Home

FWD-50PX1/50PX1N Service Manual

Contents

1. iption TOR CHIP ELECT 330MF TOR CHIP ELECT 330MF TOR CHIP CERAMIC 0 1MF TOR CHIP ELECT100MF 6 3V TOR CHIP CERAMIC TOR CHIP CERAMIC F CHIP CERAMIC 0 1MF TOR ELECT 220MF 10V CHIP CHIP CERAMIC 0 1MF TOR CHIP CERAMIC F TOR CERAMIC 680PF 25V CH CHIP CERAMIC 0 1MF TOR CERAMIC 1000PF 50V B TOR ELECT 47MF 6 3V 105 CHIP CERAMIC 0 1MF TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP
2. 3 3 STBY 5V SURE 15 ge FLASH MODE 7 11004 2 0 2 2 6 MAIN CPU UARTTX 2 WDTOVE 67 EU UARTRX 4 SDA HS lt SDAHS 2 5 13011 CN3002 3 4 CN1001 am SCL HS 58 1 SCLHS 23 sw 211 20 CPU 20 71 RES nemore EH 13 1 22 FLASH MODE FLASH MODE 22 4 20 2 4 FWE 85 2320 o 211 103017 21 a SDALS 18 1 18 UARTTX VARTIX fie he 22 1102 80 15 18 103017 UARTRX 03 5 M 6 STBY STBY BUFF 33V 08025 TO POWER UNIT STBY 11005 2512 CN3004 OE 89 GsKRGB 23 CN7 L 5 CPU RESET PEU 7 FLASH MODE 1 UNIT 13018 RS 232C UF 11020 83001 lea 103020 PDP ACT 2 3212 gt gt 2 TOOL 2 1 67 05 IRQ p 041001 2 2 4 6 80
3. gt POP FB7024 TO 4 8 1 108 DIG i CHIP 3 3V 2 Blu 5 E si 5 MAX PLST 67058 A 107026 z 3 A709 DITHER RESET FB7113 tet BLUT 103005 JL7210 S323 PNL_MUTE PNL_MUTE 05 ae 07256 SEEEEE Se aaa STATUS 2 NC 016 4 45 iu STATUS 3 TDI 53553 4 4 4 4 17014 522 128 gt Wr 017001 4 100 m fri 3 JL7015 5 TNS 9 102 mano 0 1608 7001 6 TOK w 1 9 1609 07001 10 4 8 PDP_GO UE 4 VWUTE gt 5 104 5 87008 1 1 7 5 a TM B s RN CP 7 7 1 016 au 67030 3 3V 2 98 100 100 n 2 87259 87007 E X DONE 17168 CHIP 00 e t ET 07236 tt 01235 tus 016 87258 HALL FB7111 ee s PA 91 0 1 0 1 16V 3V 2 8806 330 1 16 FB7105 RN CP BLM21P60056 oy E e gt 3 3 Iri
4. RGB 5 TO 8 8 AN 5 4 TO 6 8 RGBYUY lt coast 10402 IND p pro 3 3V REG 35V DATACK 1 AL CP 17 R3U 03 88412 tm I 474 BUF CHIP 6428 2 470 sl el ale zle s m 5 325 5555 EEEE 16V a B CHIP 7 5 E 22 5 ES rim 1 se ms PES id R303 zz zum E 3 032 512 E gt SSS 3 1 01555 288146 5 5 z z 7 CHIP al 6L 4 4 4 45 zen RA sisi 5 5 apt 2 318 51 55 5 3 JL80 OUH T HH R407 R408 1 108 16V CHIP AM 8126 lw HND x E mox x ox x 2204 ou m o O d Ld I 355233 2544 485 2 2 8 55992 5 57854515 722325 8222 E ss R8409 XCLKIN 3 8885 9 83 1825 72 ATA n i UR 71 T MW 613 TC74VHC 5 M 10W TO 8 8 CHIP CEKIN ie GL2 2 1 CHIP PLLHD gt 42 11 SYNCINI 70 We 12 SYNCIN2 69 W GLO CLP GLPIN 68 M R123 10 4 8 ELTE pix 18
5. B 1 3 B 1 3 Q 1 2 SP CN3000 2 3 _ 013006 VIDEO 10 sia Y B19 56 A19 5 086 AULI 103011 OPTION AUDIO AMP DA LINES lt 5 gt a OSENSET AUDIO MATRIX SURROUND PROC SP MCN MET T QSENSE2 5 Lovro 1 eo 1 8 1 m 33003 2 21 07 SPEAKER 163014 3 RSP 3 6 3 INPUT X E AUDIO RSP 4 5 4 3004 Im INPUT2 EE AUDIO TIT CN3002 2 4 BOARD 24 1001 0 28 CONTI 30 SDALS M SCLLS 15 03021 AUDIO MUTE 12 TETTE D3DETECT 10 ANALOG MALTIPLEXER J3005 3 SIRCS IN CN3009 O SENSE B9 J3006 O SENSE A9 SIRCS 1 SIRCS 007 103016 A12V FWD 50PX1 COLOR DECODER RV 2 B GN 4 sii B U 6 T DSUBH 8 COLOR DECODER DSUB V 10 VR Y BUFF 2 a CO 2 3 VID SIG 1 3 5 3 3 SDALS 3 3 SCL LS e 104 MAIN V OUT 3 11 Y FCR SYNC IC1 p IC1 gt FSC OUT 46
