 1 j g j 1 PHG MEE DES a a aes EL EIE N i EE s 4 PHOET DISPLAY UNIT PHONE 2
168. FIXE L34 4832 05 L41 1095 33 SMALL FIXE L34 4833 05 L40 1088 67 SMALL FIXE 5 5905 PARTS LIST TX RX UNIT X57 785X XX Ref No Address Parts No Description Desti Ref No Address Parts No Description Desti L374 376 L34 4818 05 L741 1085 33 L391 1015 33 XED IND L742 4705 33 L393 1005 33 XED IND L743 1005 33 L394 1553 05 AL COIL L761 1015 33 L397 1005 33 FIXED IND L762 1476 05 XED IND XED IND XED IND L FIXED IND DAL COIL 52 1421 422 1255 15 AL COIL L763 1480 15 L431 4785 33 XED IND L764 4785 33 1288 67 XED IND L765 1005 33 1015 33 XED IND L781 2785 33 1098 60 XED IND L782 1085 33 e 20 DAL COIL L FIXED I L FIXED IN L FIXED IN L FIXED IN 1015 33 FIXED IND L783 784 4705 33 1098 60 LL FIXED IND L785 133 0695 05 1461 1480 15 ROIDAL COIL 1786 1085 33 1462 1571 05 ROIDAL COIL 1841 1015 33 1471 473 1015 33 ALL FIXED L903 1005 33 XED IN XED IN XED IN LL FIXED IN LL FIXED IN gt gt gt gt gt L474 475 6895 33 1476 5695 33 477 478 1005 33 L479 6895 33 L480 5695 33 XED XF301 0656 15 CF 11 374MHZ XED XF371 0605 05 CF 73 095MHZ XED XF471 0664 05 CF 10 695MHZ XED XF472 0230 15 CF 10 695MHZ XED XF473 05
169. G09 0405 05 KNOB SPRING ENC KNOB B11 1879 03 INATION GUIDE TX RX B11 1880 03 INATION GUIDE MULTI G10 1277 04 BROUS SHEET CABINET B42 5650 04 AL NUMBER STICKER G10 1812 04 BROUS SHEET TORQUE G11 2698 04 HEET ACCESSORY B42 7003 04 RATING LABEL DC CORD G11 4509 04 HEET FRONT GLASS B42 7019 04 STANDARD LABEL FCC K G11 4510 04 UBBER SHEET X53B DDS B42 7070 04 STANDARD LABEL FCC B43 1644 04 BADGE G11 4520 04 EET FINAL RELAY B52 0622 00 SCHEMATIC DIAGRAM ACCESSORY G11 4535 04 EET X53A DCDC COIL G11 4536 04 BBER SHEET X53A PCB B52 0623 00 SCHEMATIC DIAGRAM ACCESSORY G13 1793 04 SHION UNDER SP B62 2243 00 INSTRUC MANUAL ENGLISH G13 1855 04 SHION SP B62 2244 00 INSTRUC MANUAL FRENCH B62 2245 00 INSTRUC MANUAL SPANISH G13 2300 04 LCD B62 2246 00 INSTRUC MANUAL GERMAN G13 2301 04 TOP RELAY G13 2304 04 RELAY B62 2247 00 INSTRUC MANUAL ITALIAN G13 2312 04 X53A DCDC COIL B62 2248 00 INSTRUC MANUAL DUTCH G13 2341 04 TOP FFC OB SPRING INSIDE KONB E04 0167 15 RF COAXIAL RECEPTACLE M G13 2343 04 USHION TOP SHIELD E07 0751 15 DIN PLUG 7P ACCESSORY E07 1351 15 DIN PLUG 13P ACCESSORY H10 6650 01 OLYSTYRENE FOAMED FIXTURE F E23 1164 04 EARTH LUG ANT H10 6651 02 OLYSTYRENE FOAMED FIXTURE R 0 3489 15 DC CORD DC SUPPLY ACCESSORY H20 1451 04 ROTECTION COVER H25 0029 04 ROTECTION BAG 60 110 0 07 7 0891 25 LEAD WIRE WITH
170. HIENCA Hi cut encoder pulse A input MULA ULTI encoder pulse A input M ENCB ain encoder pulse B input 2 3 4 15 6 7 8 9 a N encoder pulse A input RIT ENCB RIT encoder pulse B input RIT ENCA RIT encoder pulse A input NC Not used External pull down DIMMER LCD backlight PWM NC Not used External pull down NC Not used For production N 29 N N N w N N SEMICONDUCTOR DATA TS 590S Pin No Name Function DSP DC6726BRFPA225 Control unit 1C301 30 E8RXD O For production Port Name Function 31 E8CLK O For production VSS GND 32 E8BSY O For production MCLKT Master clock for D A converter 33 TXDO The serial port for connection with the TXC Detection of Reception or Transmis main unit sion 34 RXDO The serial port for connection with the CKY Detection of transmit or Not transmit DHLT DSP check signal to Main MCU 35 RTS port for connection with the main vss GND E CTS port for connectioniwith the main DREQ Communication request to Main MCU uni CVDD Core power supply 1 2V 37 38
171. Lus OLLS 6015 DATA PRE A A NOTCHW 7 nar ATT AGCOFF FINE MHz R lt EQ gt T CTx VOX PROC 11 1C101 LC75897PW LCD DRIVER zl e AUTO MENU M SCR M CH L m v gt tc a lt G z 5 102 3 TS 59 U YU OS SCHEMATIC DIAGRAM H DISPLAY UNIT X54 3700 00 A 6 5V ain 9 0 3V 8A u ov R154 47k NC DIMMER Po no 23 9 R155 47k H 22 _TP361 gt RITENCA 5 7 QU kus RIFENCB oreo 52 H 48127 XMULB M ENCB He CMENB Ld 4Tk
172. NE 5 rie ag 312 8144 BPF SELECT D140 SWITCHING 1152 PREON 3 20V RTIN436U T111 212 4 51 330 0461 464 NB 7 71 044 TOMS 5128 BTE DEI RTIN436U T111 oc 5 5 25 5383 111 8104 8tri5 ris RI 17 c 0 27V HVC131 HOE 6177 D151 PREOFF Q273 3 SWITCHING NOISE BLANKING NB OFF OV iM MO AGE 875 c 9 Blo 38 82 14S CN652 1 14S 4 97V p4 x 88 255 I 2 e 4 ig 8 R674 1STIF H 0 68V RXANT D101 102 0 wwe s REUS 8 58 sc NO SELECT 220 nle HVC131 SWITEHING D231 D233 RTIN436U T111 J 7 19V 0301 5 ME 5 C526 0 01u o CN520 4 1 Tg 15 10 29 2 5 2 NC 1 19V 1STIF L OV 1100 SURGE SPFSEUEGT BPF2 578 BT T SiS ars 5 37V mire TY rem i 1 1410 111 RT1N436U T111 FIL2 H 0 04V 5 42 Q471 473 AGC 10 Q453 454 Q521 522 52 Li AEN SS 3 eV af 10k M 5 d Q131 e E FIL2 L 7 70V SWITCHING a IC521 N521 an b a R678 R103 D108 RTIN436U T1 11 SUTOMING 28 BPF SELECT SWITCHING D233 234 5 ISTIF H OV 0455 456 88 Bet NJM12904V 0 CN453 SWITCHING AMPLIFIER R551 8lals C592 CN649 4 DCGND Z S3 w SWITCHING d D108 110 I BPF SELECT 5 8
173. R x2 0503 2 6 USB UART i 28C5108 Y F XE02 Icon i 177 1906 05 ADM3202ARUZ i 2507 15 6MHz MIRA puce AD9835BRUZ i pisu pps gt i 0643 v IF11M 10 719MHz i 2SC5383 T ascesesrii1 7 R SM 11 698MbHz i 5383 1111 FMRX 10 240MHz 1 VBUS So 7o 66 FMTX 10 695MHz 2 D 2 TXD 50 4o 3o 20 10 3 D 3 RXD co 4 GND 4 NC 5 5 GND 1901 DISPL J902 6 NC E58 0529 54 3 58 0537 7 15 amp RTS 9 NC 136 TS 590S BLOCK DIAGRAM v i TX RX UNIT X57 785 B 2 i NOISE BLANKER EXE 2SK1824 A 1 1 0651 lt 066 0669 Hia 2 25 5383 111 DO 2 gt SW from TX RX UNIT X57 785 A 2 2 0641 Te uc Q653 06630664 RB706F 40 7 2SC3356 A 2 SCR AX2 NBL 2 NB AMP3 NB 4
174. R280 283 R284 R285 R501 503 R513 515 R518 519 R520 R521 R522 R523 524 R525 527 R528 R529 R530 532 R533 536 R540 541 R542 R543 544 VR1 2 RK73FB2B100J RK73GB2A104J RK73GB2A103J RK73GB2A471J RK73GB2A102J RK73RB2H330J RK73GB2A105J RK73FB2B000J RK73FB2B103J RK73FB2B000J RK73GB2A223J R92 1316 05 RK73GB2A103J RK73FB2B101J RK73GB2A223J RK73FB2B101J RK73FB2B104J RK73GB2A103J RK73GB2A222J RK73FB2B101J RK73GB2A101J RK73GB2A101 J RK73PB2H2R2J RK73GB2A223J RK73GB2A103J RK73GB2A102J RK73FB2B101J RK73GB2A104G RK73GB2A103J RK73FB2B101J RK73EB2E000J RK73GB2A221J RK73FB2B101J RK73GB2A100J R12 6736 05 R12 6740 05 R12 6742 05 51 1420 05 76 0423 05 51 1420 05 76 0423 05 51 1420 05 76 0423 05 76 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 576 0415 05 576 0460 05 TRIM TRIM RELAY RELAY RE RELAY RE REL RE RE RE RE REL RE RE RE RE REL RE RE RE 10 J 100K 10K 470 1 0K 33 1 0M 0 0 10K 0 0 22K 100 100K 10K 2 2K 100 100 100 2 2 22K 10K 1 0K 100 100K 10K 100 0 0 220 J 100 J 10 J ING POT 2 2K ING POT 10K ING POT 22K D251 252 D253 D254 D255 D256 D257 D258 D301 302 D303 306 D307 308 D309 310 D311 D312 315 D316 31
175. R669 RK73GB2A472J R572 RK73GB2A271J R670 RK73GB2A473J R573 RK73GB2A180J R671 RK73GB2A223J R574 RK73GB2A271J R672 RK73GB2A473J R575 RK73GB2A392J R673 RK73GB2A683J R576 RK73GB2A222J R674 RK73GB2A103J R577 RK73GB2A391J R675 RK73GB2A223J R578 RK73EB2E221J R676 RK73GB2A102J R579 RK73GB2A101J R677 RK73GB2A473J R581 RK73GB2A000J R678 RK73GB2A152J R586 RK73GB2A153J R679 RK73GB2A472J R592 RK73GB2A473J R680 RK73GB2A153J R593 RK73GB2A471J R681 RK73GB2A103J R595 RK73GB2A000J R682 RK73GB2A221J R601 RK73GB2A681 J R683 RK73GB2A333J R603 604 RK73GB2A000J R684 RK73GB2A102J R609 RK73GB2A334J R685 RK73GB2A563J R610 RK73GB2A000J R686 RK73GB2A101J R611 RK73GB2A223J R687 RK73GB2A681 J R612 RK73GB2A122J R689 690 RK73GB2A000J R614 RK73GB2A333J R691 RK73GB2A473J R6 RK73GB2A102J R692 RK73GB2A220J R6 RK73GB2A104J R693 695 RK73GB2A000J R6 RK73GB2A684J R701 RK73GB2A000J R6 RK73GB2A682J R702 RK73GB2A331J R620 RK73GB2A223J R703 RK73GB2A562J R621 RK73GB2A473J R705 706 RK73GB2A471J R622 RK73GB2A223J R707 RK73GB2A681 J R623 RK73GB2A183J R708 RK73GB2A101J R624 RK73GB2A273J R709 RK73GB2A102J R625 RK73GB2A223J R7 RK73GB2A224J R626 RK73GB2A103J R7 RK73GB2A331 J R628 RK73GB2A683J R7 RK73GB2A102J R629 RK73GB2A684J R7 RK73GB2A820J R632 RK73GB2A103J R7 RK73GB2A471J R633 636 RK73GB2A473J R7 RK73GB2A182J R640 RK73GB2A154J R7 RK73GB2A472J R641 RK73GB2A000J I RK73GB2A102J R642 RK73GB2A101J RK73GB2A103J R643 RK73GB2A471J RK73GB2A822J R644 RK73GB
176. R839 RK73GB2A101J R768 RK73GB2A102J 840 RK73GB2A332J R769 RK73GB2A000J R841 RK73GB2A100J R770 RK73GB2A331J R842 RK73GB2A822J R771 RK73GB2A680J R843 RK73GB2A100J R772 RK73GB2A471J R844 RK73GB2A334J R780 RK73GB2A472J R845 RK73GB2A103J R781 RK73GB2A103J R846 RK73GB2A223J R782 RK73FB2B821J R847 RK73GB2A104J R783 784 RK73GB2A103J R848 RK73GB2A123J R785 RK73FB2B821J R849 RK73GB2A474J R786 RK73GB2A6R8J R850 RK73GB2A333J R787 RK73GB2A821J R851 852 RK73GB2A334J R788 789 RK73GB2A100J R853 RK73GB2A223J R790 RK73GB2A471J R854 856 RK73GB2A473J R791 RK73GB2A102J i R857 RK73GB2A330J R792 RK73GB2A471J R858 RK73GB2A222J R793 RK73GB2A15 R859 RK73GB2A103J R794 RK73GB2A47 R860 RK73GB2A154J R795 RK73GB2A124J R862 RK73GB2A102J R796 RK73GB2A184J R863 RK73GB2A474J R797 RK73GB2A563J R864 RK73GB2A183J R798 RK73GB2A154J R865 RK73GB2A000J R800 RK73FB2B473J R866 RK73GB2A223J R801 RK73GB2A102J R867 RK73GB2A000J R802 RK73GB2A473J R868 RK73GB2A473J R803 RK73GB2A683J R869 RK73GB2A103J R804 RK73GB2A334J R870 RK73GB2A104J R805 RK73GB2A000J R871 RK73GB2A224J R806 RK73GB2A273J R872 RK73GB2A104J 5 5905 PARTS LIST TX RX UNIT X57 785X XX Desti Desti Ref No Address Parts No nation Ref No Address Parts No nation Description Description R873 RK73GB2A273J 4 D431 MC2848 T111 DE R874 RK73GB2A222J 2 2K D441
177. S B R500 R509 ed H El XF476 0455 XF474 XF473 XF472 XF471 w uen 27721 1474 NI PKSR sac ss DOT KYS FSM PKP RTK KEY DASH C18 21 2 5 02 PHDET IEN1 IENS ALM AGCV AD1 DATA 2 E gs 0928 1 2 CKY TCS VSFM IBK 33C PC BOARD J79 0281 19 B 2 0662 s TS 590S eM 012 c631 8 EE Ro 3 a ala Sa 5 se e s 5 5 5 SSIS S S SSB gt 2 2 8 2 S IS Component side Layer 1 Layer 2 Foil side 10 11 12 105 13 14 E 8G A B TS 59 0 S PC BOARD TX RX UNIT X57 785X XX 0 11 2 71 E y Foil side view J79 0281 19
178. SELECT 5 17V 8 ve NB OFE RSV NO SELECT 7 69V RX TX IF FILTER et NO SELECT 9 HVC131 HVC131 10 695MHz 6KHz FIL1 H 3 19V D461 464 NB 7 71V eC444 L474 R477 eR489 1481 C445 FIL1 L 0V NOISE BLANKING NB OFF 0V 68 0 0 Q455 Sle ela ol ele wan RT1N436U T111 878 578 518 878 glx FIL2 H 0 04V 54127 Q471 473 Q455 456 1 alt en497 217 FIL2 L 7 70V SWITCHING SELECT R482 100 e SWITCHING Q 4 86V AM 0471 UM RT1N436U T111 NO SELECT 100 8 zl SELECT 4 38V RTIN4S6U T111 OFIL2 7 69V ale 88 I NO SELECT 7 69V 2r FIL 2 NB ON 6 59V RX IF FILTER NB OFF 0V 10 695MHz 2 7kHz SELECT ES fu 0475 476 FIL2 H 3 19 1475 SESS L479 SWITCHING FIL2 L OV 6 80 0 _ 68u 2 7k 10 695 SELECT 2 7k 10 695M 0 09V SELECT x og OTHER 7 65V 0 72 SELECT Sis E OTHER OV 3 48V gl R483 R498 T111 R501 CN473 1 NO SELECT Ms MSS 7 69V ols FIL 3 CN722 glz 100 1 FERT 4 8 2805383 1111 o 4 19 SELECT 3 49V RXIF FILTER gt SWITCHING s D472 NO SELECT 7 69v 11 374MHz 2 7kHz 9 5 2 S HIE SELECT 2 54V Sly SELECT gt Sg 21478 474 41480 NO SELECT 7 69V 0 647 C448 eR479 R488 C449 a 5 ry 5 6u 2 7k 10M E 8 0 01u 22 22 264 0 01u L SELECT o C7
179. Sd gu 5 2 8 19 Hi 18 25 S rd i u 8 CNS REVERSE CURRENT 016 2 58 7111 C81 2090 z 1 REGISTER E04 0191 05 on DA 330 Sls 2 25 Kt zz zz zz zz ZE Zo z zo za ze zo zoe ze zzr zo TUE EE rn 23 26 25 2 28 Zx LINEAR PREVENTION 9 1 Do 6 PGC TC74HCAO94AFF REGISTER 7 CONTROL UNIT LO CN801 88 1 85V z EE E 2 AMPLIFIER 9 8828 228 0 010 Z olo 52 52 55 65 5 69 59 50 58 68 64 6 62 52 6 amp 58 6 lt SF SF 62 pas z SURGE RT1N436U T111 SURGE ABSORPTION Ra2 1000 IEN3 LD 5 POC 53 446 B 3 POC ig o g 18 R803 D803 R810 5 8 5 D 279518 Ej 7 ENT EIS urs Ses NTS oo 9 9 9 9 9 9 5 Bz 019 0 912 812 tu 3 9k 5 6k 8 18 PROTECTION SWITCHING cee tk 2 p w 28 els j RAT e 8 4 CN654 2 R802 8805 878 556 BTS 91 78 Ven E ek emo osv 1 TX AIT ATTENUATOR ite H Le te Le te Le te fe Le bp e fe 58 66 56 e e e a 8 I 5 1 A A 1000p i 88 1000 2 CN251 POC AM AM 8 N OX o 5 x 2 o 2 ela o 2 ES 2 2 2 glz axl o o ALC Ss Q741 912 2 8 8 011 012 u am DI
180. TIEN H oso 2212217 ST 4581 7 70 9916 Q pew 34 i zg x CN800 s os 519 gee Bes D782 783 BPF NO SELECT 13 49V SWITCHING BEIDE RXB 1 RXB 1 9SCOLcc J RXB 1 LI E RXB 2 RXB 2 RT5P431C T112 P SR DV RX 3rd MIXER d 10 455FIL E 09V SWITCHING Q661 e 04 0191 05 C782 R792 R793 0138 gt a R736 703 55 2 eT eme enm SWITCHING BPF SELECT LSWITCHING 21149 175 Bv xps sle w ssz ss 8 Con 1254 12 495MHz 32 195MHz H EET 7 66V O Bee alle spor PET 10 695MHz 11 374MHz 24kHz ov lt tu e c w W bi Kt BIS 1355 lu P 02 11 374MHz H 3 Sz 47k 047u 25 3134 650 lt 8 SEE SWITCHING 5 8 8 R780 al 8 s es 298 6 31V 918 330 2705 8 8 HVC131 RT1N436U T11 680 0 01u Au al anh 5 gle DES 6105955 06 MCF OUTPUT 0861 862 woul SUC 0 0v 14 1702 m 1 Q660 662 206 2 5 5 Pos s2 5 1486 ets 518 5 51 28M 21 5M 30M LA ale E els St E ER ON 4 3 CN910 ela bed T Sa FM NOT FM 3 z MORBI S75 i S 551 SIS ETV BST 518 65 R135 5125 1 SWITCHING BPFSELECT 5 47y LEM 5 8 8 281 594v 8 5825 818 R357 1354 scas7 95 85 REVERSE CURRENT ale 0909 911 BL POW E RO
181. VSWR 28C4617 R X VS 9806 11 374MHz 500 SW QC 12 GND PRO PROTECT 0551 SS C 13 55 2SK208 F Y Pen 10M MIXER D551 D552 2SC3356 A NJM12904v 0807 24kHz 10 695MHz HSMBBASR Ex2 RXFM to CONTROL UNIT 25 5383 111 T X53 446 A 3 ID 12802 0702 ALCS a ID JPROTECT TC4Ws3FU F 2SC58383 T111 62 b 24kHz CONTROL UNIT 93 19 06 0752 IC801 5 X53 446 A 3 NJMi2904y NJM12904V 8 7 5 56 DUM gt IF11M 10 719MHz IF73M 11 698MHz TK FMRX FMRX 10 240MHz AMP FMTX 10 695MHz gt lt D gt _ EXTERNAL FM RX 0571 DE ER SENE 2SC5383 T111 gt AGCV TIF AF RIF DET CONTROL UNIT i 1 PHG X53 446 A 3 i 2 PH1_R TIF i PHT B 3 gt i PHONE 5 PH2 J951 E11 0705 S 1C78 1C76 1 AKASB7ET NJM2100V ZB pus i DISPLAY UNIT 1 54 370 F 6 1 77 i NJM2100V ZB IC65 IC66 NJM2732V IC64 AKSSB5BVE NJM2732V ped TC7W66FK F IC72 IC71 IC70 R lt RIF DET AKA382AVT NJM2732V _NJM2732V CNT M NOT_FM IC61 Le NJM2732V 1 MSG 5 J MIC MIC
182. carried out in PTXD PRXD PCTS PRTS Transmission speed 115200bps Circuits around the panel MCU The 33C power supply 3 3V sent from the transceiver is used as the power supply for the digital portion The panel MCU clock is 11 0592MHz X101 The reset signal is con trolled from the main MCU Also the panel MCU accepts the key matrix various encoders and volume E LCD driver The LCD driver used is LC75897PW IC101 In accor dance with the IC s specification the 5V power supply for the LCD needs to be input after VDD 3 3V a power supply switch circuit Q102 for turning 5V ON after 3 3V occurs In order to reliably control the power ON sequence such control is executed by the panel MCU Frame frequency 97 66Hz duty 1 3 bias 1 3 m LED LCD back light uses 54 LEDs for 1 color and amber or green can be chosen by the menu There are 5 steps of the back light luminance 4 steps with the dimmer and OFF Be cause the drive transistors O101 O103 O104 O105 can not be directly controlled with the panel MCU because of the quantity of LEDs logic ICs IC102 IC104 are used as a buffer LCD back light s default value is amber LED at times of transmit receive is controlled by the panel MCU 8A 8V O LCD backlight LCD backlight Z4 Amber Green O101 O103 0104 0105 IC104 LCD Drive circuir Drive circuir Buffer for Amber for Green COM1 COM3 DIMM 51 5119 5V LCDB Y LCDB YG 0102
183. circuit ON when RX 1s 11 374 2 is selected OP amplifier A 2 RX FM Noise squelch volt age amplifier B 2 RX FM AF signal amplifier Power supply control of RX F circuit ON when RX 1s 73 095MHz is selected Multiplexer Receiver output FM AF and SSB FSK IF changeover TX Mixer Transmission mixer 24kHz 10 695MHz Q274 Switching Power supply control of RX F circuit ON when RX 1s 11 374MHz is selected TX Mixer Transmission mixer 73 095MHz HF Q281 282 Amplifier LO1 amplifier RX 1st IF 11 374MHz is selected OP amplifier ALC protection Q301 Switching ON when RX 1st IF of 11 374MHz is selected Multiplexer ALC protection time constant changeover Q321 324 RX mixer Receiving 1st mixer HF 73 095MHz OP amplifier ALC protection 0351 352 Amplifier RX LO1 amplifier RX 1st IF of 73 095MHz is selected OP amplifier Amplifier for meter Buffer Buffer amplifier for ANO output Q391 Amplifier RX 1st IF amplifier RX 1st IF of 73 095MHz is selected Switching External squelch output open collector 0421 Switching Gain correction between 1st IF ON when TX or RX 1st IF of 73 095MHz are selected TS 590S Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility
184. clock No connection 83 5 5905 84 TERMINAL FUNCTION Function 8A 8A No connection GND GND UL Unlock detection L PLL unlock LDAT Serial data for PLL DDS LCLK Serial clock for PLL DDS LEN IC801 enable DEN2 IC803 enable SEN IC651 enable DEN1 IC601 enable DRES IC803 reset GND GND FMOD FM modulation audio GND GND CN508 to TX RX unit A 2 CN300 LO2 2nd local signal Coaxial CN601 to TX RX unit A 2 CN400 LO3 3rd local signal Coaxial CN654 to TX RX unit A 2 CN200 LO1 1st local signal Coaxial CN901 to Option VGS 1 VBSY VGS 1 Busy Signal VPLY VGS 1 Playback Signal NC No connection DATA VGS 1 serial data CLK VGS 1 serial clock VEN VGS 1 enable NC No connection VRST VGS 1 rese VDGND VGS 1 digital GND VAGND VGS 1 analog GND VAO VGS 1 voice output VAI VGS 1 voice input VAGND VGS 1 analog GND 5C 5V NC o connecti NC o connecti NC o connecti NC o connecti O N NC o connecti NC o connecti N NC o connecti N N NC o connecti
185. ey a ee ie Y i 576 0459 103 p mp i 0263 0264 gt to CONTROL UNIT 11 374 B i RX 215 25 1740 4 4 2 RX 73 095M 10 695MHz IF FILTER DIODE ATT X53 446 A 3 gt K45 K46 i 2 25 0 T uisi 78 095MHz TX 10 695M gt 73 095MHz 72 L 10 695MHz 11 374MHz 1 591 gt Kaa SIMA 1576 0402 2 2098 RX MIXER2 MCF RX stIF AMP 2nd MIXER TX MIXER AX and 171 0230 0522 0523 0521 Q453 0454 D525 NJM2591V DET to CONTROL UNIT 576 0424 o H K101 CN101 k 73 095 2 XF371 73 095MHz D422 D423 IF AMP1 10 695MHz 15k L204BBBx3 1 360 111 L204BBB X53 446 A 3 PADDLE lt 60MHz 522k 1 705MHz PRE AMP 2 FM FMDET Y IF2 171 0605 HSM88ASR Ex2 RX lt gt IF AMP J5 TX i 576 0459 OPEN 20dB T 52 RX gt x IDET E110705 ATS ATS per gt RXANT ATT und lt gt 0541 0521 0522 1C592 2 1 1 GND SR i 30k 522kH 2 032310324 Cx ae D461D462 XF471 29C3356 A 7 2SC5551AFX2 1 NJM2732V 3 VA zbor NC i 73 095MHz Digs DADA 171 0664 RX and iF HFRGC Rx 2nd rr IFGC ROLUNIT 8022 3 DASH X E 74 5 H x a 2SK1740 4 x4 HVC131x4 10 695MHz 6k SORGC dad Ss MUS 991 2 5 i LOT AMPI TX 70M AMP xm
186. i 2SC5551AFx2 6 9 7 5MH 1 TX MIXER I 73 095 gt H i Tis 10 8MHz NS 73 095 MHz I 4107 i I 10 5 13 i 102 i 0431 139 M I i i 14 56 21 1 T i 21 5 30 i i prete 02 1 RD16HHF1 102 30 Mi i INTERNAL I X53 SPEAKER 03 04 Qi 1 0783 is u 49 0 54 0MHz RD100HHF1 102x2 RD06HHF1 102 rep NESG260234 TX 49 0 54 0MHz 1 i n i 107 0765 I ee eee DIOE E fe e 1 i 73 125 83 095MHz A A CONTROL UNIT LO i 1 X53 446 B 3 i a i 83 095 89 095MHz i 2 I i RB715F 0663 101 1 x i 89 095 103 095MHz 2510 TTA He amp T 7 T t 13 1740 103 095 133 095MHz 13 174 13 374 2 H 66 5475MHz 14 874 16 374MHz 1 4 35 i i gt 1 IC803 i 1012 1 AD9951YSVZ 18 374 18 674MHz 13 174 32 195MHz i 1 DDS gt IC804 i UPC2710TB A 25 374 32 874MHz i lt i i FMOD 0506 1 2SC4649 N P 102 0804 Em 62 4MHz IC903 25C51081V F l pem UAI T OPTION S03 codec 1 906 0807 0806 0801 ENT CP2102SX0567 i 393 6MHz 62 4MHz 1 2MHz T i j PLL 2 4 0501 T m 2 T ue lt Z 256555111 38251281 i 2SC5108 Y F 196 8MHz 12801 Q504 0505 i occ cL 1944 1 ADF4111BRUZ 26C4617
187. ke uil ans MENA E8BSY O o EsBSY 5 GREEN 1 45V CN103 o D121 EBRXD c 17372 9 EBRXD 41 1684 05 2 lt gt lt D KO1 TP373 10 R178 5 00V 5V 1 BUFFER PRST 0 3 prsT 4k QTP363 MA2S111 F 1415 BACKLIGHT 7 ik C149 1000 KEY 0 ENT FINE MHz RX CH3 AMBER 0 86V _ 149 1000p _ TP378 S107 5121 45128 45135 45141 S148 5155 1 o Nc x GREEN DY OTP362 R190 R207 100 2 2 BACKLIGHT AMBER 3 24V RITA WC A b BACKLIGHT R173 100 TP377 gt lt 122 AMBER 0 07V AREER OONN 4 h KOO I GREEN 3 22V 47k pire 9 8206 100 T B 3 MA2S111 F 2 9 4 5 100 C148 1000p GND 4 s s T _ _ _
188. me sla DA221 818 518 CNA 13 59V 1 8 40 6526 05 D Eg 3 B R22 No T elt eu 2 2 43 75V L503 1 5k 8 5 oz z amp Sls Sn 13 70V D 5 2 145 ig L504 148 518 8 52 g 3 51 a gt M E x Se e zS 5 CN5 3 40 6873 05 5513 C515 220p 52 DATA t 9 100 3 al gt 9 AM DATA eC517 220p 5 5 R514 Es z 2 CHO 2 a 0516 1000p of 5 ol a BOVR 3 9 100 BOVER als 85 e o eh th She 4 GND 4 0811 1000p 8 5 S 5 m xx i 92 ov PSC 5 PSC ol 6 4 C510 0 010 4 919 Q 2 4 GND 6 C514 1000p 1505 4 z lt 1 2 m 7 1 2 4 OVER VOLTAGE DETECT s 28 8 512 1000p Ore assy els 2 2 AMD 8 72 24 9i5 Lm PROTECTION 25 TS 8 0101 63 TS 25 6383 111 C513 1000 iius x FAN g PHD 10 Q gis gle PHD als 5 2 2 RES 11 J eis 5 578 TT 9 C521 220p eT rab ATPWS 12 R515 100 A ATPWS H 523 220p ale SWITCHING OVER VOLTAGE DETECT 13 518 1000 812 reir rni FEN1 524 220p OFF R519 100 FEN2 14 o 5 arg FAN2 E41 1682 05 T SELECT 1300V 818 5 amp FAN2 NO SELECT 0 24V PONE E EM RTSP431C T112
189. rear panel of the transceiver Turn the transceiver ON while pressing the MIC key and NR key to enter adjustment mode and the Menu No appears on the Memory channel number display Remove the adjustment jig from the transceiver when the Menu No appears Menu No 2 Select the adjustment mode Menu No Turn the MULTI CH knob to change the Menu No 3 Change the adjustment mode setting data Setting data can be changed using the 65 or key 4 Write the adjustment mode data Press the or 9 key on the main unit or the UP DWN key on the microphone on Menu No 60 5 Cancel the adjustment mode Press the CLR key to return to normal VFO mode Note When the power is turned OFF during the adjustment mode adjustment mode is canceled Adjustment Mode Menu Menu No 00 62 Condition Display Frequency RX IF MHz MHz 2 7k 1 81 SB CAR Point 11M 2 7k 1 81 11M 500H 1 81 HF 11M IF Gain HF11 GAIN HF 73M IF Gain HF73 GAIN 11M Mix BAL HF11 BAL 73M Mix BAL HF73 BAL AGC Reference AGC REF HF SSB 51 HF S Meter HF SSB S9 HF SSB SF 51 HF FM SFUL 5 HF FM SO TI 50M IF Gain 50 GAIN 50 SSB S1 50M S Meter 50 SSB S9 50 SSB SF 50 FM S1 50 FMSFUL 50 FM SQ TH 50 FM SO TI ALC Reference ALC REF POC 100W P MTR 100W 50M 100W Adjustment Item Mode HF FM S Meter HF FM Squelch 50M FM S Meter
190. request to DSP EEPROM data output PHDET Phone jack connection detection L Detect VGS 1 enable VGS 1 reset RESET For reset L Reset VGS 1 playback signal input XOUT System clock output 11 0592MHz For production VSS GND VGS 1 busy signal input XIN System clock input 11 0592MHz PTT SS signal input L Transmit VCC1 Power supply input Firmware programming mode detection NMI Not used VCC connection Audio mute Mute DREQ Communication request from DSP Phase comparison detection for AT PWS Power switch input L Push Amplitude comparison detection for AT UVBINT USB connection interrupt input H Connect Power switch control Power ON UCTS RTS signal input from USB serial bridge AT tuning instruction H During AT tuning URXD Serial data input from USB serial bridge Squelch signal Close L Open URTS RTS signal output to USB serial bridge Power switch control Power ON UTXD Serial data output to USB serial bridge NC Not used Shift and store bus register for AT control signal H Valid Oscillator frequency output for DC DC converter Not used Audio blanking signal output for ACC2 USB AF blanking Crossband repeater operation instruc tion L Crossband repeater operation Audio blankin