6. 45 i5 03014 9 0 MA157 TX iii F83004 783005 Es INPUTI 6 58045 BK2125HM02T 63199 1 13002 JL3006 25 T 03034 6 31 4 47 BUHIP 47 103004 AL CP 53 CHIP 113005 mu KE 103006 gt D 82 iM R3024 03024 VIDEO 03044 03051 83049 18V 63 152758 10 83065 6 3V 47 0 1 0 100 47 B CHIP O AL CP VIDEO SW n NM ash T osos vena 03062 680 CHIP ban 3000 13004 0 01 OUT ec VOA VCC2 IR d PEE 83043 Tu B CHIP 83073 1 16W 13001 13002 100 ro 16 150 03050 83051 6 3V INL CHIP 150 15008 16V 1 Tt H Ba E view 470 AL CP R3068 R3012 CHIP CH CHIP e R3054 E pus n 82 CHIP t NC 1 16 03074 TORS 1 CHIP CHIP 18003308 1 dev Wy T3067 680 03078 t 130 03010 FB3007 6 3V 13046 03004 0 1 1 160 47 8 2k 284617 0 45UH 03085 apu We 08042 02054 16v ChIP 18V 1 180 63006 ND 4 0 1 CHIP 4T B CHIP AL CP 30 0 01 PROTECT 83033
7. 518 5V 518 3 3V 518 5V 322 m 101005 081001 80828CNNB 30P M _ _ _ _ LL 518 5V VOLTAGE DETECTOR 01025 i STBY5V 1 SIE DIG 5V 2 let 161007 WV eko su B CHIP 1 M24C64 WMN6T B ps le 1 27k SERIAL 120 EEPROM 1 16W JL50 sIRCS als 519 SV CHIP GND 4 1 1716 LEDA 2155387 101006 LEDA 5 01015 TC7SOBFU LED B 6 JL51 LEDB D1004 2 2 COMPARATOR Power sw 7 ee Bir INPUT SEL 8 paf INPUT SEL 01008 161020 t 03 DETECT 10 40 DA DET 80842CNNB 1021 LPF RESET R1016 R1018 0 1 VOLTAGE DETECTOR 100 10k 1 181 16V T JL55 AMUTE 17168 17168 CHIP AUDIO 12 1 CHIP CHIP 1 1 omms LINE MUTE 13 E JL57 4 i STATUS 14 1019 0 1 TO 7 8 STBY 5V TM lo Ww lt S06 DUTVI SCLLS 15 lt 500 15 RS5C348A tev B CHIP 1 TO 3 8 6 8 01002 01007 08 DUTY SDA LS fie lt 514 LS 135407 0 1 PLL x1002 RES TO 6 8 GND 17 12 288MH MS 01003 E IC 11 5 mH qu UR 6 3V 90 16V UART RX 19 AL CP STBY 5 101017 gt ala 01018 5 B CHIP ch ES SCL HS CPU
8. FWD 50PX1 0 BOARD Ref or Q ty Part SP Description D3015 8 719 083 82 s DIODE UDZS TE17 12B D3016 8 719 083 82 s DIODE UDZS TE17 12B D3017 8 719 083 82 s DIODE UDZS TE17 12B D3018 8 719 083 82 s DIODE UDZS TE17 12B D3019 8 719 921 40 s DIODE 204 7 D3020 8 719 921 40 s DIODE 204 7 D3021 8 719 083 60 s DIODE UDZSTE 174 7B D3022 8 719 083 60 s DIODE UDZSTE 174 7B D3023 8 719 921 40 s DIODE 204 7 D3024 8 719 921 40 s DIODE 204 7 D3025 8 719 083 60 s DIODE UDZSTE 174 7B D3026 8 719 083 60 s DIODE UDZSTE 174 7B D3027 8 719 036 94 s DIODE RD5 6SB T1 D3028 8 719 059 22 s DIODE NSQ03A06 TE16L D3029 8 719 921 40 s DIODE 204 7 D3035 8 719 977 28 s DIODE 012108 D3036 8 719 977 28 s DIODE DTZ10B D3037 8 719 977 28 s DIODE DTZ10B D3038 8 719 977 28 s DIODE 012108 D3042 8 719 073 01 s DIODE 111 8 50 D3043 8 719 041 97 s DIODE MA113 TX D3044 8 719 991 00 s DIODE DAP222 D3048 8 719 025 47 s DIODE 02C212 TE85L D3049 8 719 025 47 s DIODE 02C212 TE85L D3050 8 719 025 47 s DIODE 02C212 TE85L D3051 8 719 025 47 s DIODE 02C212 TE85L D3052 8 719 069 55 s DIODE UDZS TE17 5 6B D3053 8 719 069 55 s DIODE UDZS TE17 5 6B D3054 8 719 025 47 s DIODE 02C212 TE85L D3055 8 719 025 47 s DIODE 02C212 TE85L D3056 8 719 025 47 s DIODE 02C212 TE85L D3057 8 719 025 47 s DIODE 02C212 TE85L
9. 0 193 ehe El 0 g S il Hi iji Mu UR S 22 5 i il N ad Ni A Ta B SIDE SUFFIX 11 FWD 50PX1 9 3 9 3 BOARD 1 864 066 11 SIDE D3005 C 4 03017 D3006 A 4 03019 D 3 D3007 C 4 03021 D 3 D3008 A 4 03024 D 4 D3009 C 4 03025 D 4 D3010 B 4 03029 D 4 B 3011 B 4 03030 D 4 03013 4 9 13 2 2 03043 03014 4 m 1500 00 03016 Bod el 00 SW Boe gt SRST er ome 3218 930119 Seza se 958 F 7 o um z 39 2 23018 4 RS Sm ERAS TX E D3019 C 3 02 x 1 23020 C 3 a 23021 C 3 H D3022 C 3 23023 C 3 ww 23024 C 3 E FS 23025 C 3 5 23026 C 3 g 03027 1 1 il D3028 A 2 03023 673 a 1 D3035 B 4 03180 23036 B 4 V gt 63078 9 03037 C 4 A 1062 E zz D3038 4 o C3148 35 23042 D 3 199