191. value type ALC Q803 807 Amplifi ALC amplifier 0591 Switching Power supply control of FM circuit ON when RX FM mode is selected 0841 Switchi Keying control 0842 Buffer ALC keying control Switching Receiver output FM AF and SSB AM CW IF changeover multiplexer IC631 control Q861 862 Switchi Cancels the time constant for VSF and VSR voltage lines during antenna tuning Buffer oise blanker input buffer Q903 905 Switchi Power supply control of TXB ON during transmission Amplifier oise blanker IF amplifier 1 10 695 11 374MHz Q906 907 Switchi Power supply control of RXB ON during reception 0652 653 Amplifier oise blanker IF amplifier 2 10 695 2 11 374 Gain is controlled according to the B voltage Q908 Switchi Power supply con RX IF circuit ON whe 11 374MHz is selec 0654 Switching ON when Noise Blanker IF of 10 695MHz is selected Power supply con IF circuit ON whe 73 095MHz is selec Q660 662 DC DC oscillator 6V generation O663 664 Amplifier oise blanker IF amplifier 3 10 695M 11 374MHz Gain is controlled according to the B voltage Switchi Power supply con RX 1st IF circuit ON when 1st IF of 11 374MHz is selected Switching ON when Noise blanker IF of 10 695MHz is selected Switchi Power supply control of RX 1st IF cir
192. 0 138 1000 2 GND 2 5953 2802114KW BUFFER Se LB SB 3 2 as R197 100 TP383 3 LA 3 GND S2 C Daven 1k AM H Rx ov LB C139 1000p 2 a 218 1C102 a ZPF BACKLIGHT 915 TCZWA2BFU F LB E 8 2 i LA 8198 100 TP384 4 HB 4 HB S1_B D HB C140 1000 GND R136 HB Z LOW BACKLIGHT 1k HA 4 28199 100 TP385 5 HA 5 HA STA AMBER OV C141 1000p GND GREEN 1 41V CP106 ds aay 336 BACKLIGHT 100 T s 4 R130 C111 R200 100 TP386 7 vo 7 NVOL AMBER 3 22V FE NVOL Hm GREEN 0V 47k R201 100 TP387 8 svot 8 SVOL 2 SvoL w 4 VR954 BACKLIGHT Era av D161 187 2 2 B30 2322 05 LED AMBER GREEN 0V dk Sar 4 d Di ei FUE OUTER INNER 9 2 8 3 8 228 SIR DIR BIR DIR DIR 8 8 Eo d rE E DISPLAY UNIT AF RF X54 3700 00 D 6 by By S Ey Sy S BUT SLT CN106 CN966 at ST B 57 5 E40 6708 05 E40 6710 05 oe el cla tig nly Ole 336 SAN 1 1 By 4 Gy Ey Ey ky D R202 2 2 avo 1 57 BY 21 21 21 257 a AFVOL FS AF 9l 9l Bly Rl Rie SI sI a SI RFVOL 8203 TP389 3 3 2 je VR953 1 2 e 2 2 2 2 27 3 100 4 5 GND WIN RF L BACKLIGHT
193. 0 08 BUFFER with 3 STATE OUTPUT 1 8V AVR SHIFT 1A 05 BV AVR UAI 18k lu R43 5VB J UAI 1 74 EM 000 BUFFER D6 TA4805BF 815 OP 8 AB CN2 68 188154 400 6248 40 C210 E AMPLIFIER C217 8 EM 40 6526 05 1 2W VOLTAGE 8v 8v 8A p 5 FM 3 25V p VAI qu 5 03V 0 01u DREQ L15 SHIFT 2 OTHER C162 FMOD C285 0 01 1 4 AXPOLTI DVDD4 R44 tt FMOD 235 00 R198 R200 219 Pws TP9 g ot 557 0v 5 02V ju 218 it CVDD15 EM D 2 6 8 05 amp 5198 o C240 ae VDD UVBINT UVBINT S L16 148 i 2w 1SR154 400 a a 2 166 5218 R194 O F 82k 68 VSS26 083 s EE a E 3 5 5 lt A 1 9 SET RS 52 8528 MULT pe gt lt 13 61 852 6 2 NINJ RELS 2 5 22k C241 18k A UT REAL 68k 927 427 9 2 VSS10 A13 MULTIPLEXER URXD 2 GND eg s s 10u 2 50V z zz EM DM URTS KEG T 2 2 M 2 232 ___ B B INPUT els 12310 R217 ogy B28 Qxl Ssl RFS 3 8 8 AXRO 13 061 C4052AFT dur 29 117 872 8A A Q BST ETA aE Bhat Ter4nc4os NC URST E E 5 5VA 22k r O li 4 m CVDD5 9 5 2 5 03V m pn DVDD13 EM 016 gt 7 DCFV E e Rec C229 7 97 ir ud i DAC USB gt AX
194. 0 enable MD MIC down control to TX RX unit A 2 CN2 RTS signal input from Panel MCU Non switched 5V Serial data input from Panel MCU No connection RTS signal output to Panel MCU GND Serial data output to Panel MCU Digital GND o loc jo lolo 5 o lwm Reduced voltage detection interrupt No connection Reset signal for Panel MCU 3 3V DC DC GND Power current voltage No connection IF blanking H Mute 3 3V DC DC TX ON OFF H TXB ON Power switch input signal VSF meter voltage GND VSR meter voltage GND VSF VSR detector time constant control No connection ALC meter voltage O N CKY mute signal H Mute IC 13 enable Display MIC unit E 6 CN951 IC11 IC12 enable C signal input IC14 IC15 enable C GND Serial data D c oj jo oc Serial clock C UP control No connection C Down control Phone jack detection signal L No phone jack C standby PTT control FM squelch voltage FM S meter voltage CN65 to TX RX unit A 2 CN3 AGC control voltage O Audio signal output KEY jack judgement signal H Plugged Audio GND Electronic keyer dash signal 1 K
195. 02 CNB03 SHIFT SHIFT POWER i ONBO C827 100p 8 8 23 g oF LO2 AMP ZFS STS E40 6656 05 40 6525 05 E41 1684 05 E11 0414 15 E56 0408 15 9 40 6526 05 AMC 0802 14 PRO T k of Bl 5 E E Bl sl d 5 g E z s 9 o 2 2 o glo lt o gt 165 CN400 RT1N436U T111 0 022u R881 100k 47194 1 22 2 E 3 8 8 8 g 210202242 s 5 852 866 s 8 2 5 62 5 E04 0191 05 4 amp 8 g 2 u 5 CONTROL UNIT LO 1 J4 J5 a RUN EE ON MC EM OU i 6 rcm 88 9 E 3 8 8 1 CONTROL UNIT DISPLAY UNIT PHONE EXT SP E11 0455 05 E11 0705 15 CN601 2 T E lt zd 2 lt 2 E RS AS X53 446X XX A 3 X54 3700 00 F 6 KEY PADDLE 41 53 C a CN65 CN964 103 7 E C05 0379 05 C05 0379 05 6 8u 6 8u I s x s LESE waw ul oo wawa war wa wam wa ra wam wama wa wa wa wa wa wa wa a wa wa wa wara wa w wa wa wa wawa w m w
196. 0280 09 A 6 Y 4 GND ciae R 189 TP377 RITB 197 S RITA EXTR 5 LLLI TP379 m 208 cias res 2738 2134 2122 n B i Eme B 8 A EET O O8g2 5 5 E ER Spaz EO OR 5 zl EH PPoooo a TEES i R201 22252205 E 105 R200 o TP399 8199 TP374 m g 5 758 6141 m 2134185 S TP391 107 TP376O MENAI 3120 DISPLAY UNIT X54 3700 00 B 6 MULCH CH DISPLAY UNIT X54 3700 00 E 6 MIC DISPLAY UNIT X54 3700 00 C 6 SHIFT WIDTH NOTCH SOL 102 J K L M N P o R S PcBoARD 15 5905 DISPLAY UNIT X54 3700 00 A 6 DISPLAY v Foil side view J79 0280 09 A 6 164 8 1 t 3 j j 5 5 al 73 37 72 E AD TP326 J E ng HBE AE TP SERBE OTP354 s e OTP365 cre OTP353 OTP366 119 TP305 amp OTP367 o eu R143 350 Bus 116 Rl Es E 5 OTP369 E TP345 T cua Ores O1P370 ar R135 j m 6720 OTP324 OTP338 15 OTP372 712 NC TP361 mj
197. 04221 DSP 301N NWN m LAY RELAY ODE ODE ER DIODE ER DIODE ODE ODE ODE ODE URGE ABSORBER FIXED VARIABLE RESISI FIXED VARIABLE RESIST D811 D812 D861 807 809 813 841 843 862 1711 12 1013 1014 15 1052 1059 10592 1063 1070 1076 25111 DZ2J033M 25111 25111 155388 C74HC4094AFF 2353AGPDF5J C74HC4094AFF JM12904V JM2591V 273N AW53FU F 07F F 07F F ODE ODE DE ENER DIODE D102 103 C2858 T ODE IC80 12904V D104 V08 G D105 106 RLS245 D107 V08 G D108 110 HVC131 D131 156 HVC131 ODE 1802 CAWS3FU F ODE 1C803 JM12904V ODE JM12904V ODE 28C5383 T111 ODE RT1N436U 111 fm D231 234 HVC13 D235 MC2858 T111 D261 HVC13 D281 HVC13 D321 HVC13 ODE 1824 A ODE RTIN141U T ODE RT1N436U 111 ODE 25 1188 0 8 ODE RT5 T 2 2 0323 15 312 D351 HVC13 D371 1SV312 F D421 15 312 0422 423 HSM88ASR E ODE 250 ODE RT1N436U ODE 2SC5551A ODE RT1N436U ODE 2SK1740 4 TS 590S PARTS LIST TX RX UNIT X57 785X XX Address Parts No Description Der Ref No Address Parts No Description Desti 2SB1694 R 0925 RT1N436U T111 INK0010AU1 T1 421 57 101 6500 RT1N436U T111 1 R 460 57 101 6500 2SB1694 R 531 57 101 6500 INK0010AU1 T1
198. 0PF 5 5905 PARTS LIST TX RX UNIT X57 785X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CC73GCH1H102J 1000PF CK73GB1H103K 0 010UF CK73GB1E105K 1 0UF CK73GB1H104K 0 10UF CC73GCH1H102J 1000P CK73GB1H103K 0 010UF CK73GB1H102K 1000P CK73GB1H472K 4700PF CC73GCH1H102J 1000P CK73GB1H103K 0 010UF CK73GB1H103K 0 010U CK73GB1H104K 0 10UF CK73GB1H104K 0 10UF CK73GB1H472K 4700PF CC73GCH1H060D 6 0PF CK73GB1H104K 0 10UF CC73FCH1H332J 3300P CC73GCH1H150J 5PF CK73GB1H104K 010UF K CC73GCH1H390J 39PF CC73GCH1H222J 2200P CC73GCH1H470J 47PF CK73GB1H104K 0 10UF CC73GCH1H220J 22PF CC73GCH1H102J 1000P CK73GB1H103K CK73GB1H104K 0 10UF CC73GCH1H560J 56PF CC73GCH1H102J 1000 CC73GCH1H330J 33PF CK73GB1H104K 0 10UF CC73GCH1H820J 82PF CC73GCH1H102J 1000 CC73GCH1H390J 39PF CK73GB1H104K 0 10UF CC73GCH1H270J 27PF CC73GCH1H331J 330P CK73GB1H104K 0 10UF CK73GB1H104K 010UF K CK73GB1H103K 0 010UF CC73GCH1H181J 80PF CC73GCH1H020C 2 0PF CK73GB1H104K 0 10UF CK73GB1H104K 0 10UF CK73GB1H104K 0 10UF CC73GCH1H471J 470PF CK73GB1E105K OUF CK73GB1H102K 1000PF CK73GB1H104K 0 10UF CK73GB1H103K 0 010UF CK73GB1H103K 0 01 CK73GB1H102K 1000PF CK73GB1E105K CC73GCH1H020C 2 0PF CC73GCH1H102J CC73GCH1H102J
199. 1 J R543 7 52 Ref No Address Ref No a m IS m ie i nig 809 9098 IS 02 5050 1080 858 1818 C863 5 H B 15 1515 48 C847 Address Ref 7225255 85 Address Ref Address Ref RT em R652 ES Theo B B J K i M N Q l 15 5905 CONTROL UNIT 53 446 B C 3 0 11 2 71 v Component side view J79 0279 09 B C 3 C719 C728 59 s 3 Bi m C710 c3 C720 R692 2 o C728 B 8 8 amp 0675 0677 B E CERS tel erara gt I maj a 89 C706 714 C753 d E o B 8518 cy 0660 106X C677 R654 ong Lt e C680 510655 m T em gp CN654 Ej Eo pese Swe 0697 727 56300682769 c06NDO
200. 1 D301 302 307 308 311 316 0301 0307 0308 0311 D316 D317 0320 D323 317320323 MC2858 T111 MC2858 T111 2858 1111 MC2858 T111 MC2858 T111 MC2858 T111 MC2858 T111 MC2858 T111 1 1 E 1 1 E 1 1 eL43 10 C303 0 01u C335 0 01u C343 0 01 C371 0 01 C383 0 01 1 I LL PE as ERI ERI Se 90 j 5 55 55 85 85 55 85 32 43 145 851 1 gad gel Sat dall Ss E Ss E Ss 5 Ss 9 Ss N Ss 5 14S r3 o 0S cett 0 Note The components marked with a dot are parts of layer 1 113 X45 391 A 2 4 4 X45 391 B 2 1 1 TS 59 CONTROL UNIT X53 446X XX A 3 PRR ua i OS SCHEMATIC DIAGRAM C
201. 1 glx 8 5 3 47 100 5 w DRST 5 2 46 _ R501 100 J 33D w DEN1 2 y UAI 33D T 1 45 _ R502 100 5 a AW SEN lt 821315 44 R503 100 C505 47p 3 987 Bre SEL1 AW DEN2 i Ne gt 43 _ R504 100 0D A LEN 88 218 LCLK C506 100p AMPLIFIER G2 Neu 42 R505 100 T an C507 100p 41 R506 100 w LDAT 3 40 R507 100 LDAT m w UL C508 1000 8 58 39 8 85 38 3133 89 OT oy er 37 152 M 5 218 55 8A n E 4 8L 35 34 C931 919 T 33M J 330 stele galal ES 25615 Betgi 3 8 31 2 I EN 81 30 29 Iz 28 e 27 40 6 C514 1000p 26 8508 100 lt w URTS 5 5 5 5 25 R509 100 eo 158 515 1000 z TX X Ox9 24 R510 100 m 2 56 5 ESS UTXDH 0516 1000 78 T 24 23 R511 100 Oc w 1XURXDY C517 1000 1 501 5 z USDA 12504 SUAVE TC7WT125FUF 22 R512 100 C518 1000 TA4805BF 5 04V R526 21 R513 100 USCL 0519 1000p LES out l cse 109 AMi 20 R514 100 URST 520 1000p 518 GND sel EGER 0 01u w 4 DOF OLE 19 R515 100 oe os W 18 R968 100004 5 1 5 amp BUFFER E 17 516 100 3 d 6 a LDAT 16 R517 100 IC505 w STS H C523 1000 R970 TA48M033F F 2 2 15 R518 100 E 0 5 047 1 2 331V w CCTSH c524 1000p IN OUT a 1 502 14 R519 100
202. 1 go PREOFF 0V 0273 SWITCHING Det poss RT1NA36U T1 11 n HVC131 HVC131 SWITCHING D233 234 15 18 14 5 PREAMP ON OFF SW m SWITCHING 559 1STIF H 8V 73 095MHz ON PRE H 3V PREAMP ON RATB PON 157 L OV 11 374MHz ON TXMIXEH PRE L 0V PREAMP OFF R 0V SWITCHING 4 20 IC761 E TA4107F F eR771 56 Sie 0761 on 68 lt PREAMP 12dB 20dB k HVC131 1 e HFRGC or 50RGC H e C236 I 1 595 13 07V 100p REIN 1 amp NT HFRGC 50RGC L 13 23 3 247 767 C769 769 58 Mas tu 470 470p 0 248 uN gt 2 9 8 gl 1000p 238 Sls STs 0232 Yee REO HVC131 233 2SC5551AF AMP GAIN SW 8 ila SWITCHING 50RGC H 3V Sin 27 2 GAIN 20dB 21 5M 60MHz HFRGC or 50RGC H 2 8 5 8 50RGC L OV p 1 BERGE ond Z GAIN 12dB 135k 21 5MHz elz z 45 REVERSE 58 TX MIXER 5 55 BOX HFRGC or 50RGC H 0 07V CURRENT seo 73 095MHz HF os ss oz HFRGC and 50RGC L 1 79V PREVENTION HFRGC 0239 50RGC Fena RT1N436U T111 0235 SWITCHING 855 x Q236 SWITCHING MC2858 T111 a i AMPLIFIER alis QD HFRGC 50RGC H 1 77V HFRGC or 50RGC H 2 64V BFS HFRGC and 50RGC L 1 79V HFRGC and 50RGC L OV Dol RXB 1 RXB 1 5 101 12 495 gt 32 195MHz 1355 lu 680 3
203. 11 225 4 96V FPE 4 819 ds 1000p 4701 12 8201 8 470 12 1000 18 oSl aly 1000p 1000p 258 878 ST 887 859 A 8 5 SwircHiNG NO SELECT sls sls gle gle gle gle ata 84 207 w w 581925 52 552 VBINT 19 R515 100 al 44 1 ois BUR 818 STR 87 5 STA g 9 C554 L507 556 L509 Css8 eR545 eR547 0561 2 26V 0504 0505 9515 L521 eL522 Wat SS KS e o w 4 7 g R543 it w w 2SC4617 P SC4617 R ols eB 5 150n 150 TYPY 18 R968 ese 210000 4 220k 7 28V 4p tBu 15 15 15 18 18 100a 163 3 2 i 887518 BET Sta 58 248 275 cs 435 LEN 5 5 a x Wer zi T l I lt 5 17 R516 1007 8 BUFFER a 19 ale o c z 8880 1000 818 0501 A STPC 8 ipa L 8 Qx 65818 5 2 SWITCHING STS 16 R517 100 IC505 Bo 89 667459 SBT gro 27 0504 505 1 07V STS p LSSVAVR HH I AI EU eo gal C523 1000 R970 TA48M033F F z DOUBLER 20505 CCTS 15 R518 100 0 504V 1 2 331 1 gologl o A CCTSH C524 1000p IN OUT 6 PS m amp Q 5 S 2904649 N P CRTS 14 R519 100 al 2 28 5108 AMPLIFIER w CRTSH C525 1000 518 an
204. 111 RT1N234U T1 11 Q523 524 527 528 SWITCHING 9 I FON 5 E 9 9 SELECT 0 06v Q SELECT 0 06V SHIFT REGISTER qlz SELECT 0 06V SELECT 0 06V 8 NO SELECT 13 27V NO SELECT 13 20V u wm 813 NOSELECT 13 29V SELECT 13 26V lt SELECT 3 07V SELECT 3 06v 8 S amp 48 TC74HC4094AFF SELECT 3 07V SELECT 3 06V D NO SELECT 0V NO SELECT 0V ig NO SELECT 0V NO SELECT 0V 2 8 2 2 S 9 2 0532 0536 3 0539 0543 RT1N234U T111 RT1N234U T111 4 RT1N234U T111 RT1N234U T111 8 8 8 CO SELECT 0 06V SELECT 0 067 z 5 SELECT 0 067 SELECT 0 06V NO SELECT 13 29 NO SELECT 13 20V 3 6 NO SELECT 13 28V NO SELECT 13 28V i 3 d SELECT 3 06V SELECT 3 09V 91919 7 SELECT 3 06V SELECT 3 06V NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V Q531 532 533 536 sasi 0531 0533 RT1N234U T111 RT1N234U T111 SWITCHING RT1N234U T111 RT1N234U T111 0539 540 543 544 SWITCHING 4 MM O Bp elt xn Sac zn rea Z SELECT 0 08V SELECT 0 08V SHIFT REGISTER 2 SELECT 0 33V amp SELECT 0 08V SELECT 13 44 NO SELECT 13 43V au SIR 878 NO SELECT 13 45V SELECT 13 427 SELECT 3 16V SELECT 3 16v 8 S TC74HC4094 AFF SELECT 3 15V SELECT 3 15V NO SELECT 0V NO SELECT ov NO SELECT 0V NO SELECT 0V X 518 0503 0504 0505
205. 131 L156 D154 5 13 49 gt ov BPF NO SELECT 13 49V 220 47 HVC131 0135 SWITCHING BLO 65 8 56 5 40V RT1N436U T111 4 1M 6 9M R142 OTS SWITCHING BPF SELECT 5 55V BPF SELECT gt BPF SELECT BPF NO SELECT 13 49V S oV ON142 4 60V BPF NO SELECT SWITCHING SWITCHING BPF SELECT PERS 13 49V BPF SELECT 0134 j 413 157 650 270 167 D149 50142 BPF SELECT HVC131 C131 RT1N436U T111 13 49V i 6 39V 5 58V 9 SWITCHING BPF SELECT 3 55V ase m4 7 BPF SELECT d SANGANG 2183 SELECT 134V SWITCHING 3 83V 10k 4 76V L157 w BPF NO SELECT HVE ISI Lat C198 6158 CN136 13 49V o amp c 15 6p c gala HVC131 BPF6 81215 lelg BPF6 oF 515 8 BPF SELECT 5 3 0136 35 7M 6 9M 7 5M 871 81 SELECT RT1N436U T111 BPF NO SELECT asig J oO S 1349 13 49V SWITCHING R143 5 8 g gt SELECT 3 20V 518 881 9221 8le BPF NO SELECT Era SEE Se PR 515 8r 8 5 gt AST 8 BPF13 0143 R182 RT1N436U T111 m 9 SWITCHING 93 2 TX 49M 54M Z 9 D801 808 8A R841 and POWER CONTROL o 2 804 805 0801 5 5 Eos AMPLIFIER 8 4 aweuren 3 8 590 8801 R807 SS 7 83 EDZ51B 47k AMPLIFIER S
206. 14 1MHz 10 POC 25W 1 Menu No Transmit 30 14 1MHz 11 Power meter 25W 1 Menu No Transmit 31 14 1 MHz Power meter 150W ATT 1 push Power meter lights up to 100W position 6 659 Set the adjustment value within the limit of the specified power 100W 3 0W 1 push Power meter lights up to 100W position Set the adjustment value within the limit of the specified power 5OW 2 0W 1 push Power meter lights up to 50W position Set the adjustment value within the limit of the specified power 25W 1 0W 1 push Power meter lights up to 25W position Item Condition ADJUSTMENT Measurement TS 590S Adjustment Test Terminal equipment Unit Parts Method Specifications Remarks 12 POC 10W 1 Menu No 32 14 1MHz CW Transmit 13 Power meter 10W 1 Menu No Transmit 33 14 1MHz CW 14 POC 5W 1 Menu No Transmit 34 14 1MHz CW 15 Power meter 1 Menu No Transmit 35 14 1MHz CW 16 TGC GAIN Menu No Transmit 36 14 1MHz CW 17 ALC meter e Start point 1 Menu No Transmit 37 14 1 2 CW Zone max 15 dots point 2 Menu No Transmit 38 14 1MHz CW 18 Band TGC HF 1 8 1 Menu No Transmit 40 1 83MHz USB e 3 5 141 3 51MHz USB
207. 1678 a ax 100n 120 100 Bee Ros oos 667 C673 C679 C684 C971 C691 C741 C707 C718 R680 C755 0661 D671 82 33 27 27 33 82 D654 1000 8 0 1000 HVC131 KH 9 1F dH Tr dF K 11 9 11 9 ow 1I 9 DH VC 25 55 85 55 85 85 ECTS Sle Ele ale Bie SWITCHING swrcHNG 805 925 895 925 535 SWITCHING OT 5T GIS o a z Xo al te TUR CE sh 887 87 SS Ber 55 R637 IFA 0 03 10 0 73 125 83 095 EE 0 B 875 25 D670 C657 C659 0664 C668 1656 1659 1661 Rees C704 0668 HVC131 5 27 27 56p 100 120n 1001 1000 HVC131 KH dH dF dF dF SWITCHING 565 865 565 ots oto gre 4 Sue ola sla wlan GLO OLS ST ST 1 8u OPTION 50 3 5 X X x o lt 8 5 E18 0254 05 CRYSTAL OSCILLATION CIRCUIT 9 0501 i 4 2SC5383 T111 R531 al 6 92V 100 w E18 0254 05 a CONTROL UNIT SO 3 X53 446X XX C 3 e L502 o M Ehe 1 1 5 904 5 5487 C544 CN503 504 40 5487 05 41 1684 05 7 1498 05 EU LI LI 0 01u 4 5 2 9 Of 5 1 122 X53 446 B 3 3 5 X53 446 C 3 1 1 P so R T S
208. 16WV L40 1092 14 SMA DUCTOR 1 0UH CK73GB1H104K CHIP C 0 10UF K L40 3382 14 SMA DUCTOR 330NH 1 CK73GB1H103K CHIP C 0 010UF K 2 140 2282 14 5 DUCTOR 220NH 01 102 C05 0379 05 CERAMIC TRIMMER CAPACITOR 30P L40 1501 14 SMA DUCTOR 15UH 05 C05 0378 05 CERAMIC TRIMMER CAPACITOR 20P L33 0695 05 SMA DUCTOR 1000U L40 6891 14 SMA DUCTOR 6 8UH E40 6526 05 PIN ASSY L40 5691 14 SMA DUCTOR 5 6UH E40 6656 05 PIN ASSY E40 6525 05 PIN ASSY L40 3391 14 SMA DUCTOR 3 3UH E41 1684 05 PIN ASSY L34 4831 05 COIL E40 6726 05 FLAT CABLE CONNECTOR L40 2792 14 SMA DUCTOR 2 7UH L40 2292 14 SMA TOR 2 2UH 100 E04 0191 05 PIN SOCKET L34 4832 05 COIL 101 103 E40 5487 05 PIN ASSY 200 E04 0191 05 PIN SOCKET L41 1098 60 SMA TOR 1UH 201 E40 6852 05 PIN ASSY L40 1292 14 SMA R 1 2UH 300 E04 0191 05 PIN SOCKET L40 2282 14 SMA TOR 220NH L40 1592 14 SMA TOR 1 5UH 301 304 E40 6852 05 PIN ASSY L40 1501 14 SMA TOR 15UH 400 E04 0191 05 PIN SOCKET 500 501 E18 0254 05 SOCKET L40 1892 14 SMA TOR 1 8UH 600 E40 6525 05 PIN ASSY L40 1292 14 SMA TOR 1 2UH 650 E40 6533 05 PIN ASSY L40 1092 14 SMA TOR 1 0UH L40 3382 14 SMA 330NH 663 E40 6533 05 PIN ASSY L40 2282 14 SMA TOR 220NH 667 E04 0191 05 PIN SOCKET 674 E04 0191 05 PIN SOCKET L34 4831 05 COIL 700 E40 6525 05 PIN ASSY L34 4832 05 COIL 800 E04 0191 05 PIN SOCKET L33 0695 05 SMALL FIXED L34 4608 15 AIR CORE COIL 5D PHONE JACK 3P L33 0695 05 SMALL FIXED IN SOCKET
209. 2 515 eun E 91 OTS 13 49V a 2 HVCIST RT1N436U T111 33 Y SWITCHING z 8 8 5 5 818 SWITCHING 1 8 1 705 2 5M ZUR 878 BPF SELECT 5 52V BPF SELECT 10k CN140 BPF SELECT BPF SELECT TDI NO SELECT 13 49V SWITCHING SELECT BPF10 4 46ov 0 39V SWITCHING 2 BPF10 213 NO SELECT BPF NO SELECT Hvori 41148 C174 D147 ov 7 Ars 13 49 5 5 R134 535 518 8 8 51 5 RT1N436U T11 i oT ST gt M 14 5M 21 BPF SELECT 10k ER 6 SWITCHING BPF SELECT 5 42V 21M 14 5M 21 5M BPF SELECT BEFSELEGT BPF NO SELECT 13 49V SWITGHING BPF NO SELECT 4 167 0 237 d s D142 ov BPF4 89848512 BPR NO SELECT BPF NO SELECT A Hvc131 4 41155 179 D153 os 5 bi K Q134 we 18 49 12u 39 HVC131 RTIN436U T111 SWITCHING 518 245 845 518 5 34V 35M 2 5M 4 572 5 amp nS ATS 5 SWITCHING Bpr SELECT 5 48 22 25 4 BPF SELECT Sv SIR v se BPF SELECT BPF NO SELECT 13 49V SWITCHING 3 19V 4 54 BPF SELECT D 38 SWITCHING NO SELECT NO SELECT wate HVC131 D148 ov 13 49V BPF NO SELECT q 13 49V nn 6 31V 131 RT1N436U T11 5 51V 28M 21 5M es EPE SELECT SWITCHING BPFSELECT 5 47y 20 21 5 30M BPF SELECT 10k ENIS 630V BPF NO SELECT 13 49V SUNCANE 3 19V PES 1 BPF SELECT so BPF NO SELECT BPF NO SELECT 0 33V HVC
210. 2 05 E37 1491 05 Coaxial cable E37 1496 05 Coaxial cable E37 1495 05 Push the flat cables into the gap of the chassis Separate the two coaxial cables Caution for Replacing the LED B30 2322 05 B30 2323 05 When replacing the B30 2322 05 or B30 2323 05 LED used by the Display unit A 6 order and replace the LED for service into which the rank is divided according to brightness according to the following procedures so that the brightness of the LED backlight remains uniform after replacing the LED 1 Confirm whether the A or Z stamp is pushed on the foil side of Display unit A 6 Confirm whether stamp A is pushed Confirm whether stamp Z is pushed Display unit A 6 side 2 Order and replace the LED for service as shown in the following table according to whether stamp A or Z exists or not Service LED part number for B30 2322 05 Amber Service LED part number for B30 2323 05 Green Stamp A exists Stamp A does not exist Stamp Z exists Stamp Z does not exist 05 1636 00 High brightness
211. 2 1 13 148 o 13 72V 9 T 0V C283 R285 0 01u 2 2k AN 0258 EDZ5 1B SWITCH 148 0254 R284 Q253 254 SWITCHING 25 5383 111 052 N DSA301LA R281 100k DSA301LA R280 100k D51 52 0257 MC2858 T111 PROTECTION PROTECTION 2 928 878 c 818 1 8s Oo gt A OT 2191 578 8 8 8 er e glo rir 518 548 879 KT le sla 3 8 gle OT 838 Ol ele 171518 9 BT oF oF oF OF oF 2 d K21 24 K27 K30 36 9 O D303 305 309 D303 D305 D309 D312 D314 D318 D321 D324 312 314 318 DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U PROTECTION ES ks ks ES ks ks C318 0 01u C327 0 01 C336 0 01u C344 0 01 C354 0 01u C364 0
212. 2323 05 AMBER 0V LED GREEN 1106 Q GREEN 0 38V 8A 210 28D2114K W 1 rj o Bye Wen glx 0 2200p dcj oF 1109 68 08 RIVER 0125180216 1 DISPLAY UNIT MULTI CH ak LED GREEN L102 X54 3700 00 B 6 Rasa 1 7 1 F3 CN104 CN965 Jom R185 41 1775 05 E41 1775 05 278 FS8 218 2 8 190 P208 100 370 5 MULA 5 A 1 s e el 819 C150 1000 MULC 4 C 2 W Ble ole ale 5 oly ole ole Sal 100 47k R209 100 TP380 B 3 MULB 3 B 3 MULB w e gt lt gt lt 2 2 2 2 2 2 MULTILED 2192 C145 1000p w 24 2 33C 2 0961 Bhs 8 9 91 Sle 9l o ark 830 2146 05 Sy By 2 R216 TP381 1 MLED t a a K LED wr s 120 ORANGE 1 oly ole ly Bly oly CHLED cy iy iy Bon af 21 2 of 21 51 57 218 MULTI LED DISPLAY UNIT VR OFF 0V DRIVER UC NERO ON BACKLIGHT RTIN141U T111 CN105 CN953 AMBER 3 81V BACKLIGHT 40 6765 05 a E40 6766 05 GREEN 1 91V BACKLIGHT AMBER z R196 100 E OV GREEN phase 1 LB 1 2
213. 25 H eR176 213 c eT le ANg 1STIF L 13 40V 5 1740 4 28 1740 4 w er 3 17V m 5 DFA Ed TU AM A n x Q666 n 0925 BPF SELECT HVC131 0137 at el 515 BS 82p 68p 680p 2 1STIF H 1 99V T3 ats d D525 Ba lt 8 3 90 5 A 79101 84 fie RT1N436U T111 0 26V BPF SELECT 6 107 RT1N436U T111 3 CN231 875 1STIF H 3037 m C263 1STIF L 0 06V S we on ov 555 100 8 1 5 100 EET 8 5 ATTENUATOR 49 aes 1 591 680k BR 22 BUFFER AMPLIFIER 23699981111 Dooz 240546708 zy BPF NO SELECT BPF NO SELECT 13 49V 7 5 10 SM PRE 512 5185 8 1STIF L OV 0272 1251 1252 1254 512 0 10 8 SELECT 5 23 SELECT 5 17V BEN al olsalso M 55 5 5 NJM2591V 8621 eC619 RB706F 40 US 95 P SWITCHING iov SWITCHING BPF SELECT 5 42V PRE mea 975 NIS NIS INK0010AU1 T1 ARTS 2 8 n b NB OFF 2 86V NOSELECT 7 69v RX TXIF FILTER NO SELECT 7 69V I T o S928 Noe AHS Ber Ven RX 2nd IF AMP 2 3 b o 5 AM I ecneso ole 450 522k 1705M BEE NOSERECT 12 49 SWITCHING L3 9269 51 220 220n 220 8264 J 4 HVCI31 HVC131 fur de SEE 10 695MHz 6KHz iasi E UN e g4 27 927 8189762 0895 11 T e gt 321 gle 8 RXFM IC i gt T CONES E Dom
214. 25 ENED CN58 SP CN52 PHDET 124 CN53 J79 0281 19 A 2 107 10 11 12 13 14 TS 590S INTERCONNECTION DIAGRAM 1 1 CN102 11 E40 6527 1 MAIN MENB V 8 ENCODER gt MENA 8V_AVR pepe GND E 3 3V i AVR W02 1836 1 i 1 I CN103 I 1 E41 1684 1 5V AVR RITA RIT XIT Q gt 1 25V AVR GND 1 W02 3727 1 I EAC i DISPLAY UNIT i X54 3700 00 A 6 i DISPLAY UNIT MULTI CH 54 3700 00 B 6 _ 15mm 05mm i Pitch ZH I PithFFC 1 CN965 1 5Pin 1 CN104 CN107 1 20Pin 1 CN63 1 41 1775 1 E37 1507 14 41 1775 E40 6879 E37 1490 E40 6879 1 5952 20 Meo MULTI O gt Sie he NC MULC MULC GND GND CONTROL UNIT 4 T99 e T A Swe SWS X53 446X XX A 3 51 1 33C 33C