10. CN7002 GND BLK GND 0 A0 GND 1 1 GND 2 2 GND CLK CLK GND A3 3 GND Bo 80 GND B1 Bit GND B2 B2 TO 2 8 RGB B ute m al m e e 3 32 8 81818818 3 loro 2322232233 le 2 D 91 CHIP 16V i ANE IT 17016 101205 4 1890098 130 080 CONTROLLER gt 511 TO 2 8 050 TO 4 8 10 1 8 4 8 sek AN Ht 16 2 8 8 01236 01 16V B CHIP 8121 61234 4734 4 1 a8 X Tab m von AOP 050 B MW RB4 LVDSVCC 050 _ 883 wz lt SYS_RESET AIN R1210 TO 1 8 4 8 8 8 RB2 47 116 CHIP VOB m RBI A2M ur Ne i 050 VS 61905 4 LVDSGND TN CLK OSD CLK a BAT CLKIP BAG BAS ichs d m DS900387VJDX KAM MP LVDSGND ASM 646 AGM GAS LVDSVCC 5 1 4 B CLK2M NC GA2 CLK2P NC m 24 DT 07010 07012 0 1 C7011 0 4 fev 01 dev E 7001 2 3 2 2 3 2 3 2 16 5 OUR S 5 z zj zj B 5 2 87008
11. STBY 1 100 TCTAVHCTSATAFT n 310025 3 31 6 3V LINE DRIVER 0 1 d AL CP dev ST 881006 TU_CLK TO 6 8 B CHIP m p 1 Be wl 8 m TO 1 8 2 8 SRYLAN L MW lt 01037 TC74VHCTI T n 94 lt VBLK 10 2 8 PDP STATUS We CHIP i Hia A mE 4515 us w E sw o urs TO 8 8 881009 81008 318 5 1 881005 47 4 rtu a 47 Ww 414 20 11008 518 5V 2 I 255 e 110 1 160 gt mz s CHIP ime 1059 9 1 1608 5 l 01048 ki 16V 1 10 1 1096 081 C1049 1 Tu 81026 STBY 5V 1608 1608 B OHIP 7b 21608 081002 AW POWER 6 8 88 81074 bx E TX 2 101016 STAY SW JL85 TES TC7WI 4FU uar RX IN 01038 186 TO 2 8 05 gt 0 1 CPU RESET 5 e 16V M TO 1 8 05 5 MODE TO 2 8 gt H FLASH MODE 7 33 1 jE ja HQ JL89 o FWD 50PX1 8 5 8 5 A 050 2 8 015 5 8 5 8
12. O to 1 Part No 1062 628 1062 794 1063 073 1068 935 A X 2022 898 2 X 2024 389 X 2024 390 159 493 02 co co Cn 1 682 667 1 682 947 1 682 948 1 682 961 1 682 969 r2 r2 7 685 646 79 7 685 663 71 FWD 50PX1 SP Des MOU MOU MOU MOU BEZ BEZ BEZ POW D C D C DIS LIG LA C X Y D fe Ho 9 SCR SCR SCR SCR SCR SCR SCR cription TED CIRCUIT BOARD TED CIRCUIT BOARD H2 ED CIRCUIT BOARD SP TED CIRCUIT BOARD 5 L ASSY SILVER L ASSY PEARL WHITE L ASSY BLACK pni ER UNIT FAN FAN PLAY PANEL PLASMA INLET WITH NOISE FILTER HT GUIDE EL BUTTON CONTROL BUTTON CONTROL BOLT 8 16 HOLDER A PLUG P FLAT CLAMP 45 VE BOARD VE BOARD TAL VIDEO BOARD ERFACE BOARD H EW PS 4X25 EP FE ZNBK CM2 EW PSW 3X6 EW PSW 3X8 EW PSW 4X8 EW PSW 4X35 EP FE ZNBK CM2 EW BVIP 3X8 EW 4 16 Chassis Block 6 5 Overall SS SP50FW No 201 202 6 6 08 08 08 08 0 SP Desc 534 s SPEA FOR 536 s SPEA FOR 535 5 SPEA FOR 537 s SPEA FOR 7 685 661 79 s SCRE
13. CI CI 722 0 0 0 0 0 0 0 0 0 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 1 2 3 1 o Cn 9 010 011 012 013 015 022 027 030 3 1 Cn C7221 C7222 C7223 C7224 C7225 C7226 C7227 C7228 C7229 C7230 C7231 C7234 C7235 C7236 C7237 C7238 C7239 C7240 C7241 C7244 C7245 C7246 C7247 C7248 FWD 50PX1 rt No 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 26 392 1 826 1 826 1 826 1 826 1 826 1 826 1 826 26 392 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 26 392 26 392 26 392 26 392 26 392 ANNAN o o ANNAN o ANNAN ANAM o o o Qo lt lt 2 2 2 OOOO lt 2 2 2 OOOO lt 2 2 2 lt OOOOO OOOOO oooo Hd nm HEH Tik UE CD T CB i I CIS NIS 3
14. 20 21 22 23 24 25 26 21 28 29 30 31 36 37 38 39 40 41 42 01 2 2 2 2 2 2 2 52 2 gt 2 2 2 2 2 22 2 2 2 2 2 2 2 2 2 2 22 2 2 72 2 2 2 52 2 2 2 2 2 2 2 2 22 2 2 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 6 8 335 335 335 33 21 09 25 2 25 2 33 21 33 45 09 09 64 64 45 45 45 45 45 45 05 05 05 5 5 05 05 5 64 64 64 64 64 64 64 64 64 64 64 64 64 553 510 o o o o o o o o o o o o o o RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES RES SP Description STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH CONDUCTOR CONDUCTOR RES RES RES RES RES RES RES RES RES RES RES RES RES RES CO CO CO CO CO CO CO CO CO CO CO CO CO CA LH CJ STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH
15. D3 3V 2 PICTURE PROC POD29 B 2 3 1802 804 D3 3V 107102 PLD 206 RAO 199 R7 RA7 60 168 162 67 GAO 187 647 180 178 80 176 87 13 BAO 42 49 GCK 17 x HSYNC 97 VSYNC 96 01205 95 050 PDWNL 15 00 DUAL 16 ER ZEN gt 750 2270 20 22 NR 221 vs RBO DISP RB7 57 v 127026 680 0 PROGRAMX 087 880 887 SYS RESET A5V 4 A6V 3 3V 3 3 CS SC 3 3 SC PLL 3 3 05 090 SPD 3 3 V MUTE 7 2 7 2 127003 77 808 STATUS 22 C VBIK PDP STATUS 3 3 167001 LVDS DONE INITX 107101 PROGRAM ROM MAX PLS1 MAX PLS2 140 DITHER 146 148 141 MASK 142 STATUS 149 CN7002 CN7025 CN7001 PLS1 PLS2 DITHER PNL MUTE STATUS PLASMA DISPLAY PANEL UNIT PLASMA DISPLAY PANEL UNIT FWD 50PX1 3 3 Q 2 2 H1 H2 S 3 3 Q 2 2 Hi H2 S
16. Qsenset AU_R2 AVM AU_L2 AVM AULI 003 ov ov VIDEO 6ND1 AMG 10 2 3 04 13 D4 LINES 04 LINE2 D4 LINE WI B Pb GNDI 0 5 52 gt R3163 83184 100 100 10 1 3 1 3 1719 1 16N 16 20 TX RN CP RN CP eu m 2 3 Me 1C3020 1 2 TC7W125FU 03101 BUFF 0 1 AUD 9V R3162 100 1 168 lt 83161 100 1 16 AW TO 1 3 1 1 CONTROL gt 1 08185 03180 103020 2 2 0 1 STBY 0 1 5 3 TC7W125FU 18V 5 2 18V 1 B CHIP 8 4 03182 MAX2020SE 16V 3 un x B CHIP 5 2320 INTERFACE TO 1 3 6 103019 1 2 1 TC7W126FU Pr 4 TO 1 3 CONTROL 5 163019 2 2 TC7W126FU BUFF y 2320 TX 10 284 ooo 83153 R3156 VARI TNI 03055 03057 CHIP 02C212 TE85L 02C212 TE85L Mr AM STBY 5V 2 1 03056 103017 274 R3155 R3158 ETE TC74HC125AF 47k 100k aien 3782 10 63184 CHIP 0 01 3160 D3054 0 01 25V 4 7k 020712 TE85L 8 25V 8009 103017 1 4 go PADA STBY5V GND1 D4 L3 TO 2 3 0 SENS TO 1 3 Q SENSt TO 2 3 FB3024 013008
17. RREF COMMAND PROCESSOR ADDRESS MUX DISPLAY RAM CHARACTER GENERATOR BLUE ADDR BUS DECODER 1 2 8551 STBY 5V GND LED_RED LED GREEN STBY3 3V SIRCS GND 3 4 5 H1 H2 SP H1 H2 SP BRPG1211C 34 TR S 09309 MA111 TX 4 9 14 09310 MA111 TX H1 8 14 R9300 47 19300 1 10 1608 RS 50 T AW 09300 L 69304 4T mod 6 3V 25V 1608 STBY 5V 5 SIRCS STBY3 3V 09301 9 LED_RED gt DTCI14EUA T106 LED GREEN gt AW 9301 093 1 10 1608 WW 89302 220 17108 1608 09306 9 09307 mom 09302 C9302 111 AN 09300 50V UDZSTE 175 6B 1608 R9305 D9301 dh UDZSTE 175 6B AN R9306 1 08 6 4 0904 D9303 82 1 10W 1608 09303 89303 09305 4 50V 1 10 1608 1608 09300 DTC114EUA T106 8 14 B C D 018651 BRN e e 88684 STBY5V DANT KEY SENSE CHIP a POWER MEN 8 0 1608 3216 58651 8657 TO B BOARD ilu POWER CN1004 CHIP UP 8652 dh CHIP DOWN sega 8653 UV CHIP OK 58654 89655 ID 88656 1 Z FB9500 5 1 I 9501 7