215. 251 t 155348 1255 en270 a VSR 10k 10000 1000u 10k Ez m 8 4 62V il 2 1 5 8 878 ov n og D253 255 AMPLIFIER wn 253 8254 2 20 DETECTION 2 100 Q251 4 2SK1740 4 SN VSF TC7SHUO4F F 121 YELLOW eL30 WHITE sla s cas gum pum D102 SIE 818 35 oa lel 560p 120p 2 8 T Be 1 REVERSE 518 818 HE PLNS PREVENTION g OT 9 9 OP AMPUFER 5 8 OP AMPLIFIER t102 68p 68p L d el 3 C127 es 1268 els 1 705 2 5 air 6102 578 0 01u 1M 25 DAN202U gt 2 5 s 4 142 p gu 0103 8 8 1 REVERSE 2 8 5 28 5 VOLTAGE 5 of 9 PREVENTION i i L108 150p 56p E C128 E 25 40 D103 0 01u 58 2858 111 Ja 2 124 WHITE eL32 GREEN 5 I mcm ieee E D104 a J sev 4 812 glz 1 REVERSE a 8 5 5 he 415 2 N of 8 L AMPLIFIER ne ov 0252 0104 0 01u 25 1740 4 55 Moape Je 0254 8285 TC7SHUO4F F 55 u I 125 WHITE eL33 WHITE EL Ag gom 1 REVERSE 818 518 818 5 os VOLTAGE 6 518 ets OTE 815 of aol 16 PREVENTION 28 m 7 1 5 AMPLIFIER elz 1 C130 215 DOSES 251 252 R267 0105 26 95 MC2858 T111 2 22 9 DETECTION P 55 7 ne w m R263 a
216. 256 1 gt 92228589995 X53 446X XX C 3 i 2 gt i wot 5 4 nggone 10s NO oo 1 1 1 1 a o 4o 20 10 uU o t UD 90 80 70 60 u c o o E58 0529 E11 0414 o E11 0455 E11 0705 COM E58 0537 E56 0408 E06 0752 PADDLE USB B Type 80 ACC2 REMOTE INT_SPEAKER 1707 0765 7 0959 ae 55 89 255 52 8 259 280 z 3 3 u rx M CP FINAL UNIT oo 1 255 282 RELAY 72758 8 X45 391X XX 1 ge ga B 2 ws 1 1 2 0mm i Pitch PH CN52 I 2Pin E41 1682 37 1486 5 TXRL 1177 1 TXRL 25 GND 2 14 2 GND 1 1 i i E I 1 SP i zo i u 1 1 i i i i i i i i i i i i i 2 5mm Pitch EH 10Pin CN650 CN663 E40 6533 37 1505 40 6533 145 145 NC NC 6V 6V DCGND DCGND GND GND IBK IBK 1STIF 1STIF NBL NBL BLNK BLNK j 10 10 i i i i i i i i i i i i i 1 TX RX UNIT
217. 28 _ ov 0 01u 38 336 SWITCHING R484 2SC5383 T111 7 70V 1 1 eR504 4 7k SON i 512 100 812 2 7k 11 374M SELECT 0137 oi 9 ov 0721 918 OTHER 7 677 525 38K293 F 2 14 SELECT 3 48V FP FILTER Q 15 g SWITCHING 11 374 2 500Hz SELECT 2 54V E d AMPLIFIER 2985 NOSELECT 7e9V NO SELECT 7 69V 0474477 E D473 XESIS 5 D478 SWITCHING 4 HVC131 HVC131 E D K 2 EU 8 SWITCHING 3 35 li elo 2 7k 11 374 SELECT REL Rig OTHER 9 615 2 7kHz FIL SW 100 88 4 5 JkHz 5 3 818 88 FIL 4 FIL 3 H SV and 1STIF H 3V gt 10 695MHz FIL4 H 3 20V FIL 3 H 3V and 1STIF L OV 11 374MHz 9872 SWITCHING N FIL4 L ov FIL 3 L 0V NOT SELECT RXB 1 1 RXB 1 RXB 1 RXB 2 y RXB 2 RXB 2 0861 862 REVERSE CURRENT PREVENTION OP AMPLIFIER L841 D841 843 0847 glx 8 28 1 861 REVERSE CURRENT 33 100u 24 578 NJM12904V PREVENTION 5 R 0V sies s R850 8853 6 72 ES 5 el 33k SSW 22k MA2S111 F R856 Q842 8 8 875 AW A We 29 6383 111 eR862 6865 BEN lt 4k 1k ej 325 5 8 35 2358 3 8 5 BUFFER R870 5 8 28 5278 5879 01585 100k gre 518 217219418421 R 0V D
218. 2A101 J RK73GB2A562J 15 5905 PARTS LIST TX RX UNIT X57 785X XX Ref No Address Parts No Description Der Ref No Address Parts No Description Desti R725 726 RK73GB2A471J 470 R807 RK73GB2A472J 4 7K R727 RK73GB2A102J R808 RK73GB2A102J 0K R728 RK73GB2A331J 330 R809 RK73GB2A182J BK R729 RK73GB2A470J 47 R810 RK73GB2A273J 27K R730 RK73GB2A101J 00 R811 812 RK73GB2A104J 00K R731 RK73GB2A330J 33 R813 RK73GB2A105J 0M R732 RK73GB2A104J 00K R814 815 RK73GB2A104J 00K R733 RK73GB2A393J R816 RK73GB2A471J 470 R734 RK73GB2A223J R817 RK73GB2A101J 00 R735 RK73GB2A471J R818 RK73GB2A102J 0K R736 RK73GB2A224J R819 RK73GB2A822J R737 RK73GB2A332J R820 RK73GB2A222J R738 RK73GB2A102J R821 RK73GB2A103J R741 RK73GB2A000J R822 RK73GB2A471J R742 RK73GB2A331J R823 RK73GB2A153J R744 RK73GB2A470J R824 RK73GB2A102J R745 RK73GB2A100J R825 RK73GB2A104J R746 RK73GB2A332J R826 RK73GB2A103J R747 RK73GB2A182J 827 RK73GB2A100J R748 RK73GB2A471J R828 RK73GB2A105J R749 RK73GB2A103J R829 RK73GB2A334J R750 RK73GB2A470J R830 RK73GB2A333J R751 RK73GB2A331J R831 RK73GB2A222J R752 RK73GB2A000J R832 RK73GB2A331J R753 RK73GB2A472J 833 RK73GB2A104J R762 RK73GB2A101J R834 RK73GB2A102J R763 RK73GB2A470J R835 RK73GB2A104J R764 RK73EB2E820J R836 RK73GB2A153J R765 RK73GB2A681J R837 RK73GB2A222J R766 RK73GB2A102J R838 RK73GB2A332J R767 RK73GB2A471J
219. 2V BPF SELECT AST WI amp SELECT 100 85 10 otto E Q NO SELECT BPF NO SELECT 13 49V 3 20V gle 33 gleg NO SELECT PREAMP ON OFF SW SWITCHING 1STIF 3V 73 095MHz ON ago 2551 z SWITCHING 4 86 A 0471 CNA72 45 HFRGC SDHGC 470 9 gk 819 5 als NJM2732V 5 _ E Sg Q667 8 470 HVC131 SWITCHING av BPF SELECT 6 24V EPF NO SELEG 818 Blo DLE 8 2 CN2 WT 515 8x9 RT1N436U T111 NO SELECT SELECT 4 38V RT1N436U T1 11 SEIS RX 2nd IF 3 25dB CN532204 g 8 8 22 IBK CN654 4 6 258 4 5 5 9668 BLS 8 5 9 8 0671 0663 SURGE g 5 SELECT 13 497 E 515 ET STE STS L13 49V gt 1STIF L 0V 11 374MHz ON R 0 16V s 85 ee 10 695 2 11 374 2 IFGC 3 e C600 2 Ts eR614 0613 OP 6 5 2 CN666 878 27 278 518 5 o SWITCHING BPFN SWITCHING 6 81 ov 2 5177 FT PRE H 3V 2 24 7 69V 578 NO SELECT 7 69V FIL 2 S 0 010 5 AMPLIFIER 5 2 7 x 86 NBO SWITCHING RT1P141U T111 REVERSE sa E ABSORPTION 5 d e e BPF SELECT 5135 Ea Dias Ch PRE L 00 PREAMP OFF SWITCHING R 0V vice 8 73 095 2 SWITCHING 73 095MHz MCF SWITCHING NB ON 659V RX IF FILTER aja B 33k 390p 5 z z 15
220. 31 1148 6174 D147 ov nto 18 NIG 13 49V e 0239 Q MIXER E b Sia 1STIF L 103 0701 2 2921 RXFM L 7 647 TIF zi NB AMP4 lt 9 5 9129 arinageu Titt 552 amp amp 0235 SWITCHING 8 3 15 re 5 awf ja gle gle ida SWITCHING 3 35 875 0 01 e MC2858 T111 CAR a 61 Gne T 795 eR790 6 35 6u 560 of HVC131 33 2858 111 aar Sito 0910 5 8 2 sls RT1N436U T111 0236 9 A 9 8 549 Q551 Fr m du Reg 0783 81341 518 Oa 918 57V 91M 14 5M 21 5M SWITCHING T 2 7k 11 374M SELECT 0 71V INK0010AU1 T1 2SC3356 A el CN909 B x Q665 1STIF L 6 80V 1800 D781 CN107 0 01 470 AMPLIFIER L786 0783 w OTS 14 4 SWITCHING BPF SELECT 5 427 AMPUFIE 5 Rig Rass OTHER OV CN474 1STIF H 7 42V 3 5 HN7G01FU F RXB NFM RXFM H OV 28C5383 T111 13 0166 25 0799 800 18V312 F DRV SUY Q783 1 74 100n HVC131 BEF SELECT 10k CN134 i un BPF SELECT BEESEUEDT 6 257 BPF NO SELECT 13 497 SWITCHING HFRGC or 50RGC H 1 77V HFRGC or 50RGC H 2 64V TX73 095MHz 5 e ay 100 2 B 100 10k 1STIF H ie AMPLIFIER 7 881 SWITCHING 1STIF L OV 1 Six
221. 31J R239 RK73FB2B390J R451 RK73EB2E471J R240 RK73GB2A151J R452 RK73GB2A392J 241 242 RK73EB2E121J R453 RK73GB2A152J R243 RK73GB2A682J R454 RK73GB2A821J R244 RK73GB2A562J R455 RK73GB2A220J R245 RK73GB2A181J R457 RK73GB2A8R2J R246 RK73GB2A470J R458 RK73GB2A103J R247 RK73GB2A271J R460 RK73GB2A101J R248 RK73FB2B221J R461 462 RK73GB2A120J R249 RK73GB2A271J R463 RK73GB2A331J R261 RK73FB2B471J R464 465 RK73GB2A000J R263 264 RK73EB2E331J R466 RK73GB2A221J R265 266 RK73GB2A100J R467 RK73GB2A472J R267 RK73GB2A271J R468 RK73GB2A221J R268 RK73GB2A000J R471 RK73GB2A391J R269 271 RK73GB2A100J R472 473 RK73GB2A102J R272 RK73GB2A821J R474 RK73GB2A561J R273 RK73GB2A332J R477 478 RK73GB2A000J R274 RK73GB2A182J R479 RK73GB2A220J R281 RK73GB2A471J R480 RK73GB2A681J R282 RK73GB2A561J R481 485 RK73GB2A101J R283 RK73GB2A151J R486 RK73GB2A681J R284 RK73GB2A681J R487 RK73GB2A000J R285 286 RK73GB2A8R2J R488 RK73GB2A220J R287 RK73FB2B100J R489 RK73GB2A000J R289 RK73GB2A000J R491 RK73GB2A391J R321 RK73FB2B471J R492 493 RK73GB2A102J R323 324 RK73GB2A681J R494 RK73GB2A561J R325 326 RK73GB2A100J R496 500 RK73GB2A101J R327 RK73GB2A271J R501 502 RK73GB2A472J R329 331 RK73GB2A100J R503 504 RK73GB2A102J R336 RK73GB2A331J R505 509 RK73GB2A103J R337 RK73GB2A102J R520 RK73GB2A102J R352 RK73EB2E471J R521 RK73FB2B331J R355 RK73GB2A471J R522 RK73GB2A182J R356 357 RK73GB2A151J R523 RK73FB2B471J R358 359 RK73GB2A8R2J R524 RK73G
222. 3FB1E104K CK73GB1H104K 0 10UF CK73FB1H103K 93 0558 05 8 0PF 91 3115 05 93 1811 05 CK73FB1H103K 93 1823 05 PF 91 3115 05 93 0568 05 B1H103K 93 1816 05 3126 05 93 1815 05 B1H103K 93 1820 05 3127 05 93 1813 05 B1H103K CK73GB1H103K 91 3127 05 93 1811 05 B1H103K 93 0564 05 91 3123 05 93 0570 05 B1H103K 93 0565 05 91 3123 05 93 1812 05 CK73FB1H103K HIP C 93 0569 05 91 3123 05 C 50PF 93 0565 05 CK73FB1H103K HIP C 0 010UF 93 0570 05 CK73FB1H103K IPC 0 010UF 93 0571 05 CK73FB1H102K IPC 93 1811 05 93 0554 05 93 0565 05 93 0568 05 93 0565 05 o m1 CC73FCH1H101J IPC CK73FB1H102K IPC CK73FB1H103K IPC 0 010UF CK73FB1H103K IPC 0 010UF CK73FB1H102K IPC m 93 0564 05 F CC73FCH1H221J IPC 220PF 93 1819 05 CK73FB1H102K IPC 93 1812 05 CC73FCH1H221J IPC 220PF 93 1816 05 CK73GB1H102K IPC 93 0565 05 F CK73FB1H103K IPC 0 010UF 93 1823 05 CC73FCH1H221J IPC 220PF 93 1816 05 CC73FCH1H221J IPC 220PF 93 1816 05 CK73FB1H102K IPC 93 0568 05 CK73GB1H102K IPC 93 0564 05 CK73FB1H102K IPC 93 0568 05 CK73GB1H102K IPC 93 1813 05 CK73FB1E104K IPC 0 10UF 93 0565 05 CK73FB1H102K IPC 93 0571 05 CK73GB1H103K IPC 0 010UF 93 0563 05 8P CC73FCH1H101J IPC OOPF CK73FB1H102K CK73
223. 3GB1H103K PC F CC73GCH1H101J CK73GB1H103K PC F CE32CL1V4R7M CC73GCH1H220J PC CK73GB1H103K CK73GB1H103K PC F CC73GCH1H101J CC73GCH1H330J CK73GB1H103K CK73GB1H102K PC CC73GCH1H101J CK73GB1H103K PC F CK73GB1H333K CC73GCH1H470J PC CK73GB1H103K CK73GB1H102K PC CK73GB1H333K CK73GB1H104K PC CK73GB1H103K CK73GB1H102K PC CC73GCH1H471J CK73GB1H103K PC F CK73GB1H104K CK73GB1E105K PC CK73GB1H103K CK73GB1H103K PC F CK73GB1H104K CK73GB1H104K P C CK73GB1H103K CK73GB1H103K PC F CK73GB1H102K CK73GB1H104K PC CK73GB1H103K CK73GB1H103K F CK73GB1H102K CC73GCH1H040C P C CK73GB1H104K CC73GCH1H471J PC CE32CL1C220 CK73GB1H103K PC F CD04BQ1C471M CK73GB1H104K F CK73GB1H1 CC73GCH1H010C PC CK73GB1H102K CK73GB1H104K PC F CE32CL1C220 CK73GB1H103K PC CK73GB1H104K CK73GB1H102K PC F CE32CL1C220 22UF CK73GB1E105K PC CK73GB1H102K 1000PF CK73GB1H103K PC CK73GB1H102K 1000PF CK73GB1H102K PC F CE32CL1C220 22UF CK73GB1H103K PC CK73GB1H104K 0 10UF CK73GB1H102K PC F CK73GB1H102K 1000PF TS 590S PARTS LIST TX RX UNIT X57 785X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CE32CL1C220M CHIP EL 22UF 16WV L33 0695 05 SMA DUCTOR 1000U CK73GB1H104K CHIP C 010UF K L40 1892 14 SMA DUCTOR 1 8UH CK73GB1C224K CHIP C 022UF L40 1292 14 SMA DUCTOR 1 2UH CE32CL1C220M CHIP EL 22UF
224. 3J R389 RK73GB2A154J R242 RK73GB2A473J R390 RK73GB2A000J R243 RK73GB2A103J R391 RK73GB2A473J R244 RK73GB2A473J R393 RK73GB2A105J R246 RK73GB2A223J R394 395 RK73GB2A473J R247 RK73GB2A183J R397 399 RK73GB2A102J R248 RK73GB2A223J R397 398 RK73GB2A102J 15 5905 PARTS LIST CONTROL UNIT X53 446X XX Ref No Address Parts No Description Der Ref No Address Parts No Description Desti R403 RK73GB2A473J 41K 612 RK73GB2A104J 100K J R405 RK73GB2A102J 614 RK73GB2A391J 390 R406 RK73GB2A473J 47K 615 RK73GB2A470J 47 R407 RK73GB2A101J 00 616 617 RK73GB2A153J R408 411 RK73GB2A473J 47K 618 RK73GB2A000J 0 0 R412 413 RK73GB2A105J 0M 619 RK73GB2A332J R414 RK73GB2A473J 621 RK73GB2A332J R415 416 RK73GB2A103J OK 6 RK73GB2A332J R417 418 RK73GB2A101J 00 RK73GB2A000J R419 423 RK73GB2A473J 47K RK73GB2A152J R424 RK73GB2A000J 0 0 RK73GB2A000J R425 RK73GB2A103J OK RK73GB2A000J R426 RK73GB2A183J 8K RK73GB2A000J R439 494 RK73GB2A101J 00 633 634 RK73GB2A152J R495 RK73GB2A473J 47K 636 640 RK73GB2A000J R497 RK73GB2A473J 648 RK73GB2A821J R498 RK73GB2A472J 649 650 RK73GB2A152J R499 RK73GB2A473J 651 654 RK73GB2A101J R501 527 RK73GB2A101J 655 RK73GB2A102J R528 RK73GB2A103J 657 RK73GB2A152J R530 RK73GB2A223J 658 659 RK73GB2A102J R531 RK73GB2A101J 660 RK73GB2A152J R532 RK73GB2A222J 661 662 RK73GB2A102J R537 RK73GB2A100J 663 RK73GB2A821J R538 RK73GB2A101J 667 RK73GB2A10
225. 3kHz 73 095 7 5 7 5 kHz kHz RX Trap 11 3745MHz 1 Display f 21 4MHz Mode USB PRE AMP ON SSG f 11 3745MHz SSG output 30dBm 7 07mV e 44 150MHz 2 Display f 21 4MHz Mode USB PRE AMP ON SSG f 44 150MHz SSG output 30dBm 7 07mV FM discrimi nator 1 Display f 29 200MHz Mode FM PRE AMP ON AF output 0 63V 8Q SSG f 29 200MHz SSG output 53dBm 0 501mV MOD 1kHz DEV 3kHz SSG Oscilloscope AF V M Distortion meter DM SP Audio analyzer Check S meter is not appear AF output min Repeat adjust for 2 to 3 times Check S meter is not appear AF output min If S meter is appear turn SSG level settings down until S meter is not appear Adjust the L595 to AF maximum output of 0 63V 8 ohms Check the distortion and the waveform is a good sine wave 2 396 or less 1st mixer balance 1 Adjustment of VR261 Adjust the volume position of VR261 as shown 2 Menu No 06 100kHz USB PRE AMP OFF SSG OFF Noise min TS 590S ADJUSTMENT Measurement Test equipment SSG1 SSG2 2 signal pad Oscilloscope Adjustment Item Condition Specifications Remarks Unit Terminal Parts Method ANT 1 629 Rear panel 9 Carrier point XF473 10 695M 2 7 1 Menu No 00 1 81MHz USB AGC OFF 5561 f 1 81010MHz 5502 f
226. 4 CRITB 5 Rar gee Ber are MA2S111 F oe cole ols E37 1511 05 SEND 2 3 MN MIN M V NOTCH RN 2 B 2 m m B Y BY 5 Y 8 8 Y 8 Y NY 5104 45118 5125 5132 5139 5145 5152 1 s wp e usss ais pe CN101 Sl Sys 8l S1 Else CN102 gt o o 0119 40 6727 05 1 ar at BY BY BY AY NY E40 6527 05 e e bd e bt KO3 BUFFER TP364 ih 2 1 L 1 1 Li M R217 5 00V 5V 1 MA2S111 F E8CLK 2 W 5 6 CHI du Teses 2a eaves 1 REE _ 146 1000p TP375 5105 5119 5126 5133 5146 5153 ov 12106 E8CNV Q to GREEN 3 H BACKLIGHT R187 R204 100 2 B 2 i M 2 mias _ HD74LV2G34AUS 4 TP367 4 105 AMBER 0 86V MENS w 4 5 o o o 6 5 o D120 9 EBEPM O 5 GREEN OV TP376 gt lt 368 5 1 2SD2114K W e e e bt KO2 E8TXD OPa 612 E8TXD BO MENA R188 R205 100 T A 3 MA2S111 F w w PWR 8 9 DATA SCAN MENU CH2 sly 100 c147 1000p GND 4 33C TP370 7 6 5 DRIVER BACKLIGHT it 5106 5120 5127 5134 5140 5147 5154 IC7Wi25FU E AMBER 0 89V
227. 4 S 3 20V SWITCHING 2 iso 918 NO SELECT 7 BPF SELECT 5 82V BPF SELECT ET ECT BPF NO SELECT 13 49V oy BPF SELECT 6 24V 218 33 21 218 BPFNOSELECT SWITCHING BPF NO SELECT 13 49V SWITCHING 6 81V 515 518 19578 ATs 13 49 BPF SELECT ov VIT 0 36V D135 41145 0158 0145 0138 33 gt 7 BPF NO SELECT D RT1N436U T111 11M 10 5M 13 9M 13 49V HVC131 gla 19 8 HVC131 E SWITCHING BPF SELECT 5 46V 9i5 ES 578 518 518 58 9 BPF NO SELECT 1349V 017 SWITCHING Rise i R131 R167 30k 522k SWITCHING D155 Pu 33 6 g t FINEM BPF SELECT amp 29V 5135 USER 915 f Pop EGIN NO SELECT A 131 5 427 BPF NO SELECT 0132 SWETGHING SELECT 14 m BPF SELECT RT1N436U BPF SELECT 5 58V SOP O BELEGT BPF SELECT BPF NO SELECT 13 49V SWITCHING BPF SELECT 0 31V 0136 SWITCHING L147 3 20V CN139 o ISAO BPF NO SELECT s C173 0146 NO SELECT BPF9 13 49V ov 7 Fes 6 41V 6 8u 1000 0139 R133 818 Sig Sg 818 os RT1N436U T111 BPF SELECT 5 45V 13 9 14 5 BPF SELECT 10k CN133 918 2 9 SWITCHING BPF NO SELECT 13 49V 3 20V AM BPF SELECT 6 28V L154 BPF NO SELECT Tdi elks 3 o els 0337 0141 154 SWITCHING ov 228 S22 Sen BPF NO SELECT HVC131 68 015
228. 40 6708 05 2 li lt 33C 3 24 1 LED RED 8 l 8 8 E in E 8 1 8 1 8 1 ze TED 2 OF 2 2 2 2 9 2128 AEVOL Ble 8 Bis R Ris ERI sl ERU 203 TP389 3 S ere S 2 9 2 of 33C 5 METER LSB USB AGC T XIT RIT REVERSE 2 3 m 5101 S115 S122 5129 5136 5142 esiag CURRENT priui BACKLIGHT B L x T lt 5 PREVENTION Pech r DISPLAY UNIT PHONE X54 3700 00 F 6 m 25 2 2 2 22 EE ST E CN964 6 11 0705 4 TELLS KO6 21 cie Ioue E11 0705 15 ATT PFB CW FSK CWT IF FIL NB NR 5 2200 5102 5116 5123 5130 5137 5143 5150 D Age PH1 1 7 2 ird _ gt D188 213 217 E 0 o o o o e o 9 D117 B30 2322 05 8A PHG 2 120 1 4W 3 bt KO5 C120 xxZz PH2 lt 3 7 MA2S111 F ile 21e glo glo glo sls els els rle 66 w VOX GENE FM AM SPUT TF SET BC odu 4 EIS SEN 215 DEN nr xe 4 190 8 T 5103 5117 5124 5131 5138 5151 1 105 5 9 R181 HD741V2G34AUS Bly aly sly 8 gyr ale S x 1 Dy 2y OL GUT 9y Sy Sy Sy xx 9 0 o o 9 4 D18 4 51 251 51 BT ST AY BT 81 8 1 518 4 4 4 4
229. 41 1684 05 ASSY 1 RK73GB2A103J IP 41 1775 05 N ASSY RK73GB2A121J IP E40 6765 05 ASSY RK73GB2A000J IP E40 6708 05 ASSY 1 RK73GB2A105J IP 40 6879 05 LAT CABLE CONNECTOR 1 RK73GB2A121J IP 41 1687 05 ASSY RK73GB2A473J IP E40 6766 05 ASSY 1 RK73GB2A000J IP 41 1701 05 ASSY 175 177 RK73GB2A121J IP 41 1775 05 ASSY 78 RK73GB2A102J IP i 40 6710 05 N ASSY 79 180 RK73GB2A561 J IP 06 0858 25 F COAXIAL RECEPTACLE ROUND 181 190 RK73GB2A101 J IP E11 0705 15 PHONE JACK 8P 91 192 RK73GB2A473J IP 93 209 RK73GB2A101 J IP J21 8620 13 OUNTING HARDWARE R210 211 RK73GB2A470J IP R212 215 RK73GB2A101 J IP 192 0639 05 HIP FERRITE L33 1556 05 HOKE COIL R216 RK73GB2A121J IP 10W L33 1554 05 HOKE COIL R217 RK73GB2A000J IP 192 0639 05 HIP FERRITE R218 221 RK73GB2A102J IP TS 590S DISPLAY UNIT X54 3700 00 TX RX UNIT X57 785X XX PARTS LIST Desti Ref No Address Parts No Description Desti Address Parts No Description nation nation R952 955 RK73FB2B470J CHIP R 47 J 1 8W H560J 56PF R975 R92 1205 05 CHIP R 120 J 1 4 02K 1000PF R977 R92 1205 05 CHIP R 120 J 1 4 H090D 9 0PF VR953 954 R31 0677 05 VARIABLE RESISTOR H560J 04K 0 5101 156 570 0475 15 TACT SWITCH 04K 0 952 199 0653 05 ROTARY ENCODER 02K 0 04
230. 422 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 Talavera Business Park Building A 4 Talavera Road North Ryde NSW 2113 Australia Kenwood Electronics Hong Kong Ltd Suite 2504 25 F Tower 2 Nina Tower No 8 Yeung Uk Road Tsuen Wan New Territories Hong Kong Kenwood Electronics Singapore Pte Ltd 1 Ang Mo Kio Street 63 Singapore 569110 10 11 12 13 14 D E F G H J K L M N P A B R S 59 5908 PCBOARD 15 5905 FINAL UNIT FINAL UNIT X45 391X XX C X45 391X XX 0 11 2 71 ds 0 11 2 71 Component side view B Component side view J79 0275 09 5 J79 0275 09 MS 0255 EE gia ap Address Ref No 3 241 i RA 5 all J d 8 4 L 888888 m 9 052854 3 10 0506 0508 mars 11 zs mm 8 mu 12 Component side
231. 446X XX B 3 1 1 1 puasa 1VBSY 2VPLY T EE ME W504 ee mic 20mmPithPH 7 8VRST CN503 1 4Pin 9 VDGND 10 VAGND 1 I E41 1684 4 1 E37 1498 11 VAO 12 VAI ES OPTION BA 1 11 13 VAGND 14 5C 9 1 06 0858 REF TA REF 15 NC 6 NC VGS 1 J902 1 1 GND GND 17 NC 18 NC 9 J901 E GND GND 19 NC 20 NC E 2 2 sc 21 NC 22 NC 298 5 23 NC 24 CONTROL UNIT SENG 26 6 l S z 2 1 25 26 2 SO 3 i oP Po H n 1 X53 446X XX C 3 1 z gt 1 i Anon 108 9o 80 70 60 E58 0529 COM E58 0537 USB A INTERCONNECTION DIAGRAM TS 590S EXTAT FAN
232. 45MHz L302 MCF 11 374MHz L374 L375 1376 MCF 73 095MHz FM discriminator VR261 VR321 1st mixer balance TS 590S TERMINAL FUNCTION FINAL UNIT X45 391X XX A 2 Function Function to TX RX unit A 2 CN800 TX RF input Coaxial CN3 to EXT AT Switched 14V for external antenna tuner GND External antenna tuner AT 300 IN THROUGH control External antenna tuner AT 300 tuning start control GND to Control unit A 3 CN1 Switched 14V GND Non switched 14V 5 to Control unit A 3 CN301 Serial data Reflected wave power detection voltage Speaker input Forward wave power detection voltage Speaker GND GND NC No connection 5A Non switched 5V CN10 to Final Relay unit B 2 W3 TXOUT O TX RF output Coaxial CN11 to Final Relay unit B 2 W2 1 TX RX relay common terminal Coaxial W1 to DC 13 8V Power supply voltage 13 8V Power supply voltage 13 8V GND GND Final Relay unit B 2 CN52 TX relay control signal GND Serial clock Over voltage detection Over 19V becomes H GND Power supply switch control signal FINAL RELAY UNIT X45 391X XX B 2 H when power is ON GND Thermistor detection voltage 1 0 Function CN51 to TX RX unit A 2 CN100 O RAT output Coaxial CN52 to Final unit
233. 4J R539 RK73GB2A822J 668 RK73GB2A000J R540 RK73GB2A153J 669 RK73GB2A102J R541 RK73GB2A391J 671 RK73GB2A821J R542 RK73GB2A181J 672 676 RK73GB2A152J R543 RK73GB2A224J RK73GB2A471J R544 RK73GB2A470J RK73GB2A000J R545 547 RK73GB2A180J RK73GB2A120J R548 RK73GB2A153J RK73GB2A821J R549 RK73GB2A682J RK73GB2A471J R550 RK73GB2A470J RK73GB2A27 R551 RK73GB2A271J RK73GB2A R552 RK73GB2A470J RK73GB2A R553 RK73GB2A153J 6 RK73GB2A R554 RK73GB2A682J RK73GB2A R555 RK73GB2A271J RK73GB2A R556 557 RK73GB2A180J 691 RK73GB2A R558 RK73GB2A470J 692 RK73GB2A470J R559 560 RK73GB2A682J 693 RK73GB2A152J R561 RK73GB2A101J 694 RK73GB2A390J R562 RK73GB2A102J 695 RK73GB2A470J R563 RK73GB2A820J R696 RK73GB2A27 R564 RK73GB2A121J R697 RK73GB2A R565 RK73GB2A820J R698 699 RK73GB2A R567 RK73GB2A101J R700 RK73GB2A R568 RK73GB2A102J 701 RK73GB2A R569 RK73GB2A272J R702 RK73GB2A R601 RK73GB2A561J R704 RK73GB2A82 R602 RK73GB2A683J R705 706 RK73GB2A470J R604 RK73GB2A000J R707 RK73GB2A10 R605 RK73GB2A102J R708 RK73GB2A104J R606 RK73GB2A392J R711 RK73GB2A102J R607 608 RK73GB2A102J R713 RK73GB2A472J R609 RK73GB2A560J R714 715 RK73GB2A102J R610 RK73GB2A331J R716 RK73GB2A271J R611 RK73GB2A101J R718 RK73GB2A180J 15 5905 PARTS LIST CONTROL UNIT X53 446X XX Ref No Address Parts No Description Desti Ref No Address Par
234. 4kHz Headphone first priority X54 370 F 6 Ext Speaker second priority X57 785 A 2 Int Speaker third priority X45 391 A 2 Amp 64 2 IC65 A 2 Buffer Active LPF 1C64 B 2 Active LPF IC65 B 2 Active LPF 062 AF Mute 69 A 2 69 2 1 67 2 Alu Active LPF Fig 5 From second IF to AF output First Mixer There are 2 types of first mixers for IF frequency 11 374MHz RX 1 path and for IF frequency 73 095MHz RX 2 path The first mixer for the RX 1 path is a quad balance type mixer by MOS FET 0263 to 0266 and mixes with LO1 12 495 to 32 195MHz which is approximately 18dBm and converts into the first IF 11 374MHz Approximately 2 6V bias is added to LO1 in order to suppress distortion The first mixer for the RX 2 path is a quad balance type mixer by MOS FET O321 to 0324 and mixes with LO1 L262 738 LO 12 495 32 195MHz 2 6V 12 73 120 to 133 095 2 which is approximately 18dBm and converts into the first IF 73 095MHz No bias is added to this LO1 The volume resistance VR261 VR321 within the first mixer circuit is used to adjust mixer balance After replac ing the MOS FET 0263 0266 0321 0324 transformer L261 L262 L264 L323 L324 L326 volume resistance VR261 VR321 or TX RX unit X57 785 A 2 adjust the mixer balance in the adjustment mode L264 _ 1st IF 11 374MHz Fig 6 F
235. 51 zin C959 TC74HC4094AFF 8 8 10 eR651 100 1 m z 2 4 44 R654 son 5 9 5 R950 eR953 R652 100 100k 10k e 2 49 3 R653 100 xd Ed id 1 C958 1000 2 o meo pi a 2 B 3 2 889 27 951 100k 5 a a ki as 8 a VBUS_DET e AN a s lt Qao 1 e gt E gas C960 0 1 8 2 5 x DA 255 m o USBDM DN1 25 292 R947 100k USBDP_DN1 RESET_N HS IND R952 47k USBDM DN2 CFG BELI IC905 _ DN2 USB2512B1 SCL SMBCLK RO48 47K VDD33 1 USB HUB CFG SELO f NC1 VDD33 4 NC2 SDA SMBDATA aly NOS NoN_REM1 OF IF73M 4 377 hes NC8 4 IF11M 0 427 Me 5 05V lt NC7 56 5 0653 0657 8 OF RT1P141U T111 8 RT1P141U T111 85 gt SWITCHING SWITCHING C662 Q654 0 01u Q658 0 01u ts RT1NA441U T11 RT1N441U T11 878 SWITCHING SWITCHING FMOD E 33D 1 7 0 22V IF73M 4 91V SWITCHING o IF11M 4 98V 0 057 215 0904 HN7GOTFU F 5 AN gt R933 rel 1k saav F933 541215 SELECT 5 05V NO SELECT 0V 1 SWITCHING SELECT 0 42V 5C NO SELECT 4 38V 0655 14 R659 RTIP141U T111 887 1k SWITCHING 22 BPF1 0656 gt SELECT ars RTIN441U T111 815 4 94V els NO SELECT 872 SWITCHING r SELECT 0 427 5 NO SELECT 4 37V TEs 0659 8 18 R662 RTIP141U T111 857 1k SWITCHING 22 2 0660
236. 591 592 NCP18WB473J0S RT1N436U T111 1 701 57 302 6580 2SB1694 702 703 57 102 6500 2SC5551AF 721 57 302 6580 RT1N141U 1111 1 722 57 101 6500 2SK1740 4 2SC5551AF 2SC5551AF RT1N141U T111 2SC3356 A 2SC5551AF RT1N436U T111 RT1N436U T111 2SC5383 T111 2SC5551AF 2SC3356 A 2SC3356 A 2SC5383 T111 RT1N141U T111 RT1N436U T111 2SC3356 A 2SC3356 A 2SC5383 T111 2SC3134 2SA1037AK 2SC3356 A 2SC5383 T111 2SK1824 A 2SC5383 T111 RT1P141U 1111 2505383 1111 3SK293 F 2SK1830F 2SC3356 A INK0010AU1 NESG260234 RTSP431C 1 RT1N436U 2505383 1 25 4617 25 208 2565383 1 RN47A5 F 2505383 1 RT1N436U 1111 RT1N436U 1111 2SB1188 0 R RT1N141U 1111 INK0010AUT1 T1 2SB1188 0 R RTSP431C T112 INK0010AUT1 T1 RT1N436U 1111 HN7GOTFU F RT1N436U 1111 HN7GO1FU F TS 590S EXPLODED VIEW MAIN B0DY UPPER SIDE Y gt k e gf 3 Os ak j 3 am on e n o wo from Lower side N33 3006 43 N35 3020 48 N67 2608 48 N87 2608 48 zAIm Parts with the exploded numbers larger than 700 are not supplied 63 TS 590S EXPLODED VIEW MAIN B0DY LOWER SIDE 96 lt