18. to 0 0 0 to OXOCDF OxOCEO to Area 15 0 0000 to OxOD1F 0 0020 to 0x0D40 to 0 0060 to 7 Area 16 0x0D80 to 9 OxODAO to OxODCO to OXODDF OxODEO to Area 17 to 0 0 20 0 0 0 40 to OxOE60 to 0x0E7F Area 18 0 0 80 to OxOEAO to OxOECO to OXOEDF OxOEEO to OxOF00 to OxOF1F OxOF20 to OxOF40 to OxOF60 to OxOF7F OxOF80 to OxOF9F to OxOFCO to OXOFDF OxOFEO to OxOFFF Area 21 0x1000 to Ox101F 0x1020 to 0x103F 0x1040 to 0x105F 0x1060 to 0 107 LAST MEMORY AREA Area 22 0x1080 to 0x109F 0x10A0 to 0x10BF 0 10 0 to 0x10DF 0x10E0 to 0x10FF Area 23 0x1100 to 0x111F 0x1120 to 0x113F 0x1140 to 0x115F 0x1160 to 0x117F 0x1180 to 0x119F 0x11A0 to 0x11BF 0x11C0 to 0x11DF 0 11 0 to 0x11FF 0x1200 to 0 121 0x1220 to 0x123F 0x1240 to 0x125F 0x1260 to 0x127F Area 26 0x1280 to 0x129F 0x12A0 to Ox12BF 0x12C0 to 0x12DF 0x12E0 to Ox12FF Area 27 0x1300 to Ox131F 0x1320 to 0x133F 0x1340 to 0
19. CERAMIC 0 R R CH CERAMIC 68000PF CERAMIC 470PF 50 CAPACITOR CH CAPACITOR CE IP CERAMIC 0 RAMIC 6800 2 lt 120PF 50 C V ELECT 47MF 6 3V 1 CHIP CERAMIC 0 1M EL H EL H CAPACITO CAPACITO ECT 10MF 16V C ECT 10MF 16V C CAPACITOR ELECT 47MF 6 3V 1 CAPACITOR CHIP CERAMIC 0 1M CAPACITOR CHIP CERAMIC 0 1M CAPACITOR CHIP CERAMIC 0 1M CAP CHIP CERAMIC 10MF B 32 CAPACITO CAPACITO ELECT 47MF 6 3V 1 R CAPACITOR R R LECT 100MF 10V C ERAMIC 470PF 50V H CAPACITO CAPACITO IP CERAMIC 18PF ECT 10MF 16V CH 0 22MF 25V B 0 22MF 25V B F 6 3V CH 4 7MF 6 3V 2 1 5 HIP CH 50 IP B BOARD Ref No or Q ty Pa C57 x C58 z C59 5 C60 C61 C62 C63 s C64 C65 C66 C67 C68 C69 E C70 C72 C14 C715 C16 C78 x C79 C80 C8 C82 lt C83 C84 C86 C88 C89 69 C201 C202 C203 x C204 C205 C206 C207 C208 9 0 C2 C211 C212 C214 216 C218 C220 C221 C222 2 C223 C224 225 C226 z C227 C228 C229 z C230 C231 C232 C233 t No 09 982 07 826 62 970 62 970 07 826 07 826 26 391 07 826 64 813 64 813 31 661 07
20. Reserved 0x05C0 to 0x05DF Reserved 0 05 0 to 0x05FF LAST MEMORY AREA 0x0600 to 0x061F 0x0620 to 0x063F 0x0640 to 0x065F 0x0660 to 0x067F 0x0680 to 0x069F 0x06A0 to 0x06BF 0 06 0 to 0x06DF 0 06 0 to 0x06FF 0x0700 to 0x071F 0x0720 to 0x073F 0x0740 to 0x075F 0x0760 to 0x077F 0x0780 to 0x079F 0x07A0 to 0x07BF 0 07 0 to 0x07DF 0 07 to 0x07FF 0x0800 to 0x081F 0x0820 to 0x083F 0x0840 to 0x085F 0x0860 to 0x087F 0x0880 to 0x089F 0x08A0 to 0x08C0 to 0x08DF to 0x0900 to 0x091F 0x0920 to 0x093F 0x0940 to 0x095F 0x0960 to 0x097F 0x0980 to 0x099F 0x09A0 to 9 0x09C0 to 0x09DF 0 09 to OxO9FF 0 0 00 to OxOA1F 0x0A20 to 0x0A40 to 0x0A60 to 0x0A7F 0 0 80 to 0x0A9F to 0x0ACO to OxOAEO to 2 13 LAST MEMORY AREA Area 11 Ox0B00 to OxOB1F 0x0B20 to 0x0B40 to 5 0 0 60 to 7 Area 12 0x0B80 to OxOB9F OxOBAO to 0x0BC0 to OxOBEO to OxOBFF 0x0C00 to 0x0C20 to 0x0C40 to 0x0C5F 0x0C60 to 0x0C7F 0x0C80 to 0x0C9F
21. 8233 1 VAS t 1 1 1 CHIP ha th 1 88 see 1 6 8 209 z DM d 7 E i 17100 ee 88206 88205 RB204 10v VIL 0215 10201 88 14 B CHIP TC7S04F 5 e S TO 4 8 6 8 gt SDALS gt We 8280 HU 100 1 16W 2 B CHIP CHIP 215 0 1 16W CHIP COM IN TO 6 8 4 18202 FWD 50PX1 H 4 3 4 8
22. SP Descr o co o o o o o o o o o o o o o o o o o o Qo CAPAC CAPAC CAPAC CAPAC CA PAC CAPAC CAPAC iption TOR CH TOR CH TOR CH TOR CH P CE P CE P CE P CE TOR ELECT 4 TOR CH TOR CH P CE P CE TOR ELECT 4 TOR ELECT 4 TOR CH TOR CH TOR CH P CE P CE P CE TOR ELECT 4 TOR ELECT 4 TOR CH TOR CH TOR CH TOR CERAMIC 2 2MF TOR CERAMIC 10PF 50V TOR CH TOR CH TOR CH P P CE P P CE P CE P TOR CERAMIC TOR CH TOR CH P CE P CE TOR CERAMIC TOR CH TOR CH TOR
23. CAPACITOR CHIP CAPACITOR CERAMIC 100 CAPACITOR CERAMIC 100 CAPACITOR CERAMIC 100 CAPACITOR CERAMIC 100 01MF 25V B 01MF 25V B 01MF 25V B 01MF 25V B 01MF 25V B 01MF 25V B F 6 3V F 6 3V F 6 3V F 6 3V F 6 3V F 6 3V 3216 6 3V BP 6 BP C2 drej rj 3 F 6 3V F 6 3V F 6 3V F 50V CH F 50V CH F 6 3V F 50V CH F 50V CH F 50V CH F 50V CH 6 3 6 3 F 6 6 3 F 6 C 0 1MF C 0 1MF C 0 1MF 0PF 50V B 0PF 50V 0PF 50V 0PF 50V Q BOARD Ref No or Q ty Pa C3 C3 C3 C3 C3 68 69 70 72 74 C3 C3 C3 C3 76 77 78 79 80 C3 63 C3 C3 C3 81 82 83 84 85 C3 C3 C3 C3 C3 86 z 87 88 89 90 C3 C3 C3 C3 C3 91 92 93 94 95 s C3 C3 96 97 3098 5 03099 C3100 z C310 C310 C310 C310 C310 Cn DOF C3 C3 C3 C3 C3 O to CO C3 C3 C3 C3 C3 DOF C3 C3 C3 C3 C312 O to CO I C3 03 C3 C3 C3 22 23 24 25 x C3 C3 C3 C3 26 21 28 29 t No 62 964 62 964 26 205 07 826 07 826 07 826 07 826 26 204 07 826 26 205 1 681 07 826 07 826 1 681 07 826 07 826 1 681 65 176
24. UJ UJ UJ HI 25 26 21 28 29 UJ UJ UJ HI 30 31 32 33 34 UJ UJ UJ HI R201 R202 R204 R205 R207 R213 R214 R215 R216 R217 R218 R219 R220 R223 R232 R233 R236 R239 R240 R245 R246 R248 R252 R255 6 14 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 22 2 2 2 2 2 2 2 32 2 2 22 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 SP o ANNAN ANNAN ANNAN Qo Qo Description RESISTOR CHIP 2 7K 1 16 1608 STOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 STOR CHIP 100 1 16W 1608 CONDUCTOR CHIP 1608 5 47 1 10W 1608 5 47 1 10W 1608 RESISTOR CHIP 47 1 10W 1608 ST P 1 0K 1 108 1608 5 1 0K 1 10W 1608 STOR CHIP 1 0K 1 10W 1608 STOR CHIP 220 1 10W 1608 RESISTOR CHIP 220 1 10W 1608 STOR CHIP 47 1 10W 1608 STOR CHIP 47 1 10W 1608 RESISTOR CHIP 47 1 10W 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 1 10W 1608 RESISTOR CHIP 1 10W 1608 00K 1 10W 1608 00K 1 10 1608 OW 1608 OW 1608 OW 1608 moo OW OW OW 10W 1608 10W Bi gt gt o RES RES 0
25. VESA 1024x768 70Hz VESA 1024x768 75Hz 1024x768 85Hz 1024 x 768 Progressive 65 000 48 363 Progressive 75 000 56 476 Progressive 78 750 60 023 Progressive 94 500 68 677 VESA 1360x768 060Hz 1360 x 768 Progressive 85 500 47 712 VESA 1152x864 75Hz 1152 x 864 Progressive 108 000 67 500 21inch 1152 x 870 Progressive 100 000 68 681 VESA 1280x960 60Hz 2 VESA 1280x960 85Hz 1280 x 960 Progressive 108 000 60 000 Progressive 148 500 85 938 VESA 1280x1024 60Hz SUN 1280x1024 67Hz wo VESA 1280x1024 75Hz SUN 1280x1024 76Hz 1280 1024 85 2 1280 1024 Progressive 108 500 63 981 Progressive 117 000 71 691 Progressive 135 000 79 976 Progressive 135 000 81 130 Progressive 157 500 91 146 VESA 1600x1200 60Hz 1600 x 1200 Progressive 162 000 75 000 60 VESA 1280x768 60Hz 1280 x 768 Progressive 79 500 47 776 VESA 1280x768 60Hz Reduced Blanking 1280 x 768 Progressive 68 250 47 396 VESA 1600x1200 60Hz Reduced Blanking 1600 x 1200 Progressive 130 250 74 00