237. 600 114 X53 446 A 3 1 6 X54 370 E 6 1 1 L lt SCHEMATIC DIAGRAM 15 5905 H eR115 33k IC63 NJM2732V Mic ADC C140 0 01u i CONTROL UNIT X53 446X XX A 3 UNIT TX RX UNIT ee cd pass C EC ET X57 785X XX A 2 57 785 A 2 s CN3 CN700 g ecnes T lt 6 F 40 6525 05 40 6525 05 Ta m m wamama m m m m mamam m m mamam m m mama m maman m mama m wa m w Re n C96 VOLTAGE 125V AVR 470025 b z TP17 SHIFT TP18 TP19 1 5A D3 1 24V C97 m 4330 lt 470025 58 MUTE 3 25V 1SR154 400 AMU L 0V 9 C99 AMU H 3 25V s 3 0 1u 4 NM 588 5 w 9 i SWITCHING x g S S OV 8136 166 __ ai 8 5 58 g RTIN141U T111 13 58V 127 1 150 D304 e 2 44V sp T BS 85 1SR139 400 SWITCHING 5 9 95 98
238. 62 AMPLIFIER 2 5383 111 595 RB706F 40 GEN Q668 EPI AEN e 2SC5383 T111 Big T 1 R674 8 1STIF H 0 68V DETECTION 16 nk 1 19V 5 1STIF L OV id Q669 671 1 85 R678 7 97V i SWITCHING L Q667 ela Ex 315818 CN666 2SK1824 A 5 0868 825 55 8 8 0671 pees 1 NB SWITCHING t O 1 1 410 1111 REVERSE AMPLIFIER CURRENT PREVENTION 875 1 18V 1 CN663 9 efs AE 1181 0663 E40 6533 05 s 2SC5383 T111 1SV312 F 10 R701 0 NBL1 C639 0 01 7 85V L662 o esso 1000u 3 guers 8 R695 0 NBL 7 R694 0 CN668 BLNK lt w 1STIF 230 6 8693 0 CN671 2 5 IBK CN670 x2 5 1 BLNK 580 GND 4 CN662 15 5 b CN661 DCGND 1 R665 2 0 oy AN 1 20 3 gt 1 gt glz 1 CN660 815 amp 8 O 518 13 597 6668 1 g 100 amp 1 li Q663 Q664 gi x 8 1 alsa 25 3356 217 Bet 4 5 DIN L NB AMP4 Efa 3 40V n 13 53V 1STIF H 0V 13 12V 2 Q665 1STIF L 6 80 R661 5 ATk 2 8 2805383 1111 ASTE HEOETV 1 0662 8 NB SWITCHING 1STIF L 0V 1 C660 s eay 2SA1037AK 8 9671 5 64V 4 RECTIFIER Q663 664 ats 2200p C662 els AMPLIFIER E 6 83 C661 47u50 D661 878 SENG 2 1SS226 F 3300p
239. 6525 05 E40 6525 05 i 2 50V 2 51V 12k 47k 22 5 8275 a a ae Se Y YY YE 2 I TC7SH2FU F C344 8 7 5 88060 40 3 C96 2 50V 2 50V 6 liz ic co ula t moin 5 SWITCHING FET SW 2 VOLTAGE 125V AVR 410425 4 ANPUT B INPUT E E wa Ske 578 2 I E40 6526 05 ov 4 Boe rie Tele SHIFT TP18 Te ol GND B INPUT ostes 518 2 ag 157 Qc GATE IC 8 m T 5 21 519219 148 1 13 05V 111 145 eR5 180k x al al al R26 15 15A 03 9 2 44 1 24V pim 5 MUTE 24 55 518 z 98 EE 5 29 AMU L OV gt ov 25 eRe 13 of Lis 3 257 1SR154 400 AML Oy gio 55 lt TP324 9339 0 E 51 57 t 2x6 10k 47 21912 sl i R145 C174 2 z 6348 5 012 8 8 z 1 22 eR3 13 74v 092 R34 1 g3 mpm s 8 2k tu i C492 29 1 304 316 3 32V lt ENT lt 0 2 ov SWITCHING 8 Psi MS e Sid NJM2732V AMPLIFIER ers 228 on C483 x 2 9 ew 4141414 a RUN SS 4 100 SL PHPWS PS ai 2 21 ea v 8507 0 01 S B 9 GATE IC icu 5
240. 69 15 RYSTAL FILTER 10 695MHZ gt gt gt gt gt L481 6895 33 L482 484 1015 33 L485 2298 60 L486 2295 33 L521 8285 33 XED XF474 0657 05 RYSTAL FILTER 11 374MHZ XED XF475 0658 05 RYSTAL FILTER 11 374MHZ XED XED R1 RK73GB2A103J IPR OK XED RK73GB2A101 J IPR 00 R2 RK73GB2A104J IPR R R gt gt gt gt gt L522 523 1015 33 L524 1558 05 L525 1015 33 L526 527 1005 33 L528 1015 33 gt FIXED RK73GB2A123J IP 2K AL COIL RK73GB2A101J IP 00 FIXED IND XED IND RK73GB2A471J IP 470 XED IND RK73GB2A392J IP RK73GB2A562J IP XED IND RK73GB2A474J IP XED IND RK73GB2A2R2J IP XED IND AL COIL RK73GB2A103J IP FIXED IND RK73GB2A223J IP 736 2 221 IP XED IND RK73GB2A153J IP XED IND RK73GB2A000J IP XED IND XED IND RK73GB2A472J IP XED IND RK73GB2A103J IP RK73GB2A101J IP RK73GB2A223J IP RK73GB2A102J IP c gt gt L541 6885 33 L542 1015 33 L551 1005 33 L552 1255 15 L571 572 1005 33 gt gt gt gt 5 1573 3385 33 L591 1005 33 L592 1085 33 L593 1005 33 L594 4705 33 gt gt gt gt 1595 4787 05 L641 1085 33 L651 4795 33 L652 4705 33 L653 4935 05 RK73GB2A101J IP RK73GB2A472J IP
241. 6V 10148 1000 7 GREEN 0V BACKLIGHT R190 8207 100 2 A 2 RITA RITA w 0 100 TP377 gt 0 5 N GREEN 3227 R189 R206 100 GREEN 3 22V Von oc B 3 RITB 100 1000 GND 4 GND AH 12 127 Note The components marked with a dot are parts of layer 1 X54 370 A 6 3 3 X54 370 B C D F 6 1 1 TS 59 ELM OS SCHEMATIC DIAGRAM C TER UNIT XS OS XQ Ua ETRURIAE NE 1 T 41302V R 1348V CN901 RXTB ON OFE SW 145 145
242. 7 45 1 4 T C375 C340 b 8403 0258 RAD C71 ES Cg co 339 3 Ej cum E589 eser B E E C338 8378 367 C307 033 am uper E 8225 381 cum B E zu ex BH S gt ec Rm 8378 6305 C345 IC312 B b 41031 9 2504 e 5 4 313 161 1C69 a es B m mU C67 L EBENE BE DEG 779 90771 902 mp o o B 0808 Component side Layer 1 Layer 2 Layer 3 Layer 4 Foil side N 10 11 12 13 14 D E 10 11 12 13 14 A B c TS 590S Pc BoARD 96 CONTROL UNIT X53 446X XX B C 3 0 11 2 71 Component side view J79 0279 09 B C 3 OPTION TCXO 50 3 R802 C803 8 Wa 0808 cm 1801 57577 R559 5560 2578 EB 5 gb ES ES C579 T phe 1503 2548 o 3 208 ES I o 389 lt 09 auo t 29755 67399995 EE 9822 1 fi zs 99
243. 7 D318 319 D320 D321 322 D323 D324 325 D501 D502 503 C1 2 3 C4 C5 C6 76 0424 05 76 0402 05 DAN202U DSA301LA Z5W27V DAN202U MC2858 T111 DAN202U MC2858 T111 DZ2S160M HSM88ASR E 1SS348 F C2858 1SS348 F DAN202U C2858 EDZ5 1B C2858 DAN202U 2858 DAN202U C2858 DAN202U 2858 DAN202U 2858 DAN202U C2858 DAN202U DAN202U DA22 TC74HC4094AFF TC7SHUOAF F INA193AIDBVT TA75S393F F TC7WH74FU F TC74HC4094AFF RDOGHHF1 102 RD16HHF1 102 RD100HHF1 102 TPCA8104 2SC5383 2SK1740 4 RTSP431C T 2SC5383 RT1N234U RTSP431C T RTIN234U RTIN234U RTSP431C T RT1N234U INKOO10A RT1N234U T NCP18XH103F1 URGE ABSORBER 0 0 0 0 ENER DIODE ODE ODE DE DE DE DE NER DIODE DE DE DE DE DE DE DE DE DE DE ODE ODE ODE ODE 05 05 16 NALOGUE IC 05 05 05 FET FET FET FET 15 5905 PARTS LIST CONTROL UNIT X53 446X XX Desti Ref No Address New Parts No Description Desti Address Parts No Description nation parts nation CK73GB1H223K 0 022UF CONTROL UNIT X53 446X XX 0 11 2 71 2 pne CK73GB1H104K CHIP C 0 10UF CK73GB1E105K 1 0UF CK73EB1E225K CHIP C 2 2UF CK73GB1H332K 3300P CD04BQ1V101M ELECTRO OOUF CK73GB1H104K 0 10U C C CK73EB1E225K HIP C 2 2UF CK73GB1H102K HIP C 000 CK73GB 1500P
244. 75 33 L506 L41 6875 33 LL FIXED INDUCTOR 0 068UH 3375 33 L507 L41 1895 33 LL FIXED INDUCTOR 1 8UH 6878 14 gt gt gt gt gt 15 5905 PARTS LIST CONTROL UNIT X53 446X XX Desti Ref No Address Parts No Description Desti Address Parts No Description nation nation L693 L41 4785 33 FIXED INDUCTOR 0 47UH RK73EB2E000J 0 0 J L696 L41 1895 33 FIXED INDUCTOR 1 8UH RK73GB2A000J 0 0 J L697 L41 1085 14 FIXED INDUCTOR 100NH RK73GB2A473J 4K J L698 L40 1288 67 FIXED INDUCTOR 120NH RK73GB2A103J 10K J L801 L41 1095 33 FIXED INDUCTOR 1 0UH RK73GB2A184J 180K L802 803 L41 1005 33 FIXED INDUCTOR 10U RK73GB2A103J 10K L804 L41 1585 33 FIXED INDUCTOR 0 15UH RK73GB2A101J 100 L805 L41 2285 33 FIXED INDUCTOR 0 22UH RK73GH2A124D 120K L806 L41 1005 33 FIXED INDUCTOR 10U RK73GH2A133D L807 L41 2295 09 FIXED INDUCTOR 2200NH RK73EB2E000J L808 L41 1005 33 L FIXED INDUCTOR 10UH RK73FB2B000J L809 L41 2798 08 L FIXED INDUCTOR 2 7UH RK73EB2E000J 0 L34 4612 05 ORE COIL RK73GB2A473J 1 812 L41 5698 08 L FIXED INDUCTOR 5 6UH RK73GB2A103J L40 3375 92 FIXED INDUCTOR 33NH RK73EB2E000J L41 3375 33 L FIXED INDUCTOR 0 033UH RK73GB2A L41 1275 33 L FIXED INDUCTOR 0 012UH RK73EB2E0 L41 5675 33 L FIXED INDUCTOR 0 056UH RK73PB2H L92 0639 05 ERRITI RK73PB2H L41 3369 16 L FIXED IND
245. 8 T111 FM eR586 15k 10u 470 4 NOT FM AM SSB CW LO3 AMP 50RGC HFRGC C571 0 01u x e E R575 R577 C575 N 390 0 010 Q 25 5383 111 R573 573 w it 18 0 01u 6 R581 581 AM 0 1000 C580 330p TXFM H 2 16V TXFM L 3 32V TXFM ON OFF SW TXFM POWER TXNFM AM SSB CW lt 5 K RXFM L RXNFM AM SSB CW POWER ON Ele 1 95V fj 8 1 88 5 0 OJS JEET 5 SWITCHING D701 TP2 MC2858 T111 CAR s 3 5 3 20V TXFM L 0 20V CN702 2 TXB 8 TXB B TXFM H OV sls TXFM L 4 28V 838 815 ON E R736 703 AM AH 220k 0 047u 1 TXF 0 TXFM L 3 32V REVERSE CURRENT 0 81V PREVENTION TXFM L OV RT1N436U T111 5 3 e SWITCHING eR703 C704 1u 5 6k 1u 5 2 8 4920 RXFM H 3 18V 19 BXFM L 061V RXFM H 87 CN908 0915 HN7GOTFU F f R918 AW 47k RXFM ON OFF SW 0 087
246. 80J R937 RK73GB2A103J IP R840 RN73GH1J151D R939 RK73GB2A105J IP R841 RK73GB2A470J R941 RK73GB2A473J IP R843 RK73GB2A102J R943 RK73GB2A473J IP R844 RK73GB2A101J R946 RK73GB2A473J IP R846 RK73GB2A273J R947 RK73GB2A104J IP R847 RK73GB2A393J R948 RK73GB2A102J IP R849 RK73GB2A102J R949 RK73GB2A103J IP R850 851 RK73GB2A153J R950 951 RK73GB2A104J IP R852 RK73GB2A101J R952 RK73GB2A473J IP R853 RK73GB2A331 J R953 RK73GB2A103J IP OK R854 RK73GB2A101J R957 RK73GB2A472J IP R856 RK73GB2A000J 958 959 RK73GB2A000J IP 0 0 R858 859 RK73GB2A000J R960 963 RK73GB2A101 J IP 00 R860 RK73GB2A102J R968 R92 1061 05 MPER REST R861 RK73GB2A101J R970 971 RK73GB2A0 IPR 0 0 R863 RK73GB2A000J 864 865 RK73GB2A151 J D1 2 RBO60L 40 ODE D3 6 1SR154 400 ODE R866 RK73GB2A000J D7 9 1SS348 F ODE R867 RK73GB2A101 J MINISMDCOS002F ARISTOR R868 RK73GB2A000J D62 155355 ODE R869 RK73GB2A101 J R870 RK73GB2A000J I 1SS388F ODE 02DZ6 2F Y ENER DIODE R871 RK73GB2A101J 1SS348 F ODE R872 RK73GB2A000J 1SR139 400 ODE R873 RK73GB2A470J HVC131 ODE R874 RK73GB2A392J R875 RK73GB2A180J HVC131 DE TS 590S CONTROL UNIT X53 446X XX DISPLAY UNIT X54 3700 00 PARTS LIST Desti Ref No Address Parts No Description Desti Address Parts No Description nation nation D652 RB715F DE AD9951YSVZ OS IC D653 655 HVC131 DE UPC2710TB A ANALOGUE IC D656 2858 1111 DE
247. 83 1111 BUFFER TX 10M MIXER 24kHz gt 10 695MHz TXBUFFER Sol gl RTO 2 L PHDET SP 012 2SC5383 T111 ANI 4 7k R52 CN57 PH2 CN58 SP R24 5 013 RT1N436U T11 SWITCHING D24 DA221 C49 AFG 2 8 a a T 622 12 122 R26 S 5 6k Me o 12 OR 155226 zo 14 E41 1684 05 CLIPPER 4 2 E56 0408 15 ACC2 CONTROL UNIT 53 446 A 3 CN65 DISPLAY UNIT PHONE 54 3700 00 6 CN964 u x lt 5 RXFM 8 9 REVERSE E oF ES maaa CURRENT T 0V PREVENTION 85 eov D13 25111 KH BUFFER 014 25 1824 22 R33 EDZ18B C62 1000 C63 1000p 089 R34 AM 220 5 5 55 EDZ4 3B SURGE PROTECTION 133 57 785 A 2 6 7 AE AG Al TS 590S SCHEMATIC DIAGRAM TX RX UNIT X57 785X XX A 2
248. 85 4 DEN2 44 6903100 DEN2 007V SWITCHING SELECT 0 42V 99 SWITCHING SWITCHING SWITCHING 0 _ 8504 100 EX EM 5 00 NO SELECT 4 38V B SWITCHING 6 LEN OP el 8218 at 0655 9 mn 640 IFA 30 0 60 0 103 095 133 095 E FB 3 LCLK AMPLIFIER Bin o Bae RTIP AUT 0 1665 1667 1669 L674 1679 Six 9663 m gt ele LCLK 32 9505 300 LCLK 5 SWITCHING i 68n 68n 56n 56n 56n AMPLIFIER 8 BPF1 5 LDAT 41 R506 100 a R681 C754 0660 m Ole 8 AN LDAT 0656 I 5 SELECT D655 12 1000p HVC131 ay gs IC601 o 3 RTIN441U T111 815 4 94 w 1 9 Bot 96 85 E AD9835BRUZ UL 40 507 100 DAT i 2 2 815 814 NO SELECT HVC131 4 SS 2 o t UL C508 1000 g 1913 io SWITCHING 0V D672 BEL SWITCHING FSADJUST GND 39 33D E g 42 z MC2858 T111 SWITCHING 5 215 a 5 58 C752 eR694 759 o S S I SO REFIN NC 38 asl ols I 7 98V 8B 52 88 SELECT 0 42V SWITCHING 100p 39 1000 AMPLIFIER 8852148 1919 2 98 zig a NO SELECT 4 37V o 5 d T8 Q659 15 1 qS RT1P141U T111 DOUBLER 1651 8 7 87 L825 1826 1828 mago caes UPC2TIOTB A C886 MD SWITCHING SWITCHING r SWITCHING RU 68 DGND BUFFER NC 0656 C748 C745 C769 C772 C775
249. 8ESITO R or m ak s e 5 E 5 6807 E Lb E ioa RE alta 5 Hg d Bees 552 E 3 E 01 E E 2 ca Hos 0802 2s REJ irons 2 E 8 8 B 5 gt C199 5920 1 0208 8 Eu 8 EIE E 5 5 658 ke fal s S 2783 R157 E 3 C77 x 911 0911 1 t f E F911 8 Ks 8 E C908 0541 ft CN301 2 GND 1 11 2301 Ocns13 OcN310 544 8542 BI 2500 8595 0631 4 10631 di c R622 BEBE mL E E D552 4 21557 Ri tee rea lt gt EAO EE 620 C 1 T E pg 4 8 oor REE 0551 3 1 IS CF591 597 J ml E GND CN600 RED B 577 codi R575 L524 8581 1573 579 1 C735 D701 XF475 marag D476 5706 8 M 0702 SEE Ema E 31502 oE d E E EE usr
250. 939 TLS TIES 5 41V SWITCHING t PREON 13 42V NI oo 2SB1694 0 1u 100 p P eC463 10u 680 472 680 u 4 680n E p 00 R642 HSN Gio 0670 R 0 15V W RXB 8 578 558 818 M 12 76 2 9 8 41261 gt ETE 1521 0 01u L204BBB 921 1 2 0521 TH592 e TH591 Q eR641 OT NB BUFFER E 124 aH i 7 E18 0254 05 T 13 02V SWITCHING RITEN 47k SWITCHING SEER BPF SELECT PREOFF 0268 22 2 Gen FABON ec251 C252 0259 eVR261 e 11 374MHz e 1 a le 1 gle 5 o m 0541 2SC5551AF 848 5 ith pos 89 100 S r 54 s 2SC5383 T111 Z sgv I EI Didi SWITCHING 64 Iw ath x Noor oA asia 5 s T dE aay Q272 274 CN239 56 S6p 220p 4 7k 250584 28K1740 4 RX11 374MHz g 18 8 ES S 18 8r 8 sls af 58 5 2SC3356 A 042 25 88 of of af n 581 29v SelV x86 E BUFFER 9g g BPF NO SELECT w 2 9 2 amp T 4 P T ien ate Be NEN 518 15 5 76 REIS 15 0 07 Serene C253 C254 0260 1 16 0264 0266 51324 s R481 8496 5 8 g i 851 gr 85 S27 ETS AMPLIFIER 2SC5551AF 58 gee g 82 89 h R629 eR628 R625 2S ce 4
251. A 2 W6 TX relay control signal GND W2 to Final unit A 2 CN11 Output voltage of amplitude detector External antenna tuner AT 300 tuning start control Output voltage of phase detector External antenna tuner AT 300 IN THROUGH control AT relay operating stop signal IC7 IC9 enable IC8 IC10 enable CN6 to FAN2 Supply FAN2 voltage GND CN7 to FAN1 Supply FAN1 voltage GND 8 to INT SPEAKER relay common Coaxial W3 to Final unit A 2 CN10 TX RF input Coaxial 1 0 Function CN1 to Final unit A 2 CN4 Switched 14V GND Non switched 14V to TX RX unit A 2 CN1 Switched 14V GND 8V DC DC to TX RX unit A 2 CN600 RX IF input GND Speaker output Speaker GND to TX RX unit A 2 CN5 TX 8V Power current signal 3 3V DC DC 81 TS 590S 82 TERMINAL FUNCTION Function to TX RX unit A 2 CN700 Function TX IF output External antenna tuner AT 300 tuning start control GND GND Input voltage of phase detector CN63 to Display unit A 6 CN107 5C 5 External antenna tuner AT 300 IN THROUGH control NC No connection AT relay operating stop signal GND IC1 IC7 IC9 enable MU MIC up control IC8 IC1
252. A 518 2 e x 8 g 2 2 2 2 3 3 3 131 X57 785 A 2 4 7 TS 59 LEE OS SCHEMATIC DIAGRAM w TX RX UNIT X57 785X XX A 2 RXB 8 2 m RXB 8 91g FIL1 H 0 05V mix a H 0 R468 S 15 FIL1 L 7 657 471 474 0475 476 220 S 2 SELECT 5 53V SELECT 5 42V CN475 915 BS SWITCHING poe NO SELECT 7 69V SWITCHING IF FIL 0461 eD463 578 ste NO SELECT 7 69V m ELTE 7 2 15kHz HVC131 HVC131 m 6 30V 0471 1477 erase L478 C443 Sive 6 19 IF FIL O P C463 0 01u 100 680 472 680 100 0 01 L 1521 8 n T 52 1 S 8 gt R481 at 3 M S 100 slz 100 8 SELECT 5 237 878
253. ADM3202ARUZ OS IC D657 HVC131 DE TC75S51 FE F OS IC D659 663 HVC131 DE PCM2903B OS IC D664 666 HSC277 DE TC7SHO8FU F OS IC D667 1SV312 F DE USB2512BI 0540 0668 671 HVC131 DE CP2102SX0567 0540 0672 2858 1111 DE RTIN141U T111 TRANSIST D673 HSC277 DE 111 F FET D675 HSC277 ODE 1N430M T D677 678 HSC277 ODE 5566 E D679 681 HVC131 ODE 1824 A D682 683 HSC277 ODE 1N234U T1 D801 803 SV283F VARIABLE CAPACITANCE DIODE 5P431C T1 D901 RSB12JS2 ZENER DIODE 2SC5383 T11 D902 HZU3BLL ZENER DIODE RT1N234U T1 D903 SS388F DIODE RTSP431C T1 C12 LT3685EMSE ANALOGUE IC i 25 5383 11 C3 BAO0DDOWHFP ANALOGUE IC 2SC5108 Y F C4 TA48MO33F F ALOGUE IC 2SC4617 R C5 TA4805BF 0S IC 2SC4649 N P C6 XC6220B12BPR G 0S IC 1 25 5383 111 NJM2732V POLAR IC RT1P141U T111 C66 AK5385BVF 05 RT1N441U 1111 C67 LA4425A 0S IC 111 C68 TC7WB6FK F 0S IC 111 NJM2732V 111 AK4382AVT 0S IC 111 JM2100V ZB 05 111 K4387ET 05 1N441U T111 JM2100V 7B 0S IC 111 K4387ET 05 1N441U T111 2732V 111 7 W66FK F 05 1N441U T111 2732V POLAR IC 2SC5108 Y F 2100V ZB 05 RN47A5 F WMB8782SEDSRV 05 2SC4649 N P DC6726BRFPA225 ICROPROCESSOR IC 25 243 29LV800CBKDNA ROM IC UMX2N TC7SH32FU F 05 2SC5108 Y F TC7SHOOFU F 0S IC 2SC5383 T111 F3651RDFCKDTA ICROCONTROLLER IC MCH3814 7 H BU4829FVE 05
254. ANO output 6 2V zener diode Voltage shift Switching ANI and UAO signal ON OFF analog switch control IC80 Reverse current preventi For SS signal Crystal oscillation circuit Crystal oscillation circuit 15 6MHz Switchi Switchi LO2 output switch Buffer 15 6MHz buffer Switchi FA selection switch Doubler Frequency doubler 15 6MHz x 2 31 2 2 Double DDS output frequency doubler Switchi LO1 BPF3 selection switch 21 TS 590S 22 Ref No Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility D654 Switching LO1 BPF2 selection switch D655 Switching LO1 BPF4 selection switch D656 Switching BPF2 BPF3 selection signal control D657 Switching LO1 BPF1 BPF2 selection switch D659 Switching IFB selection switch D660 Switching LO1 BPF4 selection switch D661 Switching LO1 BPF2 selection switch D662 Switching LO1 BPF1 BPF2 selection switch D663 Switching LO1 BPF3 selection switch D664 665 Switching LPF cutoff switching D666 Switching LO1 BPF4 selection switch D667 Switching IFA IFB selection switch D668 Switching LO1 BPF1 selection switch D669 Switching LO1 BPF3 selection switch D670 Switching LO1 BPF1 selection switch D671 Swi
255. B2A820J R360 RK73EB2E100J R525 RK73GB2A101J R361 RK73GB2A560J R526 RK73GB2A333J R362 363 RK73GB2A121J R527 528 RK73GB2A103J R371 372 RK73GB2A331J R529 RK73GB2A220J R392 RK73GB2A471J R530 RK73GB2A561J R393 RK73FB2B220J R531 RK73GB2A151J R394 RK73GB2A101J R532 RK73GB2A122J R395 RK73GB2A222J R533 534 RK73GB2A4R7J R396 RK73GB2A681J R535 RK73GB2A100J R398 RK73GB2A000J R536 RK73GB2A220J 5 5905 PARTS LIST TX RX UNIT X57 785X XX Ref No Address Parts No Description Desti Ref No Address Parts No Description Desti R537 RK73GB2A101J 100 R646 RK73GB2A000J 0 0 R538 RK73GB2A331J 330 R648 RK73GB2A000J 0 0 R539 RK73GB2A151J 150 R650 RK73GB2A221J 220 R540 RK73GB2A471J 470 R651 RK73GB2A104J 00K R542 RK73GB2A222J 2 2K R652 RK73GB2A221J 220 R543 RK73GB2A471J 470 R653 654 RK73GB2A101 J 00 R544 RK73GB2A103J 10K R655 RK73GB2A102J R545 RK73GB2A100J 10 R656 RK73GB2A473J 546 547 RK73GB2A120J 12 R657 RK73GB2A472J R548 RK73GB2A271J 270 R658 RK73GB2A101 J R549 RK73GB2A180J 18 R659 RK73GB2A182J R550 RK73GB2A271J 270 R660 RK73GB2A272J R551 RK73GB2M71J R661 RK73GB2A473J R552 553 RK73GB2A221J R662 663 RK73GB2A223J R554 RK73GB2A472J R664 RK73GB2A471J R595 RK73GB2A224J R665 RK73GB2A221J R556 RK73GB2A102J R666 RK73GB2A102J R557 RK73GB2A332J R667 RK73GB2A222J R560 RK73GB2A330J R668 RK73GB2A101 J R571 RK73GB2A471J
256. BL PRO IC11 SHIFT IC14 SHIFT PGC 74 4094 REGISTER TC74HC4094AFF REGISTER IEN3 7 IEN2 15 1 16 1 CLKb TGC E 2 3 23 3 23 DATA ALC RREF H DATA E 14 E REF IFGC RXFM E E BPF5 gt 5 ATT 2 5 HFRGC BPF4 T RXANT 3 8 3 I 50RGC BPF3 10 7 10 BPF2 9 8 9 LIS Z 57 785 2 TC101 TC102 1106 1108 1 0 11 K NO NO NO NO 2 71 E 05 0379 05 C05 0379 05 6 8u 6 8u 128 X57 785 A 2 1 7 TX RX UNIT X57 785X XX A 2 H nee SCHEMATIC DIAGRAM 5 59 0S
257. CHEMATIC DIAGRAM 5 5905 L_IOUP 9 3 x 5 8 e a e 8 1 8V AVR 1822 J Bio 3 30V 181V 100 330 TE 8 TI 8 dg 99 9 2 e a 85 C871 s 581981 Pix 88 88 5 8 Sex Qs olo ETIE rm a x 55 58 528 866 FT E 0 1u a 3 8 ds g g 36 l o UPDATE RESET DVDD1 PwRDWN 35 878 0 AVDD1 33 0881 32 AGND1 AD9951YSVZ 31 AVDD2 DDS 30 AGND2 25 a C879 OSC REFCLK 28 1 68V OSC REFCLK 27 CRYSTAL_OUT 26 882 CLKMODESELECT LOOP FILTER m o lt gle T 21 amp S a 4 J zw z eng74 eR875 3 eR864 C874 150 18 gt 39k 18 g T w i 815 es R865 C875 x ss 150 18p 33C 33C DDS O AMPLIFIER IC804 slg UPC2710TB A SURE PUTET ue a SWITCHING igno s w D652 C878 883 C895 1 1 0651 ED 15 1 eRG32 eC 54 HVC131 SIBI 12 33 5 8 8 1000 AW bt 2 7 it 0 1000 BUFFER R538 0502 100 28C5383 T111 15 6M B
258. CK73 104K CK73GB1H102K 000 CC73 H470J CK73GB1H473K 0 047UF CK73 104K CK73GB1H102K 000 CC73 H390J CK73FB1H153K 0 015UF CC73 H470J CC73GCH1H390J 39PF CK73 02K CK73FB1H153K 0 0 CK73 104K CK73GB1A105K CK73 02K CS77BA1A100M CC73 H060B CK73GB1C104K CC73 080 CS77BA1A100M CK73 02K CC73GCH1H680J F CC73 H330J CK73GB1C104K i CC73 H101J CC73GCH1H101J CK73 02K CK73GB1C104K CK73GB1H102K CC73GC CK73 CK73GB CK73 CK73GB CK73 CC73GC 2PF CK73 CS77BA U CK73 CK73GB CK73 CC73GC CK73 CS77BA CK73 CK73GB CK73 CS77BA CC73 CC73GCH F CK73 CC73GCH F CK73 CC73GCH F CK73 CC73GCH CK73 CC73GCH CK73 CK73GB CK73 CC73GCH F CC73 CK73GB CK73 CK73GB CK73 CC73GCH F CK73 CC73GCH j B CK73 CK73GB CK73 CC73GCH CK73 CC73GCH F CC73 CK73GB CK73 CK73EB1E1 F CC73 CK73GB CK73 CC73GC CK73 CC73GC F CK73 CC73GC CK73 5 5905 PARTS LIST CONTROL UNIT X53 446X XX Address Parts No Description Desti Ref No Address Parts No Description Den CK73GB1A105K CHIP C 1 0UF L508 3375 33 CK73GB1H104K CHIP C 0 10UF L509 1595 33 CK73GB1E105K CHIP C 1 0UF L510 6875 33 CK73GB1E105K CHIP C 1 0UF L511 1005 33 CC73GCH1H330J CHIP C 33PF L512 1095 33 XED XED D 033UH D XED IND D D 0 1 5UH
259. CP304 305 RK74GB1J473J P COM 47K R111 RK73GB2A333J CP310 RK74GB1J473J P COM 47K R112 RK73GB2A103J CP314 316 RK74GB1J473J P COM 47K 16W R115 RK73GB2A333J CP317 320 RK74GB1J470J P COM 47 6W R117 1 RK73GB2A223J R119 RK73GB2A472J CP321 RK75GB1JR00 CO 16W R1 RK73GB2A473J R R120 RK73GB2A333J R2 RK73GB2A000J R R122 RK73GB2A472J R R R3 RK73EB2E000J AW R125 1 RK73GB2A220J R4 RK73GB2A103J R127 RK73GB2A151J R128 RK73GB2A102J R5 RK73GB2A184J R6 RK73GB2A103J 129 RK73GB2A4R7J R7 RK73GB2A101J R130 RK73GB2A102J R8 RK73GH2A393D 131 RK73GB2A682J R9 RK73GH2A123D R132 RK73GB2A000J R133 RK73GB2A104J 5 5905 PARTS LIST CONTROL UNIT X53 446X XX Address Parts No Description Desti Ref No Address Parts No Description Den RK73GB2A103J 10K J R249 250 RK73GB2A183J RK73GB2A102J 1 0K R252 253 RK73GB2A472J RK73GB2A103J 10K R254 RK73GB2A332J RK73GB2A000J 0 0 R255 256 RK73GB2A472J RK73GB2A472J 4 7K R257 RK73GB2A103J RK73GB2A123J 12K R258 RK73GB2A472J RK73GB2A183J 18K R259 260 RK73GB2A102J RK73GB2A123J 12K R261 266 RK73GB2A103J RK73GB2A223J 22K R267 268 RK73GB2A102J RK73GB2A822J 8 2K R269 RK73GB2A000J RK73GB2A223J 22K R270 273 RK73GB2A473J RK73GB2A123J 12K R300 RK73GB2A473J RK73GB2A183J 18K R303 RK73GB2A101 J RK73GB2A153J 15K R306 RK73GB2A473J
260. D 821 41 R527 218 981655 1 5 04 DOUBLER CTXD 13 R520 100 le e OS OI D801 FILTER o w CTXDH c526 1000 671 ANT 537 100 VARIABLE 243 Q805 8 5 CRXD 12 8521 100 Et CAPACITANCE gio _ 3 0 01u SWITCHING HS 2sC5383 T111 DOTT bi f CXD 0527 C527 1000 a 421 Pr DIODE 5 03 4 25V R844 F 5025505 Jm 1 W TYPX 11 6900 8 C805 2SJ243 A C812 eR815 7 52 slo 100 CRYSTAL OSCILLATION 1 9 Nx 10k gelglsses Tesisel PER 2c 518 CIRCUIT VDGND 10 0 VDGND d AW Soe Gs Sve 873 BUFFER 2 0 207 5 oF Oe pid 5 0501 40 5487 05 8 al al 8 91 DEN2 58 SS 194 4M er gh 88 8 881 818 E T ur 8 dU 857 1944 Reis cus Nur preme n 6 92V 100 815 55 T p i 0254 05 NPEY i VPLY Sa S 56 515 4 aa 8 1 SONTROLUNT SO 3 53 446 00 C 9 X tal x CLK 7 8522 100 6530 6 204 Li 0 75 15 0807 853 1816 858 1821 eC864 Taman D __ S AM CLK 100p RB01 R803 eR809 8813 R821 1807 0803 831 3 73V C843 2SC5108 YF 15 56n 3p 56n z 2 DATA 6 R523 100 0 0 220 220 100 2 2u 1SV283F 15 0 94 1 38 T m m x eCN904 w DATA C531 C901 w w w AM AN M ais 9 40 5487 05 VEN 5 R524 100 29 0 73V
261. DJUSTMENT Measurement Adjustment Test equipment Unit Terminal Unit Parts Method Specifications Remarks Perform the following in the adjustment mode Item 2 24 he adjustment menu in the middle save your settings with Menu No 60 To terminate Final idling current 1 Display f 14 100MHz Mode USB Final unit A 2 VR1 2 3 4 MIN Transmit Ammeter Final A 2 DC IN Final A 2 Check the default current I2 of DC IN 12 500mA lA 50mA lA 1000mA IB x100mA 700mA Ic 50mA Ic 700mA Ip 50mA refer ence voltage 1 Menu No Transmit 23 14 1MHz HF Max power 100W 1 Menu No Transmit 24 14 1 MHz Power meter 150W ATT Set the adjustment value within the limit of the specified volt age 2 Vx0 1V Set the adjustment value within the limit of the specified power 100W 3 0W 14 1MHz Null 1 Menu No Transmit 24 14 1 MHz Power meter 150W ATT DC V M VSR voltage min 0 3V or less Power me ter 100W 1 Menu No Transmit 25 14 1MHz 50M Max power 100W 1 Menu No Transmit 26 50 1MHz Power meter 100W 1 Menu No Transmit 27 50 1MHz POC 50W 1 Menu No Transmit 28 14 1MHz Power me 50W 1 Menu No Transmit 29