26. 3 TOR CHIP TOR CERAI TOR CERAI TOR CHIP TOR CHIP TOR CH TOR CH TOR CH TOR CHIP o 29 O I U Jg rg TOR CHIP CERA CE TOR CERAMIC TOR CERAMIC CE CE TOR ELECT 47 CERAMIC 1 EL CE E C C C C C C ELECT ELECT CHIP CERA TOR ELECT 47 TOR ELECT 47MF TOR ELECT 22 TOR CERAMIC TOR CHIP ELECT TOR CERAMIC 10 TOR CERAMIC CHIP CERA CHIP CERA TOR ELECT 47MF TOR CHIP CERA TOR ELECT 10MF TOR CERAMIC 24 TOR ELECT 47MF TOR CERAMIC 24PF 50V CH CE CE CE CE CE CE ELECT CE CE ELECT RA 0 0 RA RA 15 15 0 TOR ELECT 47MF 6 3V 105 LEC 0 ooo 0 00 0 33 0 RA RA C 1MF 10V C 0 1MF 01MF 25V B 01MF 25V B C 0 1MF C 0 1MF 6 3V 105 C 0 1MF PF 50V CH PF 50V CH F 10V CHIP IC 0 1MF 470MF IC 0 1MF 0PF 5 5 5 50 C KG HG 0PF 50V CH OPF 50V CH ATME 10V F 10V CHIP F B 3216 00MF 6 3 00PF 5 00PF 5 2 2 C 0 1 V B B lt C 0 1MF 00MF 6 3V C 0 1MF 00MF 6 3V C 0 1MF 6 3V 105 6 3V 105 F 35V CHIP 01MF 25V B 00MF 6 3V 00PF 50V 01MF
27. 44 C NO ACK DEV 0004 When the fan drive circuit is in normal operation OK is displayed When all the four built in fans are in normal operation is displayed If the fan drive circuit is defective or if any of the built in fans stops its rotation the shutting down is activated 2 Detecting temperature increase of the power supply block and shutting it down Service Mode Service Status Fan 8 Temp Status Fan Drive 5 OK P S Temp 44 C NO ACK DEV 0004 1 P S Temp If temperature inside the power supply block exceeds 66 C is displayed and the Standby indicator flashes at the interval of 0 4 seconds continuously If temperature exceeds 71 C the shutting down is activated FWD 50PX1 3 Detecting temperature at the sensor board 1 Templ 2 Temp2 3 Temp3 FWD 50PX1 Service Mode General Fan Status Fan Control Manual Ref Voltage 8 0 V F B Voltage 8 0 V Drive Data 2B5F P S Temp 43 C Temp1 43 C 1 Temp2 43 C 2 Temp3 43 C 3 The temperature measured by the S board installed in the top of the Q block assembly is displayed The temperature measured by the S board installed in the top of the power supply board is displayed The temperature measured by the S board installed in the vicinity of the upper left side of the panel is d
28. CN7001 B board Flexible flat cable Harnesses Conductive FWD 50PX1 6 Install the B board in the reverse order of steps 1 to 5 Place and fix the harnesses to connect the Q board and B board as shown in the illustration UL tapes B board Harnesses lt lt 2 0 0 board 1 5 1 3 3 50 1 Remove the rear cover assembly Refer to Section 1 2 1 Remove the harness from the SP board 3 Remove the two screws then remove the SP board Harness 4 Install the SP board in the reverse order of steps 1 to 3 1 3 4 S Board The three S boards are installed in this unit When replacing them remove install in the same procedure 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Disconnect the harness from the S board 3 Remove the screw then remove the S board PSW Harness 3x6 S board Harness PSW 3x69 S board Ja Conductive cushion 4 Install the S board in the reverse order of steps 1 to 3 FWD 50PX1 1 3 5 Y Drive Board 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Remove the five connectors Remove the harness from the eight clampers Remove the bolt M8 X 16 and four screws PSW3 6 then remove the QB block assembly in the direction shown by the arrow 5 Remove the three screws PSW3 6