262. E 1 5 x LO1 47k 0 sle a i 2 50 8 B28 2SK1830F See 5 8 33 3 6 518 JE 918 else 9 4 9 4 4 4 4 4 slt a 155226 155226 59 3 8 1 67 f oitu loc 1 7 DEO or 8 S m 5 55 s neS 1 O s es l o 55 R804 SCK sis Sic 3i 1 58 ne nte vss eles CN300 G EPI 828 BRF Sis 330k 2 518 515 28C3356 A R 0 30V wl gt 47 jet mm 7 96V ele 919191919194 102 04 0191 05 02V 215 amp KEYING T 0 31V 721 n S E oeTsToTeT TeT lt CONTROL UNIT LO CNB02 SEN 2 2 Cao E 2 78V AMPLIFIER S TGC y 4 y 4 y Y Y Y Y Y 4 Y oY Y Y 4 ot 2 4 S B 1 a ol ES z g 95 Blk 5 O 86 5565655 X53 446X XX B 3 LO2 6V 4 8 8 Siz m 378 FE 0 o o of 9 sm 5 amp 8 8 52 CLIPPER n s PPS 508 DB10 bet 5 oS gt SWITCHING CN403 im s s sr 4 Tl ne D 0813 5 5 5 5 x n lt T CN351 0 01 PGC sli als CN1 VOLTAGE VOLTAGE glx Bla 818 9 9 9 9 9 CN2 CN3 J2 E06 0752 15 1
263. EN1 CW RX TX RX RX TX Filter offset 1 1 5k 1 5k 1 5 0 0 RIT RIT RIT RIT XIT A XIT CAR correction IFTOM 2 7k CAR1 CAR1 CAR1 CAR1 DDS AD9951 DEN1 FSK FSK R RX TX RX TX Filter offset 1 0 SHIFT 2 SHIFT 2 SHIFT 2 RIT RIT RIT XIT A XIT A XIT A XIT CAR correction IFTOM 2 7k HF TX RX LO1 HF TX RX LO1 IF 11M Frequency 0 03 21 5MHz Amateur bands within 1 8 3 5 7 14 21 MHz band only DDS AD9951 DEN1 USB LSB CW R CWN FSK R RX RX RX RX RX HF TX RX LO1 Filter offset 1 1 5k 1 5k 0 0 SHIFT 2 RIT A RIT A RIT A RIT A RIT A RIT CAR IF11M_2 7k I CAR2 CAR2 CAR2 correction F11M 500 CAR3 CAR3 CAR3 2 A RIT RIT frequency variable amount 9 99 9 99kHz A XIT XIT frequency variable amount 9 99 9 99kHz SHIFT FSK shift width frequency 170Hz 200Hz 425Hz 850Hz Initial value 170Hz CAR correction SSB IF Filter adjustment volume 0 when using Narrow option filter CAR1 IF 10 695MHz SSB Normal filter compensation value CAR2 IF 11 374MHz Normal filter compensation value CAR3 IF 11 374MHz Narrow filter compensation value Table 1 1 LO1 frequency shift data TS 590S CIRCUIT DESCRIPTION DDS AD9835 DEN2 LSB CW RX I
264. EY dash CN301 to Final unit A 2 CN5 Electronic keyer dot signal L KEY dot O Serial data KEY down signal L KEY down O Serial clock Standby switch L TX Over voltage detection Over 19V becomes H RTTY key signal GND SOL control voltage H SO open Power supply switch control signal H when power is ON Inverting PKS control PTT ON GND PTT input for data communication L PTT ON Thermistor detection voltage Analog GND Input voltage of amplitude detector Packet data output Packet data input TERMINAL FUNCTION Name 1 0 Function TS 590S Function CN303 to Control LO unit B 3 CN502 VGS 1 serial data GND GND VGS 1 enable FMOD FM modulation audio VGS 1 reset GND GND VGS 1 analog GND DRES C803 reset VGS 1 audio output DEN1 C601 enable SEN C651enable DEN2 C803 enable LEN C801 enable VGS 1 audio input Function S O AJOJN LCLK Serial clock for PLL DDS to Control unit A 3 CN303 LDAT Serial data for PLL DDS VGS 1 audio output UL Unlock detection L PLL unlock VGS 1 audio input GND GND VGS 1 analog GND NC No connection VGS 1 reset 8A VGS 1 enable 8A VGS 1 serial data NC No con
265. F 1 8 N35 4010 48 N67 2608 48 N77 3006 43 N87 2608 48 N99 0331 15 T07 0765 25 191 0352 55 02 1836 15 W02 3727 05 W05 1638 00 W05 1639 00 W05 1638 00 W05 1639 0 W05 1636 0 W05 1637 0 W05 1638 0 W05 1639 0 W05 1636 0 W05 1637 0 HEXAGO BRAZIER SPEAKER HONE ACCESSORY ICROP ENCODE ENCODE X54A SE X54A SE X54A SE X54A SE X54A SE X54A SE X54A SE X54A SE X54A SE X54A SE PAN HEAD SEMS SCREW FINAL N SOCKET HEAD SET SCREW R RIT RVICE RVICE RVICE CO CO RVICE RVICE RVICE RVICE RVICE gt gt RVICE RVICE gt gt HEAD SCREW SCREW SET ACCESSORY UNIT X45 391X XX 0 11 2 71 CD04BQ1H220M CD04AY1E470M CD04BQ1H220M CD04AZ1E471M CD04AY1E470M CD04AZ1E471M CD04AY1E470M CC73GCH1H101J CC73GCH1H470J CK73GB1H104K CK73GB1H103K CK73FB1 CK73GB1H104K CK73GB1H104K CK73GB CK73GB CK73GB CK73FB CC73GC CK73GB CC73GCH CK73GB1E CK73EB1H CK73GB1H C93 CK73 C93 1 HIP C HIP C HIP C PC PC PC PC PC PC PC PC PC PC PC PC PC PC PC PC PC PC PC LECTRO 50WV LECTRO 25WV LECTRO 50WV LECTRO LECTRO 25WV LECTRO 25WV LECTRO J J K 10UF 1 0UF 4 7UF 100PF 0 010UF 220PF 0 10UF 1 0UF 0 10U
266. F 1000PF 0 10UF 270PF 0 010UF 220PF CK73GB1 CK73GB1H103K CK73FB1C105K CM73F2H331J CM73F2H471J CK73FB1E104K CK73EF1V225Z CK73FB1E104K 93 1807 05 CK73FB1H102K 93 0553 05 CK73FB1H103K CK73 CK73 CK73 C93 CK73 CK73GB1 CK73FB CK73FB CK73F CK73GB1 CK73FB1H103K 93 0555 05 93 0568 05 93 0558 05 93 1811 05 93 1816 05 93 0565 05 93 1816 05 93 0558 05 93 0567 05 93 0569 05 93 0562 05 93 1820 05 93 1816 05 93 0568 05 C93 1816 05 93 0569 05 93 1811 05 CK73GB1H103K 93 1811 05 93 0565 05 93 0567 05 93 0559 05 93 0570 05 93 1811 05 93 1813 05 93 1820 05 93 0570 05 93 0566 05 93 0562 05 270PF 56PF OOPF 0 010UF OOPF 27PF 39PF 9 0PF 68PF 100PF 150PF 560PF 68PF 33PF 15PF TS 590S PARTS LIST FINAL UNIT X45 391X XX Desti Address Parts No Description Desti Address Parts No Description nation nation 93 0571 05 82 CK73FB1H103K 0 010UF 93 0565 05 27 CK73GB1H103K 0 010UF 93 0563 05 18 93 0554 05 93 0560 05 CC73FCH1H680J 68PF 93 0570 05 68 CK73GB1H103K 0 0 93 1823 05 1000PF CK73FB1H102K 93 1820 05 560PF CK73GB1H103K 93 1823 05 1000PF CK73FB1H103K 93 1817 05 330PF CK73GB1H103K 93 1815 05 220PF CK73FB1H102K CK73GB1H103K 0 010UF CK7
267. F CW FSK NB NR 5123 D L gt o o gt D117 4 4 4 4 gt KOS MA2S111 F Ge VOX AT GENE FM AM SPLIT TF SET AB BC 4 10105 ov R181 HD74LV2G34AUS o D118 4 E 4 Dt KO4 CRITB MA2S111 F RTB SEND 1 2 3 MN MIN M V NOTCH CRITA EBA 0 o o 0 0 o 0 o 0119 40 6727 05 4 4 BUFFER 364 1 MA2S111 F crl EBCLK Ogos fo 8 MIC 4 5 6 QMIN QMR CH1 Iv al Teses 2 Ld 2106 ov E8CNV 9 7 eis _ HD74LV2G34AUS 4 6 TP367 4 o o o e o o o 120 519 4 4 4 4 4 E8TXD 26 Lo IP369 61 33C 370 7 alo MENA EBBSY O_o 919 E8BSY 4 4 4 4 1 1 D 890 MA2S111 F BUFFER PRST G PRST KEY CLR 0 ENT FINE MHz RX CH3 o Nc 12 Ino D122 126 X54 370 A 6 2 3 Dt 25111 KOO K a M ERR a SCHEMATIC DIAGRAM S 590S CONTROL UNIT X53 446X XX A 3 CN63 DISPLAY UNIT X54 3700 00 A 6 eredi a 5V 5V
268. F73M RX 21 3M 21 3 lt 21 5 lt RX 21 5 Filter offset 1 46 5k 1 5k 0 0 CW pitch FSK tone IF10M 2 7k CAR1 CAR1 CAR1 CAR cor IF11M_2 7k rection CAR2 CAR2 CAR2 IF11M 500 CAR3 DDS AD9835 DEN2 CAR3 LO3 FSK R RX TX Filter offset 1 0 0 CW pitch FSK tone IF10M 2 7k CAR cor IF11M_2 7k rection IF11M 500 CAR correc CAR1 IF CAR2 IF CAR3 IF 0 695MHz SSB Normal filter compensation value 1 374MHz Normal filter compensation value 1 374MHz Narrow filter compensation value tion SSB IF Filter adjustment volume 0 when using Narrow option filter Table 1 2 LO3 frequency shift data Receiver Circuit In an amateur frequency band or mode that requires anti proximate interference the receive signal passes through the double conversion RX 1 path and in other frequency bands and modes it passes through the triple conversion RX 2 path Refer to table 2 Mode Cw Conversion method Double 1st 11 374MHz IF fre quency 2nd 24kHz Conversion method Triple 1st 73 095MHz IF fre 2nd 10 695MHz quency 3rd 24kHz Table 2 Mode conversion method and IF frequency From the antenna terminal to the preamplifier 0236 The rec
269. FB1H103K IPC 0 010UF K CK73GB1H103K 0 010UF CC73FCH1H101J IPC OPF J 93 0554 05 4 0PF CK73FB1H103K IPC 0 010UF K J J CC73FCH1H470J 47PF CC73GCH1H221J IPC 220PF CK73GB1H103K 0 010UF 93 0564 05 IPC 22PF CC73GCH1H470J 47PF C05 0370 05 ERAMIC TRIMMER CAPACITOR 20P CK73GB1H103K 0 010UF CC73GCH1H080D 8 0PF E04 0154 05 N SOCKET CC73GCH1H470J 47PF E40 6528 05 N ASSY CK73GB1H102K 40 6526 05 N ASSY 15 5905 PARTS LIST FINAL UNIT X45 391X XX Parts No Description Ref No Parts No Description 51 259 260 E40 6873 05 E41 1682 05 E40 6525 05 E40 6881 05 E04 0154 05 E04 0190 05 E41 1682 05 E23 1310 05 E23 1310 05 E37 1480 05 E37 1508 15 7 1479 15 7 1486 05 F53 0381 05 F53 0401 05 F53 0306 05 F52 0038 05 J13 0410 05 L92 0447 05 L33 1552 05 L41 2775 33 L92 0641 05 L39 1434 25 L39 1451 05 L39 1569 05 L34 4928 05 L39 1550 05 L39 0421 04 L34 4925 05 L39 1456 15 L34 1282 05 L34 4926 05 L39 1259 15 L39 1547 05 L34 1282 05 L39 1457 15 L39 1221 15 L39 1519 15 L39 1570 05 L39 1549 05 L39 1260 15 L39 1546 05 L39 1405 15 L39 1457 15 39 1221 15 134 4925 05 134 1281 05 139 1456 15 134 4927 134 1231 139 0480 139 1442 FLAT CABLE CONNECTOR PIN ASSY PIN ASSY FLAT CABLE CONNECTOR PIN SOCKET PIN SOCKET PIN ASSY TEST TERMINAL TEST TERMINAL LEAD WIRE WITH TERMINAL
270. GCH1H680J CC73GCH1H680J CC73GCH1H560J CK73GB1H102K CK73GB1H103K i CC73GCH1H121J CC73GCH1H270J CC73GCH1H470J CC73GCH1H080B CC73GCH1H030B CK73GB1H103K i CC73GCH1H560J CC73GCH1H680J F CK73GB1H102K CC73GCH1H560J CC73GCH1H101J CC73GCH1H270J CK73GB1H102K CC73GCH1H100C CK73GB1H472K CK73GB1H103K CK73GB1H102K CC73GCH1H270J F CC73GCH1H390J CK73GB1H103K CK73GB1H102K CC73GCH1H561J CK73GB1H472K CK73GB1H103K CK73GB1H102K CC73GCH1H820J CC73GCH1H220J CC73GCH1H681J CC73GCH1H240J CC73GCH1H680J CK73GB1H472K CC73GCH1H820J CC73GCH1H120J CK73GB1H103K CC73GCH1H180J CC73GCH1H181J CC73GCH1H330J CC73GCH1H561J CC73GCH1H470J TS 590S PARTS LIST CONTROL UNIT X53 446X XX Desti nation Desti nation Address Parts No Description Address Parts No Description CC73GCH1H220J 22PF CK73EB1E106K CC73GCH1H330J 33PF CC73GCH1H220J 22PF CC73GCH1H100C OPF CC73GCH1H030B 3 0PF CC73GCH1H120J 2PF CC73GCH1H560J 56PF CC73GCH1H180J 8PF CC73GCH1H101J OOPF CC73GCH1H150J CS77BA1A100M CC73GCH1H220J 22PF CK73GB1C104K 0 10U CK73GB1H102K 000 CC73 H150J 5PF CC73GCH1H470J 47PF CC73 H030B 3 0PF CK73GB1H102K OOOPF K CK73GB1C104K 0 10U CK73GB1H103K 0 010UF CK73GB1A105K OUF CK73FB1H153K 0 015UF CC73 H180J 8PF CK73GB1H472K 4700PF CC73 H330J CK73GB1H102K 000 CK73 102K 0 CS77CA1ER47M 0 47UF CC73 H120J 2 CK73GB1A105K OUF
271. HF 50MHz ALL MODE TRANSCEIVER TS 590S KENWOOD Kenwood Corporation SERVICE MANUAL 2010 9 PRINTED IN JAPAN B51 8941 00 N 283 Phone jack 9P Knob RIT E11 0705 15 K29 9471 03 Key top 8key Panel Front glass Key top 5key Knob MULTI K29 9466 02 A62 1176 02 B10 2799 02 K29 9469 02 K29 9456 23 7 1 2 5 7 9 20 I 1 173 iml MO PRE D unm SPLIT mem H L ANT R lt AT gt T I I LI LI LI LI 17 DRV METER LSB USB gun 1 8 3 5 T FMN 5 6 N I veray 10 145 18 wam 8 9 21 24 28 a ____ jen pe 9 4 1 LEV LEV A NOTCH WIDE D vores 12 spur cri ww 1 RI 50 rime y a menu faxa lt E 4 J Foot Front Key top 25key Knob Main knob Key top 20key Knob Inside HI Knob Outside SOL RF J02 0442 04 x2 K29 9467 02
272. HITE 104200 04 0191 7 1530 E04 0191 t a _ 237 1495 21 NBIF 92 GA NBIF LOT enL01 1 i 1 aS CN508 CN300 E E04 0191 1 04 0191 6 55 1 i Loa e o 2 g CN601 1 CN400 J3 1 1 I GREEN 9228 4 01911 p37 1497 os d Y Losre i zi 2209 i DC DC 1 2902 6 lt z S I a i roo 1 54 21599 oa Omo2zo 34 35 J100 A Am 1 1 n MONY 0 5 50922 a J800 2 2 2 7 use lt z 1 Ba 260 3 1 222882995 2 2 1 I wot 5 4 Neer jise a 1 i T 1 Ieee eee e og ee M L mes A J dL2222222222222222 ete 27 gt E13 0166 E13 0166 E11 0414 d DRV RANT E11 0455 E11 0705 E56 0408 E06 0752 USB B Type EXT SP KEY PADDLE REMOTE A 109 A RE C E TS 590S SCHEMATIC DIAGRAM FINAL UNIT X45 391X XX A 2
273. HVC131 DE R875 RK73GB2A182J 1 8K D443 HVC1 DE R876 RK73GB2A394J 390K D461 464 HVC131 DE R877 RK73GB2A333J 33K D471 472 15 312 DE R878 RK73GB2A184J 180K D473 HVC131 DE R879 RK73GB2A224J 220K D474 477 15 312 DE R880 RK73GB2A101J 100 D478 HVC131 DE R881 RK73GB2A104J 100K D522 525 L204BBB DE R882 RK73GB2A274J 270K D526 MC2858 T111 DE R883 RK73GB2A000J 0 0 D551 552 HSM88ASR E DE R884 RK73GB2A221J 220 D57 MC2858 T111 DE 901 902 RK73GB2A102J 1 0K D586 587 1SS226 F DE R903 RK73GB2A103J 10K D660 UDZW6 2 B ER DIODE R905 906 RK73GB2A102J 1 0K D66 1SS226 F DE 907 909 RK73GB2A473J 47 RB706F 40 DE R910 911 RK73GB2A103J 10K D663 1SV312 F DE R916 RK73GB2A103J 10K D70 MC2858 T111 DE R917 RK73GB2A102J 1 0K D702 25111 R918 919 RK73GB2A473J 47 0721 722 RN731V DE R920 RK73GB2A103J 10K D723 HVC131 ODE R921 RK73GB2A102J 1 0K RN731V ODE R922 RK73GB2A471J 470 762 HVC131 ODE 0 0 R923 RK73GB2A103J 10K 15 312 DE R924 RK73GB2A102J 1 0K D782 783 HVC131 DE R925 RK73GB2A473J 47 799 800 EDZ18B ENER DIODE R927 RK73GB2A473J 4K D80 EDZ5 1B ENER DIODE R936 RK73GB2A103J 10K D802 25111 ODE R937 938 RK73GB2A222J 2 2K D803 155388 ODE R939 RK73GB2A473J 47K D806 UDZWT0 B ENER DIODE VR261 VR321 K11 K101 102 D11 12 D13 014 015 017 018 020 23 024 0101 R32 0346 05 R32 0346 05 51 1420 05 576 0459 05 155226 25111 EDZ18B EDZ4 3B 25111 C2858 T 25111
274. Hz FM 2 1kHz 0 1kHz Transmit According to the larger 22 Current 1 Menu No 56 24 9MHz USB Ammeter Set the adjustment 21 0A 0 1A protection Transmit value within the limit DC power supply of the specified cur DC IN DC 15 9V rent 23 SWR pro 1 Menu No 57 14 1MHz CW 1500 dum Set the adjustment 40W 1W tection Transmit my load value within the DC power supply Through limit of the specified DC IN DC 13 8V type power power 1500 dummy connection meter Use a cable that is 1m long 24 SWR 1 Menu No 58 14 1MHz CW er SWR meter lights up to 3 ter Transmit position DC power supply 14M DC IN DC 13 8V SWR 3 1500 dummy connection Use a cable that is 1m long 2 Menu No 59 51 9MHz FM Transmit DC power supply DC IN DC 13 8V 1500 dummy connection Use a cable that is approx 18cm long Writing data After items 2 24 have been adjusted 1 Menu No 60 2 lt amp 9 key Push once time Display rEAdy good If nG is displayed enter data again 3 CLR key Push once time 25 AT detec 1 Display f 51 9MHz Oscilloscope Final VR5 the VR5 to the tion balance Mode FM Power meter A 2 point where the Power 10W 150W ATT waveform on the os Transmit cilloscope changes from high to low Threshold point TS 590S ADJUSTMENT Adjustment Points Upp
275. I 8 8 700 u REVERSE 82 SWITCH E ee 815 815 1 R781 U1 AN BPF NO SELECT 13 49V 5 555 CURRENT Ola Ola Bis 818 DRVO H OV BEESELEET dk SE BPF SELECT 6 30 SWITCHING 457V 2 C290 8269 150 470n 0 01 55 Z2 32 say ofe SWITCHING TXNFM AM SSB CW SWITCHING TXFM H 0 81V elg mgl prevention 4 RXFM H ee 1 10k 918 DRVO L 11 10V TXB 48 d EM BPFE FPE NO SEEGE BPF SELECT vetat L156 D154 D281 C283 Y gt ees Sig 0351 13 19 m TXFM L OV RT1N436U T111 518 e FM 949030 I 1 45 1 P AMPLIFIER ut i DRVO H 1381V 578 8 ov 3849 BPF NO SELECT 5 220n 47 mm ou gia o 178V ir eas eC359 1356 73 12MHz L841 SWITCHING 2 C704 za L T 789V i DC DC DRVO L 0V ile 0782 13 49V SWITCHING 812 346 46 5 40V CANG 858 0 95V o Dav K 100 133 095 2 841 843 FAA x 818 3 du 56k 38 AM SSB CW 2SB1188 Q R 4 918345 8 8 E 518 0010 1 1 RT1N436U T11 249 es SWITCHIN gt Kt oli m 0352 al RXB 2 RXB 2 SWITCHING REVERSE CURRENT 4 33 100u 218 BUM 3 OV R 785V R905 1k 8 8
276. IF 57 7 x z 8 NBL aN 38 NBL NBL CN655 8 25 im ov wo 8A 8A CN648 9 8A z R646 f IO BLNK CF591 BLNK w lt 8595 0597 8603 x 608 610 614 R618 T rf X A 10u 818 SNK Ou otu o 878 P T P 611 RIF 455kHz BW 12kHz WIDE RIF 404800 os ER TP2 CAR mE 5 85 955 3 2 sel sls 55 8 2 ND RXB NFM RXB NFM 8A CN711 TIF E40 6525 05 52 RX MIXER Blk al 5 0552 519 S n um um m m um Em oz HSM88ASR E See 9 RXFM H 0V CN712 i 1667 RXFM L 7 647 TIF Zt te 375mA y Se 145 3 Pr Ne Q916 CN909 1 9 Bin 5 HN7GO1FU F OV 5 AMPLIFIER 8 lt 3V gt EMEN ee 8 8 2 SWITCHING HSM88ASR E 2 0591 RXFM H 1 26V H 4 RX MIXER Sls RTIN141U T111 RXFM L ST 455FIL RXFM H 7 70V Q916 R592 1 L RX 3rd MIXER 2 455FIL RXFM L 0 09 SWITCHING A 10 695MHz 11 374MHz 24kHz 45 RXB 8 gle RX FM NOT FM T E SWITCH aus H RXFM H FM niv CN9035 R 7 70V RXB T OV 8 L T 7 89V Qoo 1 es 8 8 i Q904 a ers 8 88 AM SSB CW 288090108 2SB1188 Q R
277. IRE WITH CONNECTOR MIC F K29 9468 02 KEY TOP 20KEY K29 9469 02 KEY TOP BKEY 7 1507 05 LEAD WIRE WITH CONNECTOR MULTI E37 1530 05 LEAD WIRE WITH CONNECTOR NBIF F K29 9471 03 KNOB RIT F K29 9477 03 KNOB INSIDE HI F09 0453 05 CAP DIN ACC2 REMOTE F K29 9478 03 KNOB OUTSIDE LO 09 0478 05 FANMOTOR F10 2330 13 SHIELDING COVER AT L79 1408 05 LINE FILTER ACCESSORY F10 3116 04 SHIELDING COVER FINAL RELAY F10 3134 02 SHIELDING PLATE FINAL N09 6602 05 SPECIAL SCREW PANEL TS 590S TS 590S FINAL UNIT X45 391X XX PARTS LIST Desti nation Desti Address Parts No Description nation Address Parts No Description 3D N15 1040 4 2F N19 0673 LAT WASHER GND C93 1807 05 J 1F 34 181 10 2C 1C 1D 3A 3D 8 5 N33 2606 43 N33 3006 43 N35 2604 43 N35 3008 4 N35 3020 4 NDING BINDING BINDING BINDING OVAL HEA B HEAD HEAD HEAD INE SCREW HEAD MACH F SPECIAL WASHER RIT ENC CK73FB1E104K OVAL HEAD MACHINE SCREW X54A D MACHINE SCREW CABINET NE SCREW FOOT MACHINE SCREW FAN X53B C93 1807 05 CK73GB1H102K CK73GB1H103K CD04BC1 CK73FB1C J c Ti INE SCREW GND CK73EB1H 116 120 121 123 124 D101 115 D101 115 D123 160 D123 160 D161 213 D161 213 D216 D216 D217 D217 1A 2A 3E 2A282030 1G 2A 2G 1F 2
278. J 50PF C556 CK73GB1E105K GB1H103K 0 010UF C557 CK73GB1H103K 0 010UF GCH1H150J 5PF C558 560 CK73GB1E105K OUF GB1H103K 0 010UF C569 CK73GB1H103K 0 010UF GB1H104K 0 10UF C570 CK73GB GBIE OUF 571 575 CK73GB 0 010UF 0 010UF C576 CK73GB 000 GCH 20PF C577 CK73GB 0 010UF GBIE OUF C578 CC73GCH 20PF GC OOPF C579 CC73GCH 80PF GC 82PF C580 CC73GCH 330PF GB 0 010UF C581 CK73GB 000 GC 82PF C591 CK73GB 0 10UF GC OOPF C582 CE32CL1 22UF 0 10UF C593 CK73GB 000 C594 CE32CL1 OPF C595 CK73GB 597 599 CK73 0 010UF K C600 CK73 82PF 68PF 82PF 100PF 0 010UF 601 CC73 602 606 CK73 608 609 CK73 610 CC73 611 612 CC73 63 83 C3 C3 CJ 39PF 613 CC73 390PF 614 CK73 10UF 615 616 CK73 1 0UF 618 CC73 330PF 619 CK73 0 10UF 63 C39 63 620 CK73 0 022UF 621 CK73 2200PF 625 628 CK73 0 010UF 630 CK73 631 CK73 C3 C3 lt gt 632 CK73 F 633 CK73 634 CK73 635 636 CK73 638 CK73 63 63 639 640 CK73GB CC73GCH CC73GCH 650 CK73GB 651 CK73 C C3 CJ 652 653 CK73 654 CC73 656 CK73 657 CK73GB 658 CC73GCH 659 CC73GCH 8 0PF 660 CK73GB 2200PF 661 CK73GB 3300PF 662 CD04AZ 47UF 663 CK73GB 0 010UF 664 665 CD04AZ 47UF 666 CK73 0 010UF 668 CK73 0 010UF C670 671 CK73 0 010UF C673 CK73 0 010UF
279. K D116 122 A2S111 F DIODE 3K D218 SS388F DIODE 05K IC101 LC75897PW 0S IC IC102 TC7W125FU F 05 04K 12103 F364AEDFBKDUA ICROCONTROLLER IC H152J H472J 12104 TC7W125FU F 05 H152J 1 105 106 HD74LV2G34AUS 0S IC H180J 0101 2SD2114K W TRANSIS 0102 RN47A5 F TRANSIS H271J 0103 105 2S8D2114K W TRANSIS H330J H222J 0106 UMG1N TRANSIS H472J 0107 RT1N141U T111 TRANSIS H221J S953 W02 3737 05 ENCODER 04K H120J H222J 03K UNIT 57 785 0 11 K 2 71 B30 2001 05 LED RE 04K B30 2001 05 LED RE 04K CK73GB1E105K CHIP C 1 0UF CK73GB CHIP C 1000PF 04K CK73GB CHIP C 0 010U C C e e e T CK73GB PC 0 010U CK73GB PC 0 010U CK73GB PC 0 0 CK73GB PC 0 0 CK73GB PC 0 0 CK73GB PC 0 0 CK73GB PC 0 0 CK73GB1H104K HIP C 0 10UF CK73GB1H104K HIP C 0 10UF CDO4AZ1V101M LECTRO 000 CS77CA1A4R7M HIP TNTL 470 10 CK73GB1E105K HIP C OUF 10PF 4 0 CS77CA1A4R7M 4 7UF 1 0U CK73FB1H102K 1000PF CK73GB1H103K 0 010UF CK73GB1H102K 000 0 10UF CK73FB1H102K 000 0 010UF 0 022UF CK73GB1H102K 000 1 00 CK73GB1H103K 0 010UF 4 0 CK73GB1H104K 0 10UF 45 2227 2200 1000 CK73FB1H103K 0 010UF 560PF 270PF CK73FB1H102K 1000PF 120PF CK73GB1H103K 0 010UF 82PF CK73GB1H102K 1000PF CK73GB1E105K 1 0UF 68PF CK73GB1H102K 1000PF 39PF 47 CK73GB1H103K 0 010UF 1000PF CD04AZ1E471M 470UF 1
280. K73GB PC 0 022UF CK73GB 0 010UF CK73GB PC 0 10UF CC73GCH 220PF CK73GB 0 010UF CC73GCH 680PF 5 5905 PARTS LIST CONTROL UNIT X53 446X XX Desti Address Parts No Description Desti Address Parts No Description nation nation CC73GCH1H680J 68PF CK73GB1E105K 1 0UF CC73GCH1H101J CC73GCH1H471J 470PF CK73GB1H152K 500 CK73GB1H104K 0 10UF CC73GCH1H331J 330PF CK73GB1H222K 2200PF CK73GB1H104K 0 10UF CK73GB1E105K 1 0UF CK73FB0J106K CK73GB1H222K 2200PF CK73GB1H102K PF CK73GB1H103K 0 010UF CK73GB1C225K F CK73GB1H104K 0 10UF CK73GB1A105K 0UF CC73GCH1H471J 470PF CK73GB1C225K F CK73GB1E105K CK73GB1H332K CC73GCH1H471J CK73GB1H104K CK73GB1H104K CC73GCH1H331J F CK73GB1H222K CK73GB1C225K F CK73GB1E105K CC73GCH1H331J CK73GB1H104K CK73GB1H104K CK73FB0J106K CK73GB1H103K CK73GB1H104K CK73GB1H332K CK73FB0J106K CK73GB1C225K F CK73GB1H104K CK73GB1E105K F CK73FB0J106K CK73GB1H222K CK73GB1H104K CK73GB1H104K CK73FB0J106K CC73GCH1H471J F CK73GB1H104K CK73GB1E105K F CK73GB1H104K CC73GCH1H471J F CK73EB1A106K CK73GB1H104K F CK73FB0J106K CK73GB1H103K CK73GB1E105K CK73GB1H222K CK73FB0J106K CK73GB1E105K CK73GB1H103K CK73FB0J106K CE32BM CK73GB1H104K F CD04BQ CK73FB0J106K CK73GB
281. LC meter is amplified from the ALC voltage each by the relevant operation amplifier and then input into the A D converter and displayed on each meter Fig 14 Transmit power control DAC 75 78 and ADC 1C83 Signal Path Outline DAC IC75 communicates signals with ACC2 and the Optional unit VGS 1 DAC IC78 communicates signals with USB ADC communicates signals with ACC2 USB and the Optional unit VGS 1 The signal path of DAC 75 78 and ADC IC83 vary depending on each status of transmit receive Functions relating to transmission 1 Modulation input path Each output signal from the analog switch IC80 passes through the active filter IC81 and then enters ADC IC83 and is sent to DSP IC301 The signal sent from the USB UAO is output from pin 6 to pin 5 of the analog switch The signal sent from the ACC2 ANI is output from pin 2 to pin 1 of the analog switch The message output signal VAO from the Optional unit VGS 1 passes without going through the analog switch through the active filter IC82 and then input into ADC 17 TS 590S 18 CIRCUIT DESCRIPTION 2 Modulation output path The AF signal processed in DSP IC301 is output as analog in DAC IC75 IC78 and then amplified by the active filter IC73 IC76 signal that passed through the active filter IC73 is sent to ACC2 output signal ANO signal that passed through the ac
282. N when 6kHz IF filter is selected D802 Reverse current prevention External ALC voltage D803 Reverse current prevention VSR signal line Switching 1 2 ON when 10 695MHz 2 7kHz IF filter is selected 2 2 ON when 11 374MHz 2 7kHz IF filter is selected D806 Reverse current prevention External ALC voltage D807 Current protec tion Reduce power at over current D478 Switching ON when 500Hz IF filter is se lected D808 Power control Reduce power at high voltage D521 Voltage shift Reference voltage of AGC control attenuator D809 Reverse current prevention VSR signal line D522 524 Attenuator AGC control attenuator D810 812 Voltage shift Creates a reference voltage D525 Attenuator IF gain adjustment D813 Power control ALC signal line D526 Switching 1 2 ON when RX FM mode is selected 2 2 ON when RX AM SSB CW FSK mode are selected 841 843 Reverse current prevention CKY signal line D551 552 RX Mixer Receiving 3rd mixer 10 695MHz 11 374MHz 24 2 0571 Switching 1 2 ON when RX FM mode is selected 2 2 ON when RX AM SSB CW FSK mode is selected D586 587 Clipper FM detection IC input D660 6V DC DC Stabilizes negative power source to 6V D661 Rectifier Creates negative voltage D662 Detection Noise blanker switching pulse detection
283. OTP354 GREEN z R196 100 TP382 1 TP307 3 25 R161 150k GREEN 1 41V z Me e OTP355 pM 0103 9 C138 1000p 2 KO1 1308 9 28 2SD2114K W BUFFER T Koo gs P309 R197 100 TP383 3 B DRIVER w 5 SE BACKLIGHT LB DOOR n TP319 O LCD TC7W125FU F R198 100 3P 4 TP320 O C140 1000 amp P3210 LeD_B_U 9 R136 4 ui TP322 O E w HA maes 5 AMBER 0V C141 1000p 0214 GREEN 1 41V Leo ee efFet 8 83 588 88 DRIVER LED GREEN BACKLIGHT 1 0106 R179 AMBER 3 22V 4 VOL D TP386 7 gt gt gt gt gt gt gt gt UMG1N GREEN 0V 47k mo 85888 54555 croa S 3 3 5 d d Cd R201 100 TP387 8 ae x 9 0214 4 SVOL ras z amp B30 2167 05 LCD B G nu R180 gt PD161187 LED AMBER BACKLIGHT AREEN OV L a dics 88 amp 20 2322 05 8A 218 T 12 8 8 8 ag N T 3 23V 0215 560 a OUTER Axe R141 2 TP356 VT 3 B30 2168 05 o S 815 Sig Flo Blo Blo 8 878 o A Sala 9 Rs8 228 2 8 346 248 DIR 245 3 8 ETE Tee Te tere DISPLAY UNIT AF RF X54 3700 00 D 6 E o wama n m mamam n umama wama m S I RE RU S Bl Bl CN106 0215 af of E
284. PF4 Q803 Switching PLL LPF cutoff control switch Q804 Amplifier PLL F in amplifier Q805 Filter Ripple filter Q806 VCO Q807 Amplifier VCO amplifier Q808 Amplifier DDS reference amplifier PLL LO1 reference generator 0901 Switching RS 232C IC power supply control switch 1 8V AVR 1 8V voltage regulator DDS LO1 generator 0902 Switching USB IC power supply control switch Amplifier Wide band amplifier Q903 Switching USB audio IC active signal switch Level converter RS 232C level converter OP amplifier USB audio amplifier Q904 Switching USB UART bridge IC active Signal Switch CODEC USB audio IC D1 Switching Catch diode for 3 3V switching regulator AND gate USB audio IC control USB hub D2 Switching Catch diode for 8V switching regulator USB UART bridge Voltage shift Temperature compensation Switching Power supply control of 3 3V ON when power is ON Reverse current prevention For MIC data Ripple filter For audio amplifier VCC Poly switch Current limit Switching Detection signal mute switch Switching FMOD and TIF signal ON OFF analog switch control IC68 Reverse current prevention For MIC supply 8V Mute For AF mute Buffer Buffer amplifier for
285. PROM O504 505 Doubler Frequency doubler 31 2MHz x 2 62 4MHz IC3 Analog multiplexer A D port selection of MCU Q506 Amplifier LO2 output amplifier IC3 Buffer with 3 state output Data control of DSP Q601 Buffer DDS reference buffer Q602 Buffer LO3 output buffer IC3 Buffer Voltage conversion 5V 3 3V for and TSI signal 0651 652 Switchi BPF4 selection switch IC3 Buffer Voltage conversion 3 3V 5V for TTO and TSO signal Q653 654 Switchi FB selection switch Q655 656 Switchi BPF1 selection switch IC3 Buffer Buffer for CLK signal Q657 658 Switchi FA selection switch IC3 Reset IC BKC detection Q659 660 Switchi BPF2 selection switch IC3 OR gate IC Delay time control of FOE 0661 662 Switchi BPF3 selection switch IC3 OR gate IC Logic IC for IC311 control Q663 LO1 output amplifier 501 502 Buffer Voltage conversion 3 3V 5V 504 5V AVR 5V voltage regulator 0664 LO1 output LPF cutoff control Switch 505 3 3V AVR 3 3V voltage regulator Q801 PLL reference buffer IC601 DDS LO3 generator O802 Switching FM modulation switch Shift register O1 I O update 02 FM TX O3 IFB 04 IFA Q5 BPF1 O6 BPF2 O7 BPF3 O8 B
286. Power supply 101 control LCD driver 103 KINO KIN7 KO0 KO7 11 0592MHz E3 MU MD PCTS PRXD PRTS PTXD BKC PRESET PWS Panel MCU Main Encoder 105 Voltage converter 106 Voltage converter RIT Encoder Multi Encoder Lo Hi Encoder Notch VR SOL VR ii AF VR RF VR CN107 to Control unit X53 446 A 3 Fig 16 Display circuit 19 5 5905 20 COMPONENTS DESCRIPTION Final unit X45 391X XX Use Function Operation Condition Compatibility Shift register BPF switching OP amplifier VSF detection Drain current detection Current detection OP amplifier VSF detection Shift register O1 AT switching O2 ANT switching Q4 BPF switching O5 FAN control O6 FAN control O8 AT control IC8 10 Shift register AT control 01 2 Pre drive amplifier HF band amplifier Q3 4 Drive amplifier HF band push pull amplifier O5 Switchi Power supply control of 14S Q101 Switchi Over voltage detection Q251 252 Amplifi VSF signal amplifier Q253 254 Switchi Relay K46 control Q501 508 Switchi Filter switching depending on band Q509 510 Switching FAN control 05 Switching Power supply control of 14S Q5 Switching AT control O5 Switching Relay K45 control Q5 Switching FAN control Q517 518 Switching AT control
287. R 24kHz 10 695MHz 8s 9 3 24 SURGE g REVERSE 5 8 m v p i 5 13 B 2 2 0801 818 9883 zs 0443 723 27 4 T 0V PROTECTION 8 PREVENTION pS eia 3 U T111 5 Sel v 3 BPF9 8 5 5 13 RT1N436 1k 0 8 SWITCHING glx 2 2 ES TX BUFFER 8 8 pem Pt c 4 4 4 4 182 7 89 4 78 1 dfc 5 229 EN e 885 gos csv x D S D20 23 4 1 RT1N436U T111 EXT ALC VOD COMMON z 975 al 6 5 818 921 t Bax 5 s REVERSE CURRENT BYE 579 575 BYD BPF12 BPF7 9 SWITCHING R 1STIF H 0 06V 4 3 15V 5 5 5 Q17 9914474 i m 6 z TX 49M C804 C806 R825 918 ss D4s rj SwrcHNG 900 R 1STIF L 0 63V 1 2 m BUFER 7 31578 2581188 0 9 t PREVENTION 8 1 455FIL e BPF11 BPF6 1 u 100k R28 EB TXz0MAMP MC2848 T111 2MIXP T 0 03V 9 9 5 465V R21 815 Q13 amp 5 Q15 17 elka 7 BPF10 1 FER BA gea 73 095MHz 28 7 a lt 5 gt 9 RT1N436U T11 gia Q14 z 28 84818 1 D A CONVERTER ALCS 8 D801 808 8A Li s SA 0802 0806 Sig 7 0421 RET 2SK1824 A Qui SWITCHING rj 819 815 POWER CONTROL Q804 805 BLS AMPHFER SIS S 10 215 0807 CURRENT E Eze 28742 2 40V glo i
288. R 1 AMPLIFIER 0503 0504 8 Q505 0507 C318 0 01 C327 0 01 c336 0 01u C344 0 01 C354 0 01 C364 0 01 72 0011 DATA i Q 100 sie s a 2 8 367 RT1N234U T111 RT1N234U T111 ale 4 RTIN234U T111 RT1N234U T111 i i it a AM DATA eC517 220p m i Sis 25 5 ga ET LEM CLK2 2 Q 514 Chie 1000 eR23 DAN202U Maus a DETECTION 1M SELECT 0 09V SELECT 0 08V SJF E SELECT 0 08V SELECT 0 08V Ss aS 83 85 95 S8 95 gt ES CLK Cete M 8 5 8 8 RES NOSELECT 13 43V SELECT 13 39V 6 NO SELECT 13 41V SELECT 13 44V 5 5 as B 5 BOVR 3 BOVER R2 52 2 52 2 2 2 5 422219 HSMBBASR E SELECT 3 16V SELECT 3 16V 7 SELECT 3 167 SELECT 3 15V 551 Bel 551 Bel Bel 521 821 GND 4 C511 1000p ri 8 8 E ele R252 iis NO SELECT 0V NO SELECT 0V 8 NO SELECT 0V NO SELECT 0V 5 8 851 5 851 2 g 2 mi I 7 i E 8 PSC 5 PSC z z al eT S REVERSE SIS Vdet 1 w EL amp 8 gi 8 VOLTAGE sla ax glz eT 75 8 1 2 510 0 010 7 PREVENTION S 9 5 9501 0502 Q506 0508 0251 ATS i GND 6 C514 1000p 41505 HSMBBASR E ERN RTIN234U T111 RT1N234U T111 RT1N234U T111 RT1N234U T111 4
289. R 5 elo 5 TEE A ANT2 D eR251 1251 1SS348 F 97 amp 61252 C15 1W VSR enzo SELECT 0 06V SELECT 0 06V SHIFT REGISTER SELECT 0 06V SELECT 0 06V i 1501 BB 9 10k 10000 10k NOSELECT 13 15V SELECT 13 16V xm gt NO SELECT 13 29V Y NO SELECT 13 28V D254 0 28 8 E 15 elo 1494 52 hon a 5 SELECT 3 08V 08 8 8 TC74HCAO94AFF SELECT 3 05V SELECT 3 06V 528 C265 MOSS I R x 2 E37 1493 05 R14 ala 5 8 4 62 3 NO SELECT 0V NO SELECT 0V NO SELECT 0V NO SELECT 0V x s 210 N52 we Sc 0g 528 g 5 6 MT it 8 515 i i 2 2 665 8p K E41 1682 05 a 37 1486 05 SI 2 D zal 1 TXRL 1 e i AMPLIFIER 28g an Bol Bao 5 5 145 0 grs RDOSHEFTETA 8 2 AL om om I DETECTION C253 8254 Q517 0521 0523 0527 1 Sor 9 2 gt 2 5 FS 19 1000 83 85 EOFS QT 14 1000 ATTENUATOR 100 2 FY 2 025 462V RTIN234U T111 RTIN234U T111 RT1N234U T111 RTIN234U TT11 X 5 z ores 9 5 28 cel 25 1740 4 102 8 8 B B ehe 0 33W 83 k TC7SHU04F F SELECT 0 06V SELECT 0 06V z SELECT 0 06V SELECT 0 06V 1 ee
290. RK73EB2EbR6J R92 3625 05 RS14DB3A151J RK73FB2B102J RS14DB3A470J RK73FB2B152J RK73FB2B471J RK73FB2B472J RK73EB2ETROJ RS14DB3D180J RK73FB2B471J RS14DB3A4R7J R92 3632 05 R92 0150 05 RS14DB3D8R2J RS14DB3D470J AIR CORE COIL AIR CORE COIL TOROIDAL COIL SMALL FIXED IN SMALL FIXED IN SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE SMALL FIXE FERRITE CORE SMALL FIXED SMALL FIXED IN AIR CORE COIL C 100 C 68 C 120 47 C 470 4JK CHIP R FLPROOFRS 18 CHIP R 470 FLPROOFRS 4 7 RESISTOR 0 001 JUMPER REST FLPROOFRS 8 2 FL PROOFRS 47 L39 1443 OROIDAL COIL R101 RK73GB2A222J HIP R 2 2K L33 1488 ALL FIXED INDUCTOR 10UH R102 RK73GH2A152D 1 5K L39 1440 OROIDAL COIL R104 105 RK73GB2A103J 10K 134 4633 R CORE COIL R251 RK73FB2B103J 10K L34 4630 R CORE COIL R252 253 RK73GB2A102J 1 0K L34 4490 05 R CORE COIL R254 255 RK73FB2B101J 100 Ref No Address Parts No Description PARTS LIST Desti nation Address Parts No TS 590S FINAL UNIT X45 391X XX Description Desti nation R256 R257 258 R259 260 R261 262 R263 264 R265 266 R267 268 R269 R270 R271 R272 R273 R274 275 R276 R277 R278 279
291. RK73GB2A223J 22K R309 RK73GB2A470J RK73GB2A472J R312 314 RK73GB2A470J RK73GB2A822J R315 RK73GB2A473J RK73GB2A123J R316 RK73GB2A000J RK73GB2A682J R317 RK73GB2A470J RK73GB2A183J R320 RK73GB2A470J RK73GB2A682J R321 RK73GB2A473J RK73GB2A123J R322 RK73GB2A470J RK73GB2A103J R323 RK73GB2A473J RK73GB2A393J R324 RK73GB2A470J RK73GB2A103J R325 RK73GB2A473J RK73GB2A103J R326 RK73GB2A470J 7 RK73GB2A101 J R327 RK73GB2A473J 78 RK73GB2A471J R328 RK73GB2A470J 179 RK73GB2A104J R329 RK73GB2A473J 181 RK73GB2A104J R330 RK73GB2A470J 82 RK73GB2A822J R331 RK73GB2A473J 183 184 RK73GB2A183J R332 333 RK73GB2A000J 185 186 RK73GB2A223J R334 336 RK73GB2A470J 88 189 RK73GB2A183J R339 RK73GB2A000J 90 RK73GB2A822J R341 RK73GB2A473J 192 194 RK73GB2A183J R343 RK73GB2A000J 95 196 RK73GB2A223J R344 RK73GB2A470J 98 RK73GB2A822J R345 348 RK73GB2A473J 199 200 RK73GB2A683J R355 RK73GB2A473J R205 207 RK73GB2A183J R357 RK73GB2A473J R R R R R208 209 RK73GB2A223J R365 RK73GB2A105J R211 213 RK73GB2A183J R366 RK73GB2A000J R214 RK73GB2A000J R367 RK73GB2A473J R216 RK73GB2A103J R370 RK73GB2A330J R217 218 RK73GB2A223J R372 RK73GB2A472J R222 RK73GB2A104J R375 RK73GB2A472J R223 RK73GB2A103J R378 RK73GB2A102J R224 RK73GB2A102J R380 381 RK73GB2A105J R226 227 RK73GB2A223J R382 RK73GB2A473J R229 234 RK73GB2A183J R383 RK73GB2A101 J R236 RK73GB2A223J R384 386 RK73GB2A000J R237 RK73GB2A183J R387 RK73GB2A101 J R238 RK73GB2A223J R388 RK73GB2A000J R239 240 RK73GB2A18
292. RO 14 DVDD3 ABK2 w w w w 3 Ti 18k m 25 OR GATE IC ABK 1 eR92 eC114 m geo NJM2100V ZB AMPLIFIER C232 AXRO 15 12308 078 5 ne Sei 8 gt ua 2225 M 6252 x TC7SH32FU F NC USCL P m 5 1 ra d OP AMPLIFIER AMPLIFIER N 0 6 Reig ACLKRO __ 89 m 33M NC USDA C102 lt 518 VSS27 EM WE gt 1 9 C112 2 50V OP x 18k 18k a ETC ETXD el AMPLIFIER 52 R207 91 gal 155 Sle EM_WE vect 1 a x 150 1 5 NGF R212 TAS AFSRO CAS GND 225 220p 5987577 3 5 18k 2 51V OT 18k 2 250 amp 5 8 243 ERXD Cys NJM2732V e A INPUT B INPUT W Sie 10u S ACLKXO g C106 4 gt vol INPUT AHCLKRO a B4NPUT GND 53 8 SST hel Siz BS 2 858 Sia islzl2 AHCLKRI SX o 8 Posen B INPUT 17748 3 s AGcv 214 g eS EDT EAF ost T 914 AD 44554 8 2 58 A INPUT 88 gt ha SUE J 2 0239 4 98339 g 10314 C362 EEPROM C309 a 88 8 5 flop 4 4 55224 HD74LV2G34AUS HN58X25128FPIE gt 9 SA PUT Z m m M oam a x 8 gus Bo 2 49V aa i 10k 58 B DISPLAY UNIT X54 3700 00 E 6 E 8 Ve AGUTPUT 21 8 cL Kp
293. Rese C779 0663 D652 JUI eig C878 C883 eC895 0602 38M IB 10k BRA MC2858 T111 D669 1000p 18 22 12 O 1000 HVC131 ecze4 RB715F I a corey REI BES 5 88 MCLK do A LO3 amp 931 eR919 12906 8960 100 Q660 es SELECT i 1000 it Pt it it it SCLK CN601 Ez OLT aa l 33D 1 15k CP21028X0567 OD SWITCHING 0 1000 gle gle ale E SDATA 47 Foro 58 S NC 2 n SUSPEND USB UART UTXD 873 SWITCHING 0 066 Beg us 818 67 617 Pr cH Nee 2 tt An EX 58 381318 SUSPEND BRIDGE R962 100 HSC277_ e 2S 89 BUFFER 4700p 2 5C UCTS SELECT 0 42V R638 10 0 16 0 83 095 89 095 e g ole a 8963 1000000 NO SELECT 4 38V a SWITCHING 1666 sel zl ER 2 29 TES ne RTIPTATU TI 11 85 g i Oa PET gro 58785 ETT N 5 S S UNE c UAI 28 UA els SWITCHING C673 C679 C684 C971 C691 C707 C718 Reso C755 0661 9 gg DGND 27 8T 0671 82p 33 27 27 33p 82 D654 1000 9 8 0 1000 HVC131 pem SEIEN K i i m m m e ea w Te ro C514 1000 es ELECT 131 og nel ne os HVC131 alo tle Nla Sle 39n 33n URTS 26 R508 100 RTIN441U T111 BLE 14 967 88 88
294. SELECT 0 04V NO SELECT 13 34 NO SELECT 13 35V ico 5 18 NO SELECT 13 267 NO SELECT 13 32V SELECT 3 07V SELECT 3 06 TC74HC4094AFF SELECT 3 05V SELECT 3 07V NO SELECT 0V NO SELECT 0V 3 NO SELECT 0V NO SELECT 0V 2 2 2 8536 0 0529 0534 3 0537 0541 R535 0 RT1N234U T111 RT1N234U T111 4 RT1N234U T111 RT1N234U T111 P R533 0 SELECT 0 04V SELECT 0 04V 5 SELECT 0 047 SELECT 0 04V R534 0 NO SELECT 13 35V NO SELECT 13 33V 6 NO SELECT 13 33V NO SELECT 13 30V v SELECT 3 10V SELECT 3 08V 7 SELECT 3 06V SELECT 3 06V NO SELECT 0V NO SELECT 0V sl NO SELECT 0V NO SELECT 0V 529 0530 0535 0538 0542 RT1N234U T111 RT1N234U T111 RT1N234U T111 RTIN234U T111 S Q529 530 534 535 Q537 538 541 542 SWITCHING SWITCHING 145 145 148 3C 112 X45 391 A 2 3 4 ES z 528 xx gt 586 RED W3 E37 1479 15 D254 PROTECTION 0254 MC2858 T111 C269 R SCHEMATIC DIAGRAM 5 59 FINAL UNIT RELAY X45 391X XX B 2 1254 FINAL UNIT 45 91 X XX A 2 R50 0 PROTECTION D256 DAN202U 47u CN52 W6 E41 1682 05 E37 1486 05 1 TXRL 1 5 G 2 gt 2 4 M 13 73V 0253 P av 4 1 11
295. SK More than 500 Hz 6 dB Less than 1 2 kHz 60 dB AM More than 6 0 kHz 6 dB Less than 12 0 kHz 50 dB FM More than 12 0 kHz 6 dB Less than 25 0 kHz 50 dB Spurious response Image Ratio More than 70 dB IF Rejection More than 70 dB Notch filter attenuation Auto More than 60 dB Manual More than 70 dB Beat cancel attenuation at 1 kHz More than 40 dB Audio output 8 Q 10 dis ortion More than 1 5 W Audio output impedance EXT SP 8Q RIT shift frequency range x 9 999 kHz Specifications are subject to change without notice due to advancements in technology 5 5905 TS 590S 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 L5T 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 Impressionnistes Bp 58416 Villepinte 95944 Roissy Ch De Gaulle Cedex Kenwood Electronics UK Limited KENWOOD House Dwight Road Watford Herts WD18 9EB United Kingdom Kenwood Electronics Europe B V Amsterdamseweg 37 1
296. T FAN2 INT_SPEAKER G A T 2 ANTI F09 0478 F09 0478 107 0765 ppp Sm iE E v S E37 0959 E37 0891 wap FEC Eur ELI so 555 8 3011 i i FATASAS 1 406873 28 SQEPO 28 998 2592 2592 5822 6822 58 5 DATA o T X29 lt z 50 45 555 55 BOVA 550 258 GND GND ouk cas PSC z GND 8 TS gt Tio 2 um ED XOU s i E i ae Eu o FEN2 FEN2 11 TS 255 282 r 14 141 0 11 TS 590S X45 391X XX 1 2 5mm Pitch EH 2 71 TS 590S I 5 B 2 C W i pin 1 i E I 2 0mm i 481 1 14S Pitch PH 40 6526 40 6526 5 2Pin 8 E41 1682 E37 1486 148 1 595 TXRL 1 1TXRL CN2 1 1 lt La 640 6526 GND lt 5 5 256 GND 2 1 gt 1 1 8 Du 1 1 1 CN61 RIF 1 000 m su p eee 1 E40 6525 GND 2 lt 68 2659522o SEX i CN62 1 lt ate toe moe eens ane 5 240 6525 GND 2L 2 5mm Pitch 2 5mm Pitch EH 2 5mm Pitch 2 2 3 CN65 AF1 8 5 x9 ag Edo eee whe 37 1501 E37 1500 E37 1499 Br 5 ge 1 m dm 2 5mm Pitch 1 2 gt at E37 1502 Y 1 rd ene Nl na re
297. T IBK E TPS 10k 47 21912 Q4 m E 100 R179 C199 C200 8_5 03V 0 01u 717712 565 ONE BKC kt L AW AN 11 9 31r F T R421 R12 215 100k 22 22 ale R188 6190 209 R415 w Rig TPS n 100 C197 S29 w w it D 11 8390 0 0 3 l l RUN SS 818 5 837 VOLTAGE SWITCHING 35u R184 gal 18k 82k 2 2u AXRO 7 SPI1_CLK 10k R417 w 295 87 els 54 47 100 SHIFT tpi LSSVAVR TP12 eR135 2064 ANO it KSF R189 im CVDD13 RESET IC306 ANISEL Rae 58 MC BEES 1 2W ER OUT 5 9 195 RT5P431C T112 a slo 18k 250V nM 18k VSS24 012 R416 100 F3651RDFCKDTA vss T D e Uoc 5181815 H 2 3 35 240mA TT x ES sle 131 58 5 5 2507 m 325v 125 opi EM 013 10k em 29 mopser 88 812 ele 14V FM 5 02V 26 TTS ole Sle lt 125FUF oro 2 OTHER 8 3707 o o 5 2 5385 711 OS S37 PER 852821518 C AXRO 8 AXR1 5 SPI1_SoMI CVDD7 oos TOMT 3 voco 25 328 E Bee Chore R13 10 25 5 5 2j BUFFER 271 AxR0 9VAXR1 4 SPI1_SIMo MEUM EM D 14 21 DI 0 TP6 DCEV 4 SWITCHING s EET eerte CVDD14 015 11 0592MHz w M gt gt VSS25 11 BAOODDOWHFP VOLTAGE SU Eer A VAI ___ 192 cata Nd 1
298. U T111 RT1P141U T111 2SC4649 N P 2 ADDI POTIS 5 519 OF E C855 eR856 e I I SWITCHING SWITCHING 2 0 100p O scans E ot 890 0832 ngas sR839 C842 C8 OPUS AGND1 AD9951YSVZ CN502 Q654 Q658 18 18 AVDD2 wet r7 E40 6745 05 5 RTIN441U T11 RTINA41U T1 11 0804 w 20908 DoS ELE IFB 1 8 2 0 3 5 5 0 13 174 13 374 14 874 16 374 25 GND 50 20501 1000p SWITCHING SWITCHING 28C5108 Y F 5 5 i 2SC5108 Y F AGND2 SWITCHNG m pu 10 719M FMOD 49 FMOD D659 C729 D657 eC706 eR618 0 R695 760 D662 GND car 33D IF73M 0 22V IF73M 4 91V i OSC REFCLK HVC131 1000 HVC131 O y 1000p 1 11 398 at zx SWITCHING IF11M 4 98V IF11M 0 05V 393 6M OSC REFCLK SA IE u n 2 Fi d m 88 0903 2 5 9904 6838 eC837 CRYSTAL OUT 8 5 8 8 bona rot 58 8 8 Bis FMTX 10 695M 567 BS HN7GOIFU F HN7GO1FU F oig 18 001 eR859 95 o 9 1 St DRST 2147 00 OF 92 5 4 g lt it CLKMODESELECT ES d B 10 x LOOP FILTER Slo Sls 915 25 x Sio DENI R501 100 BENT saav 5 D 3 8 8 9 8 ENS EN 48 SEN 45 8502 100 M R930 T 1M SELECT 5 05V 2 ox I 5 SENI 8015 n 7 NO SELECT 0V 55 0657 5
299. UCTOR 3 3NH RK73PB2H L41 1005 33 FIXED INDUCTOR 10UH RK73PB2H101J L820 L41 6869 43 FIXED INDUCTOR 6 8NH RK73GH2A333D L821 L41 5675 33 FIXED INDUCTOR 0 056UH RK73GH2A622D L822 L41 1005 33 FIXED INDUCTOR 10UH RK73GB2A000J L823 L41 1275 33 FIXED INDUCTOR 0 012UH RK73PB2H2R2J L824 L39 1480 15 RK73GB2A000J L825 L40 1588 67 L FIXE TOR 150NH RK73GB2A470J L826 L40 1088 67 L FIXE TOR 100NH RK73GB2A101J L827 L41 3391 08 L FIXE TOR 3 3NH RK73GB2A470J L828 L40 8278 67 L FIXE TOR 82NH R75 RK73GB2A223J L829 L41 1895 33 L FIXE TOR 1 8UH R77 RK73GB2A223J 830 833 L41 1575 06 L FIXE TOR 15NH R79 80 RK73GB2A334J L840 L41 1895 33 L FIXE TOR 1 8UH R81 RK73GB2A472J L903 905 L92 0639 05 FERRITI R82 83 RK73GB2A222J L906 L41 2295 33 L FIXE OR 2 2UH R85 RK73GB2A184J L907 913 L92 0639 05 HIP FERRITE R86 87 RK73GB2A223J L916 L33 2375 05 HOKE COIL R88 89 RK73GB2A183J L917 L33 1554 05 HOKE COIL R91 92 RK73GB2A103J 919 920 L41 2295 33 ALL FIXED INDUCTOR 2 2UH R94 95 RK73GB2A183J X301 L77 3054 05 RYSTAL RESONATOR 24 576MHZ R96 97 RK73GB2A223J X302 L77 3069 05 RYSTAL RESONATOR 11 0592MHZ R98 101 RK73GB2A183J X502 L77 1906 05 RYSTAL RESONATOR 15 6MHZ R104 105 RK73GB2A100J X901 L77 3053 05 RYSTAL RESONATOR 12MHZ R106 RK73GB2A682J X802 L77 3052 05 RYSTAL RESONATOR 24MHZ R108 109 RK73GB2A223J R110 RK73GB2A682J CP301 302 RK74GB1J473J P COM 47K 16W
300. V 5 SELECT 0 107 SELECT 0 02V TPCAB104 REVERSE welt 9 NO SELECT 13 42V NO SELECT 13 34V SELECT 13 36v SELECT 13 41V TNT Dan mmm m D DL E SWITCHING PREVENTION Rai Bel SELECT 3 10V SELECT 3 10V 7 St snes h Ped DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U DAN202U Q509 510 BST B NO SELECT OV NO SELECT 0V 21 BES inKootoaut rt SELECT 0 05V 322 325 SWITCHING POWER ON 0V POWER ON 13 68V Sex Sel SELECTION PROTECTION POWER OFF 13 70V POWER OFF 2 2 SELECT 3 12V Sus 0522 0519 NO SELECT 0V Q516 520 525 526 C319 0 01u C328 0 01u C337 0 01u C345 0 01u C355 0 01u C365 0 01u C373 0 01u C382 0 01u SELECT 13 61V AMD i i i i i i NO SELECT 0 24V D501 0511 gle Q526 amp SWITCHING PEI S2 ED 5 5 nse PROTECTION RT1N234U T111 Sle BEN INKOO10AU1 T1 2 SS 58 55 Se 55 Ss 8 Q514 515 519 522 3 3 5 sj 5 s 5 q 9510 SWITCHING 948 lt SWITCHING o CN7 RT5P431C FAN 8 as o2 gar QOF DOF 5 G 95 5 2 al a 2 5 851 8 8 Sa B s 8 5 8 INT SPEAKER CN8 59 POWER 2 44 R 8 S o o E40 6525 05 98 BS POWER OFF OV T AT SP 1 7 515 515 __________
301. V_ 25K1824 A W FSK EH 13 1740 103 095 133 095MHz 1374 13 274 i E 1263 C62 MIC 0 68 54758MHz 4 a y 1497A 16S74MHz i gt 75 NJM2732V NJM2732V 2 8 MCI 55 gt i 1 67 345o E06 0858 6 5908 101 2 i AMU LA4425A pac ANO gt 9 7 56 AD9951YSVZ 18374 18 674MHz 13 174 32 195 i MCG 7 005 7 35 1 NJM2100V ZB T I 25 374 32 874MHz i gt ANO SE VGS 1 to TX RX UNIT i FMop Md NJM2100V ZB 53 446 gt X61 185 A 2 0809 102 i DC6726 WMB8782SEDSRV 2SC4649 N P 62 4MHz 1C903 BRFPA225 L from TX RX UNIT 0804 25 2903 V UAI lt X57 785 A2 2SC5108 YFF OPTION USB lt Tem Pas E CODEC I a a NJM2100V28 ED i T 21025 0567 i cack KYS Kos J ples 393 6MHz 1 0807 0806 624MHz 31 2MHz 1 KEY 1279 2SC5108 Y F 2SC4649 N P TL o ua oL USB_HUB F3651 FSOL 181 NJM2732V 25 PLL 4 0501 905 RDFCKDTA FSM NJM2732V os i at 2d 7 0504 0505 2 0802 USB2512B1 2 1 196 8MHz IC801 25 5383 111 2565108 _______ 1944 1 ADF4111BRUZ 25 4617 2 0503 USB UART ANISEL Es 28C5108 Y F X502 1901 i 177 1906 05 ADM3202ARUZ re
302. ace SPIO serial clock for Main MCU inter ace VSS GND SPIO data input for Main MCU inter Core power supply 1 2V DSOUT ace power supply 3 3V DSCS Data bus for flash memory GND DCLK Data bus for flash memory Data bus for flash memory Data bus for flash memory DSIN SPIO data output for Main MCU inter ot used ace power supply 3 3V DVDD power supply 3 3V GND E Serial data input from A D converter SDMO IC66 Not used GND GND Seria power supply 3 3V IC83 a input from A D converter Address bus for flash memory Serial data output for D A converter Address bus for flash memory IC72 Address bus for flash memory Seria a output for D A converter IC75 GND Serial data output for D A converter C78 Not used Core power supply 1 2V GND Address bus for flash memory Address bus for flash memory power supply 3 3V Reset for A D converter and D A con GND verter Address bus for flash memory 122 Not used Address bus for flash memory 123 Core power supply 1 2V Core power supply 1 2V 124 GND Address bus for flash memory 125 power supply 3 3V GND 126 127 Not used Address bus for flash memory 128 Core power supply 1 2V
303. converter A D converter for MIC and RIF signal AF amplifier Analog switch FMOD and TIF signal ON OFF switch OP amplifier Active filter for AF signal OP amplifier Active filter for FMOD and TIF signal OP amplifier Active filter for FMOD TIF and AF signal D A converter D A converter for FMOD TIF and AF signal OP amplifier Active filter for ANO signal OP amplifier Active filter for VAI signal D A converter D A converter for ANO and VAI signal OP amplifier Active filter for UAI signal OP amplifier Buffer for AGCV signal and refer ence voltage source D A converter D A converter for UAI and AGCV signal OP amplifier Active filter for AN1 signal Analog switch ANI and UAO signal switch OP amplifier Active filter for ANI and UAO signal OP amplifier Active filter for VAO signal A D converter A D converter for ANI UAO and VAO signal DSP Digital signa Flash memory Program for DSP OR gate IC FCS control NAND gate IC Inverter for A 23 signal MCU Main microcomputer Reset IC MCU reset signal Ref No Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility Ref No Use Function TS 590S Operation Condition Compatibility IC308 OR gate IC Buffer for VBINT signal IC309 EE
304. cuit ON when RX 1st IF of 73 095MHz is selected Amplifier oise blanker IF amplifier 4 10 695M 11 374MHz Gain is controlled according to the B voltage Power supply control of FM circuit ON when RX FM mode is selected Amplifier oise blanker AGC control ampli ier Power supply control of 3rd IF circuit ON when RX AM SSB CW FSK mode is selected Switching ON when noise blanker IF of 10 695MHz is selected Switchi Power supply control of FM circuit ON when TX FM mode is selected Switching Audio mute signal generation Buffer Noise Blanker IF buffer Switchi Power supply control of RX circuit ON during reception Switching Audio mute signal generation Switchi RX power supply control ON during transmission Buffer 24 TX IF buffer 10 695MHz Clipper External modulation input Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility Use Function TS 590S Operation Condition Compatibility Reverse current prevention External standby 48 Switching ON when BPF of 4 1 6 9MHz is selected Surge protection ACC2 connector 5 pin SOC Surge protection ACC2 connector 9 pin PKS 49 Switching ON when BPF of 6 9 7 5MHz is selected Reverse current prevention 50 Switching ON w
305. dio signal input Audio GND CN4 to Display PHONE unit F 6 CN964 PH1 O AF output for phone jack PHG GND for phone jack PH2 AF input for phone jack Function to Control unit A 3 CN2 Switched 14V GND 8V DC DC CN2 to Control unit A 3 CN302 O Packet data output Phone jack detector signal H No phone jack 5 to Final unit A 2 CN9 O Non switched 5V PHDET Packet data input Analog GND PTT output for data communication L PTT ON Invert PKS control H PTT ON connection GND Speaker GND SOL control voltage input H SOL open Forward wave power detection voltage RTTY key signal Standby switch L TX KEY down signal L KEY down Speaker output Reflected wave power detection voltage 3 3V DC DC Power current signal TX 8V CN100 to Final Relay unit B 2 CN51 RAT RAT input Coaxial CN200 to Control LO unit B 3 CN654 LO1 1st local signal Coaxial Electronic keyer dot signal KEY dot Electronic keyer dash signal KEY dash c KEY jack judgement signal H Plugged AGC control voltage FM S meter voltage FM squelch voltage 86 TS 590S TERMINAL FUNCTION Name 1 Function CN300 to Control LO unit B 3 CN508 LO2 2nd local signal Coaxial CN400 to
306. e 10kHz to 500MHz 4 AF Voltmeter AF V M Frequency range 50Hz to 10kHz Input resistance 1MQ or greater Voltage range 10mV to 30V 5 AF Generator AG Frequency range 200Hz to 5kHz Output 1mV or less to 1V low distortion 6 AF Dummy Load DM SP Impedance 89 Dissipation 3W or greater Oscilloscope Requires high sensitivity and external synchronization capability 150MHz or greater Standard Signal Generator SSG Frequency range 50kHz to 60MHz Output 133dBm 0 1uV to 7dBm 1V Output impedance 502 AM and FM modulation can be possible Note Generator must be frequency stable 9 Frequency Counter f counter 1 Minimum input voltage 50mV 2 Frequency range 150MHz or greater 10 Noise Generator Noise G Must generate ignition noise containing harmonics be yond 60MHz e m 00 N 11 Audio Analyzer 12 RF Dummy Load 1 Impedance 150Q and 509 2 Dissipation 150W or greater 13 Linear Detector 1 Frequency range 60MHz or greater 14 Power Meter 1 Impedance 509 2 Dissipation 300W continuous or greater 3 Frequency limits GOMHz or greater 15 Spectrum Analyzer 1 Frequency range 100kHz to 140MHz or greater 2 Bandwidth 1kHz to 3MHz 16 Tracking Generator 17 Directional Coupler 18 Monitor Receiver 19 Microphone MC 43S or MC 60S8 20 Distortion Meter 21 Double Signal Pad 500 Preparation Unless otherwise specified k
307. e ee cv mp D DOR NI c NNMERO RUE 1 0 5mm Pitch FFC en z p 1 I 1 2 36Pin CN2 Lo La VAL gt lt lt 1 1 1 40 6656 __ E37 1491 40 6656 SA lt 88 FZ es xz 585259 55 9z250009 x 856 i 1 14 lt g O 9 5 55 1 A ANI 338 ANI 9 29 55 8 i 9 GND GND u u i E soc sac i WE KEY KEY DOT DOT i AGCV AGCV FSM FSM 25mm ded S ee AD1 AD1 4850 E37 1505 Eng 6533 CLK1 CLK1 21 DATA lt gt 145 145 IEN1 IEN1 NC NC IEN2 IEN2 6V 6V IEN3 IENS DCGND DCGND CKY CKY GND GND ALM ALM IBK IBK TCS TCS 1STIF VSRM VSRM BL js VSEM VSrM BLNK BLNK IBK O10 IDT IDT is DGND DGND GND GND TX RX UNIT NC NC p c9 57 785 2 i igguess Dd 361 1 i 1 1 1 1 ENA aaa 0 11 TS 590S K i I er ee wore ee E Y 1 1 1 T 2 71 TS 590S E gt NB X57 785X XX B 2 p 1 i 1 1 T4 524858 OREOSO i 1 1 1 1 I 1 1 1 1 CN6741 CN667 E37 1530 8541 W
308. eive signal from the antenna terminals ANT 1 ANT2 passes through the antenna changeover relay K44 in the Final unit X45 391 A 2 the antenna tuner s IN THROUGH changeover relay K45 the transmission recep tion changeover relay K46 and an image filter and is sent from CN51 to the TX RX unit X57 785 A 2 s CN100 RAT through a co axial cable The signal input into the TX RX unit passes through the RX ANT changeover relay K101 and enters the attenua tor circuit ATT which is approximately 12dB This can be switched to approximately 20dB by removing the CN101 short jumper Then the signal passes through LPF for IF trap the surge absorption limiter and the BC band attenuat ing circuit removes 30kHz to 1 705MHz and enters the BPF In the BC band attenuating circuit in order to avoid interference by high output broadcasting stations 11 7MHz and 15 5MHz trap circuit is inserted into E type only TS 590S CIRCUIT DESCRIPTION The BPF divides in the range as shown in table 3 The BC band s BPF includes ATT for avoiding cross modula tion by medium wave band high output station ATT ON CN102 open CN103 short ATT OFF CN102 short CN103 open The transmit signal also passes through the BPF when transmitting The preamplifier Q236 receives the signal passed through the BPF In this model it is an emitter grounding circuit which uses a bipolar transistor Q239 switches the emitter s returning amount to adjust the gain
309. er Side B GND RED W1 BLACK B GND FINAL UNIT X45 391X XX A 2 Final unit A 2 VR1 VR2 VR3 VR4 Final idling current VR5 AT detection balance TC1 14 1MHz null TX RX UNIT X57 785X XX B 2 TX RX unit B 2 L653 L664 L665 NB gain FRONT 79 5 5905 80 ADJUSTMENT Adjustment Points Lower Side L681 677 CONTROL UNIT X53 446X XX B 3 Control unit B 3 FRONT L505 LO2 level L671 L676 L681 LO1 level 7 15MHz L668 L673 L677 LO1 level 1 9MHz TC501 LO2 62 4MHz frequency TC801 Lock voltage CN201 12 12531255 TX RX UNIT L153 L134 O O TC101 TC102 YN T 1150 1133 O TC105 X57 785X XX A 2 TX RX unit A 2 L133 L134 L135 L253 L301 L326 L595 TC101 Trap frequency 11 7 E type only TC102 Trap frequency 15 5MHz E type only TC105 RX trap 44 150MHz L150 L167 HF BPF 7 2M Hz L153 L168 BPF 14 2MHz IF trap 73 095MHz L255 RX trap 11 37
310. er control TTE Panel MCU F364AEDFBKDUA H Transmit output Display unit 103 Function NC Not used LCD B U LCD backlight amber L Light LCD B LCD backlight green 1 Light CHLED MULTI CH encoder LED H Light Single chip mode selection Vss con nection CNVSS For production NC Not used RESET reset 1 Reset XOUT System clock output 11 0592MHz VSS GND XIN System clock input 11 0592MHz VCC Power supply input Not used External pull up Over voltage detection interrupt HL Interrupt Interrupt for returning from sleep mode PC control 1 Interrupt RS 232C IC power control H Power ON Serial data output for RS 232C IC Serial data input from RS 232C IC RTS signal output for RS 232C IC RTS signal input from RS 232C IC Serial data output for Control unit LO X53 B 3 BYTE a Serial clock output for Control unit LO X53 B 3 PLL IC enable NC Not used External pull up DDS IC AD9951YSVZ enable DDS IC AD9835BRUZ enable 8 bit shift and register enable Control unit LO X53 B 3 8 bit shift and register enable TX RX unit X57 AJ2 8 bit shift and register enable TX RX unit X57 AJ2 D A converter enable TX RX unit X57 A 2 8 bit shift and register enable Final unit X45 A 2 DDS AD9951YSVZ reset output H Reset LOENCA Low cut encoder pulse A input a
311. ery precaution has been taken in the preparation of this manual Kenwood assumes no responsibility for er rors 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 TS 590S DISASSEMBLY F0R REPAIR Removing the torque changeover lever G02 1858 03 1 Insert the tip of a flat head screwdriver or other imple ment under the tab of the torque changeover lever then lift the tab using the tip of the flat head screwdriver Caution Be careful not to damage the panel when lifting It 2 Turn the lever section of the torque changeover lever to the right as in the position described in step 1 2 3 Lift the torque changeover lever and remove it from the panel 3 Mounting the torque changeover lever G02 1858 03 1 Insert the torque changeover lever by aligning the three tabs of the panel 2 Slightly turn the lever section of the torque changeover lever to the left while pressing the surface near the tab at the lower right of the torque changeover lever Caution Confirm that the torque changeover lever is caught by the lower right tab of the panel 3 Turn the lever section of the torque changeover lever to the left while pressing the surface near the tab at the upper right of the torque changeover lever 4
312. es reception path during transmission ON during transmission Q 31 143 Switching RF BPF selection Q236 Amplifier Preamplifier HF 21 5MHz 12dB 21 5 60MHz 20dB Shift register Q1 13 H when BPF of 50M band is selected Q2 BPF 12 H when BPF of 30 60M band is selected Q3 BPF 11 H when BPF of 28M band is selected Q4 BPF 10 H when BPF of 21M band is selected 9 H when BPF of 14M band is selected Q6 BPF 8 H when BPF of 11M band is selected Q7 BPF 7 H when BPF of 10M band is selected Q8 BPF 6 when BPF of 7M band is selected Q239 Switching Preamplifier gain control ON receiving at 21 5 60MHz 0263 266 mixer Receiving 151 mixer HF 11 374MHz Q267 Switching Power supply control of preampli fier ON when preamplifier is ON Q268 Switching Power supply control of preampli fier ON when preamplifier is OFF Q269 Switching Power supply control of preampli fier ON when preamplifier is ON Q270 Switching Power supply control of preampli fier ON when preamplifier is OFF OP amplifier A 2 AGC Voltage and AGC refer ence voltage amplifier B 2 Not used 0271 Switchi Power supply control of RX 1s F circuit ON when RX 1s 73 095MHz is selected RX FM IC RX FM Detection Power supply control of RX F
313. g signal output H AF blanking Packet transmit Crossband transmit instruction Normal H Transmit Crossband repeater L Transmit Not used Key down signal L Key down For production Key jack connection detection H Key jack connection Power supply input Electronic key dash signal L Dash For production Electronic Key dot Signal L Dot ON 27 5 5905 SEMICONDUCTOR DATA Function Function 8 bit shift and register enable Final unit X45 A 2 External AT control External AT control Serial clock output External AT control Serial data output External AT control ultiplexer control signal 1 VCC2 Power supply input ultiplexer control signal 2 Modulation selection L TIE H FM modulation VSS GND ACC2 audio USB audio selection L ACC2 audio H USB audio Beep pattern instruction H Beep output MODSEL ultiplexer X line input ultiplexer Y line input Current detection ANISEL ower supply voltage detection ot used BEEP Forward wave voltage Reduced voltage detection interrup Reflected wave voltage HL Interrupt BKC Squelch voltage Analog GND S meter voltage IBK IF blanking signal output H Blanking TLN2 Transmit line select 2 for DSP Transmit line select 1 for DSP Transmit circuit pow
314. gnal Less than 1 5 Usable temperature range 10 C 50 C 14 F 122 F Frequency stability without SO 3 10 50 C Within 5 ppm Frequency stability with SO 3 10 50 C Within 0 5 ppm Dimensions W x H x D Projections no included 270 x 96 x 291 mm 10 63 x 3 78 x 11 46 inches Weight Transmitter Frequency range 160 m band Approx 7 4 kg 16 3 lbs 1 8 2 0 MHz K type 1 81 2 0 MHz E type 80 m band 3 5 4 0 MHz K type 3 5 3 8 MHz E type 60 m band 5 1675 MHz 5 25 5 45 MHz K type 40 m band 7 0 7 3 MHz K type 7 0 7 2 MHz E type 30 m band 10 1 10 15 MHz 20 m band 14 0 14 35 MHz 17 m band 18 068 18 168 MHz 15 m band 21 0 21 45 MHz 12 m band 24 89 24 99 MHz 10 m band 28 0 29 7 MHz 6 m band 50 0 54 0 MHz K type 50 0 52 0 MHz E type Output power 100 W SSB CW FSK FM 5W AM 25 W 5 W Maximum frequency deviation FM Wide Less than 5 kHz Narrow Less than 2 5 kHz Modulation SSB Balanced AM Low power FM Reactance Spurious emissions 160 m 10 m band Less than 50 dB 6 m band Less than 60 dB Carrier suppression SSB More than 50 dB Unwanted sideband suppression modulation frequency 1 0 kHz More than 50 dB Trans
315. gnal passes through the 2 pole MCF XF301 and enters the second IF amplifier 1 0451 The RX 2 path signal passes through the LPF for IF trap is integrated with 73 120 to 133 095MHz in the quad balance first mixer O321 to O324 and is then converted to the first IF 73 095MHz The first IF signal passes through the 2 pole MCF XF371 and by the trans feedback type NFB negative feedback first IF amplifier Q391 is ampli fied by approximately 12dB The amplified signal is mixed with LO2 62 4MHz in the second mixer D422 D423 con verted to the second IF 10 695 2 and then enters the second IF amplifier 1 0451 The second mixer is a passive type that uses a diode and is a bilateral circuit that converts both receive signal s frequency at the time of reception and transmission signal s frequency at the time of transmission The second IF signal that passed through the RX 1 or RX 2 path is amplified by approximately 13dB in the second Band BPF selection classification IF switching frequency criteria IF amplifier 1 O451 and is then divided into 2 paths the NB noise blanker circuit and the blanking circuit D461 to D464 Blanking is carried out by D461 to D464 Then the second IF signal passes through the IF filter One of 5 filters is selected depending on the frequency and the mode refer to table 5 The second IF signal that passed through the IF filter enters the AGC circuit diode ATT circui
316. hen BPF of 7 5 10 5MHz is selected Surge absorption Relay K11 D20 23 Reverse current prevention Paddle key control line 51 Switching ON when BPF of 10 5 13 9MHz is selected D24 Surge protection ACC2 connector 2 pin RTTY 52 Switching ON when BPF of 14 5 21 5MHz is selected 01 Surge absorption External RX antenna terminal 53 Switching ON when BPF of 21 5 30MHz is selected 02 Surge absorption Relay K101 03 Surge absorption Relay K102 154 Switching ON when BPF of 30 60MHz are selected Surge absorption Internal circuit protection 55 Switching ON when BPF of 13 9 14 5MHz is selected Switching RX TX changeover ON during reception 56 Switching ON when BPF of 49 54MHz is selected TX only Switching ON when receiving over 1 705MHz is selected D231 Switching ON when receiving preamplifi is OFF Switching ON when BPF of 522kHz 1 705MHz is selected D232 Switching ON when recei is ON ing preamplifi Switching ON when BPF of 13 9 14 5MHz is selected D233 Switching ON when receiving preamplifi is OFF Switching ON when BPF of 49 54MHz is selected TX only D234 Switching ON when receiving preamplifi is ON Switching ON when BPF of 6 9 7 5MHz is selected D235 Reverse current preven
317. ibility D123 160 LED Green LCD backlight D161 213 LED Amber LCD backlight D214 LED Green Lights during reception D215 LED Red Lights during transmission D216 LED Green LCD backlight D217 LED Amber LCD backlight D218 Reverse current prevention Reduced voltage detection inter rupt D961 LED Orange ON when Mulch encoder is active TX RX unit X57 785X XX Use Function Operation Condition Compatibility Shift register Q1 FIL 1 H when 15kHz IF filter is selected Q2 FIL 2 H when 6kHz IF filter is selected FILIS H when 2 7kHz IF filter is selected Q4 FILIA when 500Hz IF filter is selected Q5 RXF H when RX FM mode is selected Q6 TXFM H when TX FM mode is selected O7 HFRGC H when receiving 21 5 30MHz and PRE H are selected Q8 5ORGC H when receiv ing 30 60MHz and PRE H are selected Shift register Q1 DRVO H when drive output is selected Q2 1STIF H when 1st IF of 73 095MHz is selected 45 L when 455kHz FM narrow filter is selected Q4 ALCS H when TX SSB AM mode are selected Q5 AMC H when AM TX is selected Q6 RLSW H when linear amplifier usage is selected in HF or 50MHz band Q7 LINEAR when linear amplifier usage is selected in either band D A co
318. iew J79 0280 09 A 6 2 a omm lt 5 TP325 9 TP355 ee OTP353 E Va OTP348 m oi pe EM 6 me Emm ng rd OTP309 Se T 19970 E S 3 Orr mg E Or OT xp s R eme ore O CN102 Om OTF Orpys TPAOO TP382 Pee TP359O OTP357 O1P336 Risg E OTP334 8 Brew OMS omg 5 19 ar Or RES IE 7 REN 8 5 oru qe Component side cr 000001 5 s Layer 1 ToO rigor 5 EH HH Layer 2 1P315 _TP317 1955558 Layer 3 J79 0280 09 A 6 Layer 4 8 Foil side A DISPLAY UNIT DISPLAY UNIT 9 X54 3700 00 B 6 MULCH CH X54 3700 00 D 6 AF RF Address Ref No 10 H DISPLAY UNIT X54 3700 00 E 6 MIC 0 amp 0000 0000 DISPLAY UNIT 54 3700 00 6 DISPLAY UNIT HI LO SHIFT WIDTH NOTCH SOL X54 3700 00 F 6 PHONE 14 EL E B c TS 590S PC BOARD TX PX 57 785 TX RX UNIT X57 785X XX PC BOARD 0 11 2 71 0 11 2 71 Component side view 79 0281 19 Y s TS 590S 10 11 12 13 14 J5 PADDLE nue ors Rug 05 17 1146 3 E C111
319. irst mixer circuit of the RX 1 path TS 590S CIRCUIT DESCRIPTION 73 120 133 at 1st IF 73 095MHz Fig 7 First mixer circuit of the RX 2 path MCF Adjustment There are 2 types of MCFs for IF frequency 11 374MHz RX 1 path and for IF frequency 73 095MHz RX 2 path The RX 1 path MCF XF301 is a filter which consists of a 2 pole MCF whose center frequency is 11 374MHz and passband width is 6kHz Since the XF301 terminal imped ance is 1kQ the impedance is converted using variable coils L301 L302 The MCF can be adjusted by connecting a tracking gen erator to the MCF adjustment connector CN301 CN302 and then rotating the variable coil L301 L302 After replac ing the MCF XF301 variable coil L301 L302 or TX RX unit X57 785 A 2 adjust the MCF in the adjustment mode Tune CN301 a f from 1st Mixer L301 The RX 2 path MCF XF371 is a filter which consists of a 2 pole MCF whose center frequency is 73 095MHz and passband width is 15kHz Since the XF371 terminal imped ance is 2 5kQ the impedance is converted using variable coils L326 L374 L375 L376 The MCF can be adjusted by connecting a tracking gen erator to the MCF adjustment connector CN303 CN304 and then rotating the variable 1326 L374 L375 L376 After replacing the MCF XF371 variable coil L326 L374 L375 L376 or TX RX unit X57 785 A 2 adjust the MCF in the adjustment mode Tune
320. l 8 2k IC73 2 2u 5 R177 zie AMPLIFIER C207 100 R179 C199 C200 1 0 01u w e 8 100k 22u 2 2u gle R188 _ R190 C209 C197 tts w AN 6 ANO 22u 8 18k 82k 22 it R89 5 18k 2 2 51V 18k 25 im ela 7 5 a A INPUT B INPUT 58 2118 2 8 m 9 Aorta B INPUT 8 gt 2scs383 T111 98 55 8 lt a BUFFER R181 100k Ww VAI VAL R192 C214 UM AN iF DAC VGS 1 UAI 18k glx 1074 OP 215 C248 10u c210 17 28 AMPLIFIER C217 VAI du 1 0 01 FMOoD C235 0 01u i 33B ole 7 R198 _ 8200 C219 C240 w W m 166 R218 sys wal 82k 68k lu 4 NRF 199 x 5 22k C241 2 50V 2 51V 68k Sos NOS 10 ER A INPUT B INPUT amp 1 9 rel 4 gt gt um SETS V B INPUT E oo S 22k e 5 03V Ss 85 RET P805 C229 9 i iF DAC USB 5 8 18k 1 76 25 m oic OP z c225 RYH AMPLIFIER C232 gt UAI du 1 0 01 lt N 8 1F 1 9 os lt R211 R213 AMPLIFIER 52 Ey gt Q TuS 2 a 2 51V 251V gt L69 FN A INPUT B INPUT 8 B INPUT a R214 bn 978 3 3 90 are Bie R216 s 28 C247 R227 o D 9 d Dok e io C250 R229 82 1 isk 219
321. ld vari able direct current NBL is added to the O669 emitter from the D A converter IC13 By changing the emitter s voltage the NB effect can be adjusted Also when the IF signal is 10 695MHz 0654 O665 and O668 becomes ON and the NB amplifier 2 NB amplifier and NB amplifier 45 tuning point changes D662 Q669 Q671 Switching Switching BLNK signal NB blank control NBL Noise Blanker threshold level BK Fig 10 Noise detection circuit Blanking circuit The Noise blanking circuit is a circuit which attenuates the IF signal by the signal detected in the noise detection circuit and removes pulse noise If pulse noise is not detected in the NB unit BLNK turns to H O456 turns to ON and O455 turns to OFF Also di odes D461 to D464 turn OFF and the IF signal is attenuated 48V Blanking ON 4V Blanking OFF 1 6V 0462 D464 Blanking ON 8V N Blanking OFF O 0455 0456 BLNK H Blanking ON L Blanking OFF Fig 11 Blanking circuit Transmitter Circuit From transmission signal TIF to drive output The path of the transmission signal TIF is divided by the analog switch IC68 in the Control unit X53 446 A 3 in ac cordance with whether it s FM mode or a mode other than FM In FM mode the transmission signal is switched by the analog switch IC68 and the frequency is modulated in audio signals into the LOT first local oscillator signal In modes other than FM
322. lo R252 26 S 8 ala Vdet jk We 1 REVERSE S 818 VOLTAGE 57 STR of Nm 818 zu I cm o 1006 mu Wm 99 L HSMB8BASR E 4 gt To C131 8253 215 5 105 w 0106 idet k os 2858 111 55 1 118 RED 128 BLUE eL37 RED TEM Lot gle LS a Na VOLTAGE zT 87 a gt 51 of TA75S393F F 1107 PREVENTION 7 EE 58 8 4 15 LU MET C133 0107 578 10 5 14 5 MC2858 T111 9 55 4119 127 BLACK 4136 REVERSE M S VOLTAGE 578 ENTION 2 L108 PREVI o 3 m m ii C134 0108 575 5 14 5 21 5 f 2858 111 Q 58 Sr K10 P 4117 4123 4135 4139 z E e o L101 8 0240 280 15 818 8 8 150 sl N 57 zr ST 2 C126 T 9 5 slice ie 22 0110 9 5 5 o 1 871 0 01u 587 MC2858 T111 575 a 2 o D110 REVERSE VOLTAGE PREVENTION 120 129 BLACK 4138 6 Q a a a 8 S 41109 7 s 9 9 u D109 ale DAN202U 578 1 49 0 54 0 1 25 D109 REVERSE VOLTAGE PREVENTION 145 145 1 4 5A X45 391 A 2 2 4 M K EW ii U i TS 590S SCHEMATIC DIAGRAM
323. mit frequency response 6 dB 400 2600 Hz XIT shift frequency range 9 999 kHz Microphone impedance 600 Q 141 TS 590S 142 Receiver Circuit type SPECIFICATIONS RX1 1 8 3 5 7 14 21 MHz band IF band width of 2 7 kHz or less SSB CW FSK pre Other Double conversion superheterodyne Triple conversion superheterodyne Frequency range 0 13 VFO 30 kHz 60 MHz Intermediate frequency 1st IF 11 374 MHz 73 095 MHz 2nd IF 24 kHz 10 695 MHz 3rd IF 24 kHz except FM 455 kHz FM Sensitivity SSB CW FSK S N 10 dB 0 13 0 522 MHz Less than 0 5 0 522 1 705 MHz Less than 4 pV 1 705 24 5 MHz Less than 0 2 24 5 30 0 MHz Less than 0 13 50 0 54 0 MHz Less than 0 13 AM S N 10 dB 0 13 0 522 MHz Less than 6 3 0 522 1 705 MHz Less than 31 6 pV 1 705 24 5 MHz Less than 2 24 5 30 0 MHz Less than 1 3 uV 50 0 54 0 MHz Less than 1 3 uV FM 12 dB SINAD 28 0 30 0 MHz Less than 0 22 uV 50 0 54 0 MHz Less than 0 22 uV Squelch sensitivity SSB CW FSK AM 0 13 0 522 MHz Less than 5 6 uV 0 522 1 705 MHz Less than 18 0 pV 1 705 30 0 MHz Less than 1 8 pV 50 0 54 0 MHz Less than 1 1 FM 28 0 30 0 MHz Less than 0 2 pV 50 0 54 0 MHz Less than 0 2 Selectivity SSB More than 2 2 kHz 6 dB Less than 4 4 kHz 60 dB CW F
324. mr cue ns 5 TC7WT125FUF We CRTSH C525 1000 918 8193 5 04V R527 18 520 100 i ere B p Wr CTXDH C526 1000 537 100 12 R521 100 w CRXDY 0527 1000 11 900 6 4 w 9 BUFFER af 1 881818 DEN2 9 57 ST B 7 R522 100 AM 6 R523 100 5 R524 100 AM 4 R525 100 M S818 3 VAGND 6 89 8 9 q at 51 e af t 581918 C918 eR906 Sol 905 C908 2 oF ore VAI du 100 ri 1000 1000p 1F w XT 1 9 1 i 917 905 cgo4 909 Tr AM 11 9 iu 100 1000p 1000p 7 e TK 51515151555 JEJEJE _ i gr aed 0 120 OPTION VGS 1 X53 446 B 3 1 5 F Eee H SCHEMATIC DIAGRAM TS 590S CONTROL UNIT LO X53 446X XX B 3 33D USB SHIFT REGISTER 2 ajz IC6
325. nection VGS 1 serial clock 3 3V for USB DC DC VGS 1 playback signal 3 3V for RS 232C AJOJN VGS 1 busy signal No connection VGS 1 digital GND 5V Type detection No connection RS 232C received data USB audio input RS 232C transmitted data USB audio output RS 232C request to send Digital GND RS 232C clear to send USB request to send RS 232C receiver bias control USB clear to send USB transmitted data Interrupt for returning from sleep mode PC control USB received data 50W switch H 50W SB serial data USB connection interrupt input SB serial clock USB reset USB reset SB serial clock USB connection interrupt input SB serial data 50W switch H 50W SB received data nterrupt for returning from sleep mode PC control SB transmitted data SB clear to send RS 232C receiver bias control USB request to send RS 232C clear to send Digital GND RS 232C request to send USB Audio In RS 232C transmitted data USB Audio Out RS 232C received data No connection Type detection 5V VGS 1 digital GND No connection VGS 1 busy signal 3 3V for RS 232C VGS 1 playback signal 3 3V for USB DC DC VGS 1 serial
326. nobs and switches should be set as follows Ee EL EM Center Dr MIN ME MAX Tuc MIN 67 TS 590S ADJUSTMENT Service Jig ACC 2 connector short plug Use the same adjustment jig as the TS 570 Bl How to use the ACC 2 connector short plug Insert the adjustment jig into the ACC 2 connector lo cated on the rear panel of the transceiver gt ome 2 2 REMOTE KEY PADDLE DRV RXANT Adjustment Mode Outline 1 You can adjust the transceiver in service adjustment mode adjustment using the panel keys or with manual adjustment turning a coil and trimmer etc The service adjustment mode hereinafter referred to as adjust ment mode has 63 items Menu No 00 to 62 and all adjustment data is stored in the EEPROM X53 446 A 3 C309 You can enter adjustment mode and change each setting data New data is written to the EEPROM by performing Menu No 60 writing Operation procedures in adjustment mode 1 68 How to start the adjustment mode Insert the adjustment jig into the ACC 2 connector lo cated on the
327. nto the differential am plifiers consisting of O803 and O804 If the progressive wave voltage rises the emitter volt age also rises and O804 base current decreases and O804 collector voltage rises If this collector voltage exceeds ap proximately 2 4V O805 s VBE and VE added O805 s base current starts to flow and the collector voltage where the ALC time constant CR is selected decreases This collector voltage is buffered in O806 the voltage is shifted in D811 and matched with the keying control voltage by O807 and D812 to generate the ALC voltage If the ALC voltage 2 7V POC AMC EXT ALC VSR CURRENT when the ALC voltage is not added goes down the IF am plifier s Q721 second gate voltage goes down and the gain is decreased When transmitting AM Q802 is turned on approximately 20ms after transmission and the ALC voltage is controlled with the average power The O804 base voltage which would be ALC s reference voltage is controlled by the ad justment value POC from the main MCU and output from pin 5 of the D A converter IC13 SWR protection is controlled by the reflection wave volt age The reflection wave voltage is divided by the resistance and input into IC801 If it exceeds the designated voltage IC801 s output controls the ALC voltage and lowers the power The PWR power meter is amplified from the progres sive wave voltage the SWR meter is amplified from the re flection wave voltage and the A
328. nvertor Ao1 AGC REF AGC reference voltage Ao2 IFGC RX IF gain control voltage Ao3 REF ALC reference voltage Ao4 TGC TX band gain control voltage 5 TX power control voltage Ao6 PGC TX power gain control voltage Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility Use Function TS 590S Operation Condition Compatibility D A convertor Ao7 PRO SWR protection control voltage 8 NBL NB level control voltage Buffer Buffer amplifier for PKS input signal Switchi ON when relay for HF band linear is used Shift register Q1 5 H when BPF o 5M band is selected Q2 4 when BPF o 3 5M band is selected H when BPF o 1 8M band is selected Q4 BPF 2 when BPF o band 522k 1 705MHz is selected BPF 1 H when BPF o BC band 30 522kHz is selected Q6 when attenuator is ON Q7 RKANT when receiv ing under 30MHz and external RX antenna is ON O8 PRE when receiving preamplifier is ON Switchi ON when relay for HF band linear is transmission Switchi ON when relay for HF band linear is used Dedicated external RX antenna changeover relay K101 control ON when external RX antenna is selected 0102 Swi ATT changeover relay K102 control OFF when ATT is ON Q103 Mu Mut
329. on 2 2 RX TX changeover ON during reception Switching ON when BPF of 2 5 4 1MHz is selected Switching ON when RX 1st IF of 11 374MHz is selected 25 TS 590S Ref No Use Function COMPONENTS DESCRIPTION Operation Condition Compatibility D443 Switching ON when RX 1st IF of 73 095MHz is selected Ref No Use Function Operation Condition Compatibility D722 723 Switching RX TX changeover ON during transmission D461 464 Noise Blanking ON when BLNK signal is H D741 Attenuator PGC control attenuator D471 Switching 1 2 ON when 15kHz IF filter is selected 2 2 ON when 6kHz IF filter is selected D761 762 Switching RX TX changeover ON during transmission hing 1 2 ON when 10 695MHz 2 7kHz IF filter is selected 2 2 ON when 11 374MHz 2 7kHz IF filter is selected 1 2 ON when drive output is selected 2 2 ON when ANT connector is selected hing ON when 500Hz IF filter is se lected D782 Switching ON when transmitting over 1 705MHz D474 475 hing 1 2 RX TX changeover ON during reception 2 2 RX TX changeover ON during transmission D783 Switching ON when transmitting from 30 522kHz D799 800 Surge absorption Drive output terminal D801 Power control Switching 1 2 ON when 15kHz IF filter is selected 2 2 O
330. otection bag 60 Fuse Blade type 25A F52 0044 05 H25 0796 04 88 Protection ba 121 Microphone 9 T91 0352 55 H25 0029 04 710 Inner carton case 85 Polystyrene foamed fixture F H10 6650 01 86 Polystyrene foamed fixture R H10 6651 02 87 Protection cover H20 1451 04 H52 2378 02 E 3 92 Item carton case H52 2377 02 K 66 Parts with the exploded numbers larger than 700 are not supplied TS 590S ADJUSTMENT Updating the Firmware The firmware of the main MCU and DSP can be updated using the TS 590 Update update software Update the firmware according to the procedure displayed in update software Refer to the help file of the update software for a de tailed procedure Download the latest TS 590 Update update software from the following URL http www kenwood com i products info amateur software download html The URL may change without notice Note Update the firmware after replacing the main MCU or Flash memory Required Test Equipment 1 DC Voltmeter DC V M 1 Input resistance More than 1MQ 2 Voltage range 1 5 to 1000V AC DC Note A high recision multimeter may be used However accurate readings can not be obtained for high impedance circuits 2 DC Ammeter 1 Current range 100mA 1 5A 30A high precision amme ter may be used 3 RF VTVM RF V M 1 Input impedance 1 and less than 3pF min Voltage range 10mV to 300V Frequency rang
331. passes through the ceramic filter CF591 demodulated into audio signals and is then amplified by the FM AF amplifier C592 Signals of modes other than FM are mixed with LO3 RX 1 path 11 398MHz RX 2 path 10 719MHz in the AM SSB CW FSK wave detecting mixer D551 D552 are converted into the third IF 24kHz and are then amplified by the third IF amplifier O551 Signals of FM mode and modes other than FM are sent from the TX RX unit X57 785 A 2 RIF connector CN600 to the Control unit X53 446 A 3 s CN61 The signal input into the Control unit X53 446 A 3 is am plified in the operation amplifier IC64 IC65 A D conversion is carried out by the A D converter IC66 and then the DSP IC301 filtering volume control subtone decoding etc are carried out The output signal from the DSP is converted by the D A converter IC72 amplified as an audio signal in the AF power amplifier 1267 and is then sent from the Control unit X53 446 A 3 AF connector CN65 to the TX RX unit X57 785 A 2 CN3 and output to the PHONES jack J951 first priority EXT SP jack J1 second priority or internal speaker third priority 5 5905 CIRCUIT DESCRIPTION IF input 10 695M 11 374M D526 Switching SSB CW AM 455kHz BPF BW 12kHz Option Filter BW 9kHz SSB CW AM 24kHz D551 D552 Q551 RX 3rd Mixer IF Amp 57 785 A 2 X53 446 A 3 6 1 Multiplexer FM AM SSB CW AM 2
332. r 1 Layer 2 Layer 3 Layer 4 Foil side N 10 11 12 13 14 10 11 12 13 14 D M N o N 10 11 12 13 14 A B c TS 590S Pc BoARD CONTROL UNIT X53 446X XX B C 3 0 11 2 71 Component side view J79 0279 09 B C 3 J79 0279 09 C 3 gt m 1821 cea 823 a 0808 1 C858 Lets 563 cal 1801 E 12820 CN904 i te 8 B 1 ee E I E E 3 SIS 546 mb 2 521 1503 0528 29 S gg B a 7993 gu pie i 0505 SZ63 95Sg SSH 9 jasy 91571 US E B 9889 89 mea m 56 547 R EA 8551 0501 Ed 15 5 gt 981 2 7 S 8 1919 E832 E 15 5719 2 Ref Address Ref No s mI 8461850 B 6689 Ress 52 8851 m 9 r 0808 loo fl I D801 C970 Address Ref No 002 Be
333. rts Method Specifications Remarks 24 PRE AMP gain 1 Display f 14 200MHz Mode USB PRE AMP ON AGC FAST AF output 0 63V 8Q SSG f 14 201MHz SSG output 119dBm 0 251 2 PRE AMP OFF 25 RF ATT 1 Display f 14 200MHz Mode USB ATT ON AGC FAST AF output 0 63V 8Q SSG f 14 201 MHz SSG output 107dBm 1pV 2 PRE AMP OFF SSG Oscilloscope AF V M DM SP Rear panel ANT 1 EXT SP Set the AF level at OdB Check the AF level Set the AF level at Check the AF level 10 14 dB 26 NB gain 1 Display f 14 200MHz Mode USB PRE AMP ON AGC FAST NB1 ON SSG f 14 201MHz SSG output 103dBm 1 58yV 2 NB1 OFF gt SSG Oscilloscope AF V M DM SP Noise G Voltage min AV or less Adjust output of noise generator to S5 and check Noise should disappear when is ON 27 VGS 1 Option 1 Disconnect the antenna cable from the transceiver Connect the VGS 1 to CN901 on the Control unit A 3 Display f 14 100MHz Mode USB AF knob MIN 2 Connect a microphone to the MIC jack 1 push The display frequency can be heard vocally Hold down CH1 key and talk into the microphone for approximately 10 seconds Press the CH1 key again The recorded voice message is played back 75 TS 590S Transmitter Section Item Condition A
334. s oor 9 5 2 18 5 5 S S 5 Md k 2 BF gt 2727 s 5 s fs 71 187 srs i 00 Pere S a e 9 55 5 7 SN 898 SIU w 911027 15 e a a oor e 518 9 8 2 8 18 5118 Lorde 578 ei 8 t 71 lt s pecu FT l 5 qon s 2 x z gt Sag 8 L 8 2 8 i5 lt D s oles 9 2 8 x xl Sle 8 8 815 B57 357 BFS BISEIS tat Ld hd 5 55 001 als gt als 52 on 3 857200 815 STs 815 8 vel t 2 9 9 i VEE 1 LI 117 X53 446 A 3 4 6 U m w w EM Y TS 590S SCHEMATIC DIAGRAM E
335. s output amplified by the broad band ampli fier IC804 and then doubled in the multiplier D652 goes through BPF and is output as 73 120MHz to 133 095MHz LO1 E LO2 the second local oscillator The reference oscillating circuit s output signal 15 6MHz signal passes through a buffer O502 and is doubled in a multiplier Q503 to generate a 31 2MHz signal The 31 2MHz signal is also used as the DDS 1 601 5 reference frequency and therefore its resistance is divided Then the 31 2MHz signal is doubled in multipliers O504 Q505 to generate a 62 4MHz signal The 62 4MHz signal s high harmonic is cut in the BPF and the signal is amplified in the amplifier O506 to gener ate LO2 If IFB is selected the diode switch D501 cuts the LO2 output E LOS the third local oscillator The LO3 used in the modulator and the detector is gen erated in the DDS IC601 The DDS output signal passes through the buffer Q602 and LPF to generate LO3 peso 0681 b D667 LO1 Q663 LPF bL 6 0659 HB E 0808 P IC803 IC804 DDS AMP Buffer O801 LPF BPF IC801 O806 2 lt lt Buffer X502 O501 4 15 6MHz 0502 0503 0504 0505 0506 D501 LPF Buffer LO2 gt gt gt gt 2 Buffer Doubler Doubler Buffer Q601 Q602 LPF LO3 Option 601 DLL EE 9 Buffer Buffer Fig 2 Reference signal generator LO1 LO2 TS 590S CIRCUIT DESCRIPTION F 73M Frequency 0 03 60MHz DDS AD9951 D
336. standby PTT control MIC UP control GND J950 MIC No connection MIC signal input 5V MIC standby PTT control MIC Down control MIC UP control 85 TS 590S TERMINAL FUNCTION Function Function No connection MIC GND GND Phone jack detection signal H No phone jack No connection Reserved Serial clock Serial data IC14 IC15 enable IC11 IC12 enable IC 13 enable CKY mute signal Mute DISPLAY PHONE UNIT X54 3700 00 F 6 Name 1 Function CN964 to TX RX unit A 2 CN4 PH1 AF input from phone jack PHG GND for phone jack PH2 O AF output to phone jack PHDET Phone jack detection signal J951 PHONES PHG GND for phone jack PH1 AF output to phone jack ALC meter voltage VSF VSR detector time constant control VSR meter voltage VSF meter voltage TX ON OFF H TXB ON IF blanking H Mute PH1_R AF output to phone jack Power current voltage 3 3V DC DC No connection Digital GND GND No connection Non switched 5V to Control unit A 3 CN65 PH1 AF output to external speaker PH2 AF input to external speaker NC No connection NC No connection GND for phone jack O O N Phone jack detection signal Au
337. t D522 to D524 The AGC voltage output from the DSP is added to D522 to D524 the change of AGC voltage changes the current on the pin diode and controls the attenuation of the signal passing through And the second IF amplifier 2 0541 and the second IF amplifier 3 0521 0522 altogether amplify by the total of approximately 32dB and the signal passes through the simplified diode ATT circuit D525 The volt age determined in the adjustment mode is added to D525 and adjusts the difference of the total gains of the RX 1 and RX 2 paths IF frequency IF filter 15kHz 6kHz 2 7kHz 2 7kHz 500Hz Table5 Selecting an IF filter 10 695MHz 11 374MHz IF frequency RX IF 135kHz f lt 522kHz f lt 522kHz BC 0 5228 f lt 1 705MHz 0 5228 f lt 1 705MHz 1 705 f lt 2 50MHz 1 705 f 2 10MHz 2 10 f lt 3 40MHz 2 50 lt 4 10MHz 3 405 f lt 4 10MHz 4 105 lt 6 90MHz 4 102 f lt 6 90MHz 6 90 lt 7 50MHz 6 902 f lt 7 50MHz Hz 7 50 lt 10 5MHz 7 50 f lt 10 5MHz 10 5 13 9MHz 10 5x f lt 13 9MHz Hz 13 9 14 5MHz 13 9 lt f lt 14 5MHz MHz 21MHz 14 53 14 5 f lt 20 9MHz lt 21 5MHz 20 98 f lt 21 5MHz 28MHz 21 5 30 0MHz 21 5x f lt 30 0MHz 50MHz TX 49 0 lt 54 0MHz 49 08 f lt 54 0MHz 73M 73M 11 73 11
338. t gt E 1675 2204 5 aa Em sm un c CN67 ER Es 203 C207 cile 3 8 um IRI aR BBS a 5 1 FH B F 8 s 218199218 Sr OJ Se Saqi l BE EIS va cxx cas ES E mr Ew 8 glue c 021 4 S ES RZA R209 A 9 AGCV E Fi lis 25 ES 3 s E 8 8243 amp 3 18 1 J 9 822738226 4 sE SSe 50070 278278 ca a G in E SIRRA o s ag PILE 2 RII o CES Rag 8 EJ a SB E 5 El 9 0 0260 E E D61 5 Address Ref No Ref 10 11 12 13 14 94 J K M N o R s PcBoaRD 15 5905 CONTROL UNIT X53 446X XX A 3 0 11 K 2 71 E Y Foil side view J79 0279 09 A 3 Ea E e 217 gt z 25 gd E ore Mie Q Sm TPB TP454 e Bi esr BY ND J79 0279 09 A 3 VDD CNVS OTP18 B E 151 5 1 826 QT EE Cz LL 16317 od mm 0 E cH
339. tching BPF2 BPF3 BPF4 selection switch D672 Switching BPF1 BPF2 selection switch D673 675 677 Switching BPF cutoff control D678 Switching LO1 BPF2 selection switch D679 Switching LO1 BPF3 selection switch D680 681 Switching LO1 BPF4 selection switch D682 Switching LO1 BPF1 selection switch D683 Switching LO1 BPF3 selection switch D801 Variable capaci tance diode FM modulation control D802 803 Variable capaci tance diode VCO control D901 Protection Surge protection D902 Protection Voltage protection D903 Protection Reverse current protection Display unit X54 3700 00 Ref No Use Function Operation Condition Compatibility IC101 LCD driver IC102 Buffer LCD backlight dimmer contro IC103 MCU Panel microcomputer IC104 Buffer LCD backlight dimmer contro IC105 106 Buffer Voltage conversion 5V 3 3V O101 Driver LCD backlight dimmer contro O102 Switching 5V power supply switch Q103 105 Driver LCD backlight dimmer contro Q106 Driver LED D214 D215 control Q107 Driver LED D961 control D101 115 LED Green LCD backlight D116 122 Reverse current prevention Key matrix Ref No Use Function Operation Condition Compat
340. tion 1 2 Receiving ON at 21 5 30MHz 2 2 Receiving ON at 30 60MHz Switching ON when BPF of 30 522kHz is selected D261 281 Switching ON when RX 1st IF of 11 374MHz is selected Switching ON when BPF of 1 705 2 5MHz is selected D321 Switching ON when 1st IF of 73 095MHz is selected Switching ON when BPF of 2 5 4 1MHz is selected Switching ON when BPF of 4 1 6 9MHz is selected 1 2 RX TX changeover ON during reception 2 2 RX TX changeover ON during transmission Switching ON when BPF of 7 5 10 5MHz is selected ON when RX 1st IF of 73 095MHz is selected Switching ON when BPF of 10 5 13 9MHz is selected Switching ON when BPF of 14 5 21 5MHz is selected 1 2 RX TX changeover ON during transmission 2 2 RX TX changeover ON during reception Switching ON when BPF of 21 5 30MHz is selected Switching ON when BPF of 30 60MHz are selected Switching 1 2 RX TX changeover ON during reception 2 2 RX TX changeover ON during transmission Switching ON when BPF of 522kHz 1 705MHz is selected Switching ON when BPF of 30 522kHz is selected D422 423 RX TX Mixer Receiving 2nd Transmission mixer RX 73 095MHz 10 695MHz TX 10 695MHz 73 095MHz Switching ON when BPF of 1 705 2 5MHz is selected Switching 1 2 RX TX changeover ON during transmissi
341. tive filter C76 is sent to USB output signal UAI 3 Recoding a message Signals input from the microphone are processed in ADC IC66 passed through DSP and then enter DAC 1 75 The signals output from DAC IC75 pin 11 are sent to the Optional unit VGS 1 and recorded Constant received audio recording function 1 Recording A part of received audio signal is processed in ADC 1 66 goes through DSP IC301 and then enters DAC 75 The signals output from DAC IC75 pin 11 are sent to the Op tional unit VGS 1 and recorded The recording level is auto matically compensated to become constant and you cannot randomly change the level 2 Playback The output signal VAO from the Optional unit VGS 1 is input into ADC IC83 goes through DSP 01 output as AF from DAC 1 72 Playback volume is controlled by D SP 66 RIF DET IC72 DAC AF TIF MOD IC75 IC301 DAC ANO VGS AI DSP 1 78 DAC USB AO AGCV IC83 ADC VGS AO ANI USB AI X301 X tal 24 576 2 Other functions 1 Playing a message monitor The output signal VAO from the Optional unit VGS 1 is input into ADC IC83 goes through DSP IC301 and output as AF from DAC 72 Playback audio is controlled by DSP 2 Playing a pre recorded voice message The above mentioned signal path is also used for playing a pre recorded voice message Digital Control Circuit Ou
342. tline The digital control circuit consists of the Control unit s X53 446 A 3 main MCU IC306 EEPROM 09 reset IC307 and DSP IC301 Refer to Fig 15 Main MCU and its periphery The main MCU IC306 operates at the power supply voltage of 3 3V and the clock frequency of 22 1184MHz which is 11 0592MHz doubled in the main MCU Around the main MCU EEPROM for backup power supply voltage monitoring circuit which includes a reset circuit 3 state out put buffer IC311 for DSP control are connected When the power supply is OFF the mode is switched to stop mode in order to reduce the standby current Bl Around the DSP The DSP 01 operates at the power supply voltage of 3 3V and 1 25V and clock frequency of 221 184MHz which is 24 576MHz multiplied by 9 in the DSP Around DSP flash memory IC302 for storing programs and DAC 66 IC83 and DAC 72 75 78 for controlling signals are con nected 1C302 Flash memory 512k 1C307 Reset circuit Reduced voltage detection Over voltage detection IC306 Panel MCU Main M ain MCU 12309 EEPROM PC RS 232C USB External AT X302 X tal 11 0592MHz Fig 15 Digital control circuit TS 590S CIRCUIT DESCRIPTION Display Circuit The Display unit X54 370 consists of the panel MCU IC103 and the peripheral circuits LCD display and LED in cluding LCD back light Communication with the main MCU X53 446 IC306 is
343. ts No Description Den R720 RK73GB2A271J 2700 J R876 RK73GB2A102J IP R722 RK73GB2A152J 1 5K R878 RK73GB2A000J IP 0 0 R724 RK73GB2A8214J 820 R879 RK73GB2A101 J IP 00 R725 RK73GB2A102J 1 0K R880 RK73GB2A680J IP 68 R727 RK73GB2A104J 100K R881 RK73GB2A101 J IP 00 R728 RK73GB2A152J 1 5K R882 RK73GB2A100J IP 0 R729 RK73GB2A8214J 820 R883 RK73GB2A101 J IP 00 R801 RK73GB2A000J 0 0 R884 RK73GB2A123J IP 2K R802 RK73GB2A180J 18 R885 RK73GB2A392J IP R803 RK73GB2A000J 0 0 R886 RK73GB2A000J IP 0 0 R804 RK73GB2A470J 47 R900 904 RK73GB2A000J IP 0 0 R805 RK73GB2A153J R905 906 RK73GB2A101 J IP R806 RK73GB2A682J R907 RK73GB2A104J IP R807 RK73GB2A272J R908 909 RK73GB2A101 J IP R808 RK73GB2A101J R910 913 RK73GB2A000J IP R809 RK73GB2A221J R914 RK73GB2A562J IP R810 RK73GB2A104J R915 RK73GB2A223J IP R811 RK73GB2A000J R916 917 RK73GB2A103J IP R812 RK73GB2A472J R918 919 RK73GB2A153J IP R813 RK73GB2A221J R920 RK73GB2A102J IP R815 RK73GB2A103J R921 922 RK73GB2A105J IP R816 RK73GB2A000J 923 924 RK73GB2A220J IP R818 819 RK73GB2A122J R925 RK73GB2A152J IP R820 821 RK73GB2A101J R926 RK73GB2A103J IP R822 823 RK73GB2A153J R927 RK73GB2A151 J IP R824 RK73GB2A472J R928 RK73GB2A101 J IP R825 829 RK73GB2A101 J R929 RK73GB2A103J IP R832 RK73GB2A473J R930 RK73GB2A102J IP R833 RK73GB2A470J R931 RK73GH2A123D IP R835 RK73GB2A180J R932 RK73GB2A103J IP R836 RK73GB2A104J R933 934 RK73GB2A105J IP R837 RN73GH1J221D R935 RK73GB2A000J IP R838 839 RK73GB2A1
344. unction to TX RX unit A 2 CN650 Switched 14V No connection 6V DC DC DC DC GND GND IF blanking H Mute 1st IF switch signal H 73 095MHz Noise blanker level 8V DC DC No connection No connection GND PTT line control for data communication H PTT ON No connection BR IF mute signal H Mute to TX RX unit A 2 CN674 NB IF input Coaxial Packet data input GND Standby switch L TX J3 REMOTE Speaker output 87 D E F G H 10 11 12 13 14 A 8 C TS 590S Pc BoARD FINAL UNIT X45 391X XX 0 11 2 71 Component side view J79 0275 09 Component side Layer 1 Layer 2 Foil side 88 CN10 TXOUT R278 R279 5 BLK E a iic R37 w1 B ze MS 123 124 19 122 0506 0508 J79 0275 09 B 2 J K L M N Q R s PC BOARD
345. witches the output side condenser The SWR is decided by calculating the voltage of the progressive wave and the reflected wave with the main MCU X53 446 C306 This model includes a current protection circuit The cur rent running in the final portion is converted to the potential difference of the 1mQ resistance inserted into a power line and the potential difference is detected at IC4 When the potential difference is larger than designated IC4 output activates the ALC protection function This ALC protection function controls so that the current would not exceed the predetermined value when the current at the final portion is increased for some unexpected reason There are other protection circuits the same as the ones included in the pre vious models 5 Through 1 1 RAT 1 252 TX RX D252 D251 D unit V 7 Amplitude ERROR OUT i Fig 13 From the drive output to the antenna terminal TS 590S CIRCUIT DESCRIPTION Transmit power control Transmit power control is done in the same way as in the previous models the ALC circuit controls the ALC volt age using the progressive wave voltage VSF and keeps a constant output The voltage detected in the Final unit X45 391 A 2 pro gressive wave voltage and reflection wave voltage VSR detection circuits is sent to the TX RX unit s X57 785 A 2 CN5 The progressive wave voltage is divided into a suitable voltage by the resistance and input i
346. x 1 I m all a I Flol oor Y j LLL XS 613 E06 0752 15 2E 7 lt 9 E40 6526 05 REMOTE lt et E CONTROL UNIT E11 0455 05 E11 0705 15 7 X53 446X XX A 3 KEY PADDLE CN2 134 Note The components marked with a dot are parts of layer 1 X57 785 A 2 7 7 C E SCHEMATIC DIAGRAM 5 590 E z 2 lt Ki gt lt 5 e n 5 z 0651 25 3356 10M 11M SW Q654 Q665 Q668 1STIF H 10 695MHz 1STIF L gt 11 374MHz TX RX UNIT 57 785 B 2 cco eee 1 8A gt 1 1 5 627 51291 E 818817 10 1k 1 4 887 1 BUFFER 1STIF H S825 1STIF L 7 06V 6878 Q666 Hes MEL 1 D6
347. z lt 1 47u R253 e 52 7 ME TH OVER VOLTAGE DETECT olo Q505 508 20512 1000 O o gt idet Tk Q501 504 818 SWITCHING Be 8 OFF 3 33V 2 rie i8 Q avo 278 242 PROTECTION SWITCHING 581 218 818 m 518 88 51 TS 9 Sik 2859101711 MEC 8 5 SIT sis 97 818 2 8 8 1 218 8 8 88 513 1000 la 8104 8 iz Sle Sle 218 L PHD 1 Q FAN RLS 0107 8 BTR 81 ale ST erg mde Po sle Bi B ee s 7 Be o Bs C 8 SE C 88 5 87 SELECT 13 34V NO SELECT 13 41V ele le 0 0521 220p PREVENTION NOSELECT ov SELECT ov SHIFT REGISTER g 2 2 ATB 8 ATPWS 12 4 NO SELECT 13 38V ele E ATPWS 523 220p SWITCHING VOLTAGEDETEGT Q514 919 SELECT 3 10V 87 OF oF o FEN1 18 R518 1000 Sr E 5 4 1 112 SELECT SELECT 3 10V NO SELECT 0V 2 w FEN1 H C524 220p gt OFF OV el2 Ned 4 NO SELECT 0V NO SELECT 0V FEN2 14 R519 100 1 e 813 1 Z 22 K25 K28 K31 K34 K37 K40 K42 I SD 875 Al 2 FAN CTRL 0516 Q e 1 oTo oTo o To o To o To o To oo ono FAN2 1918 5 7 RT1N234U T111 ipa 13 68 SELECT 15 007 POWER 4 27V wl 5 NO SELECT 0 247 BOWER OFF 13209 05 ELE SELECT 0 46V SELECT 0 04

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