29. Ww 99 1 Bus SW VW 2 ixi 1 1 881007 00 COMF SW lt COMF 20 30 CHIP CHIP T R1045 Q_SENS ra 1054 rm To MW 6 8 47k 81047 61044 VEH2 ell l ml LS 1 0 vet m VEHI 18V DIG um ME 03 B CHIP 3 3V 2 IM 0 1 mn 22 101004 ien m S 50 457 WW 09 HD64E2633TE NTSC PAL K NT PAL 3 8 THERMO gt MAIN CPU PICTURE AGC Sur Im lt PICAGC SW lt 15 6 8 18 To 6 68 grBY nr we 0 PVCCI h 5 92 B CHIP 3 31 8 tev DAD i 08 ce VID YUV LL mon 454 mum JL1023 ON EE 01055 881004 09 m R1036 0 1 TO 1 8 SC PLL m E 2 1014 19 w lt TO 6 8 SCK AN HAL MM lt SYNC TO 1 8 vel SHIP 1 610 778 511 AN 12 w lt 1 5KRGB TO 5 8 03 050 13 m gim 19 m ee STBY 5V 415 eU 515 RESET a 16 WwW 1 TO 1 8 5 8 8 8 m 881014 STBY 19 474 of E 5 5 e 5 STBY 101009 29 85 38 5 T 572 Tou 1 RU lt gt 2 k k o 2 as o 5 4 1 168 01005 17168 1 160 5 2 B CHIP 7 AM ns AN BSS Bane 8 9 cms TL AN 0000000000000000000000000000 81005 ri 1 100 16V 1 160 BiCHIP
30. para 315 mm 25V 47 CHIP 4 B CHIP 1 1 180 vocz m 3 mur 100 82050 4 Gavez eva NJN2903M CHIP 1 150 6 470 E 1 100 Z sen E TD a B chlp 8 H Bu CHIP OUT 8 10 1 Mr us 83045 03049 rd 83061 9014 sius T QUT SONS ou thle ur an 6P 6P 100 2SA1037AK CHIP i 0 63071 1 16W 13V 1030 83011 AS 63053 03003 SUT 1716W CHIP BA12FP 03669 82 03041 475 03056 2541462 veo 0 1 03006 1 lz re 17 5 08 1 16W 0 1 CH CHIP 47 18V STBY UDZ TE 17 RN CP CHIP 18 6 3V nm n t 8 5 5 68 R3003 03016 B CHIP ALGP gt 83052 T T gtr Ho t sn 100 0 1 23029 kim se sn 16 mE 03077 03027 16 16 16V 16V T 5 1216 CHIP 04052 su B CHIP B CHIP S AL CP T 413038 0 8 081 9 w k Ap R3188 R3190 22096 03003 1 10k 10k p 289007 dev 1 16W 03005 17168 158 HIP 8 PROTECT SSMENH SFU CHIP 2541462 03006 7 CHIP R3198 MEE CHIP 3 CH CHIP FAN_DRV 187 10 1001 5 m CHIP cH ee cae mE ik SN74HC32APUR n3298 8307 T 2 VAS i 10 8818 FANSDRY M 5 CHIP INPUT_SEL
31. 000713 CHIP X802 42 SCAN CONVERTER 100082 1 16W Mas BR6 CHIP 2 BRA m UM C851 BRO 41 em en MSN56V16160F AP 0845 16 0 mur 0014 vssa 5 pe 3 16V PIVS HIP 0011 9 B CHIP TE Rm FIRS 5 a 5 vssa 8 8 PICLK cs 199 S di mele PIFLD B CHIP 1100 5 ti TO 4 8 5 8 LM c RFU 68 90 511 AN 3 4 8 5 8 M MA9 M us ws gt m TO 2 8 4 8 lt m B CHIP B CHIP sell al nis FER Et du EDS 2 32 S aj shaja S S E ER S Z SEE 533 ss S S s S S S S S S S S S S S S S Ss sss S s S s 4 2 2 0809 C811 C817 C823 hI 0813 6815 8 2 8 2 FWD 50PX1 A B C D E F G H 2 8 B 2 8
32. ipt ER ion 50R ASSY RP SS SP50FW W PEARL WHITE ER SS SP50FW S SILVER ER 508 ASSY RP 50L ASSY RP SS SP50FW W PEARL WHITE ER SS SP50FW S SILVER 50L ASSY RP BVTP4X12 EP FE ZNB CM2 BVTP 610 4x12 Bes 1 PSW BVTP 4x10 4 x 12 po zu EE PSW 4x 10 FWD 50PX1 Overall SU 50FW No Part No SP Description 301 2 148 620 01 o REAR COVER 302 4 092 541 02 s FOOT FWD 50PX1 6 7 6 3 Electrical Parts List lpc BAT500 cl C2 C5 C6 C8 C9 c 6 8 rt No 156 156 62 970 15 566 64 227 07 823 62 970 07 826 25 889 26 392 26 392 62 970 62 970 62 970 15 566 26 392 1 826 62 915 26 394 1 826 1 826 1 826 15 467 1 826 62 970 62 970 62 970 07 826 07 826 07 826 15 566 15 340 15 340 15 340 27 760 64 813 27 760 07 826 64 344 64 315 07 826 62 969 62 928 26 391 07 826 26 394 26 394 26 391 07 826 07 826 07 826 21 692 26 391 31 661 64 315 63 233 9 26 394 SP 070 525 A o Qo Qo o o Qo o Q Qo Qo Qo o Q Description
33. 10 1 16W CHIP 17160 83238 STEV 52 DET F83019 9 03029 FAN DRV 10 te Am qe t FANS 83239 ni CHIP CHIP 7 Wr 3 0 gt CHIP AN gt FAN DRV 30 2 9 H88 08018 83028 Wy ii 1 81 vi 0 1 1 16W 7 83240 19V 83011 F3006 19 B CHIP 8187 83211 F83021 0 077 1 w 2A 989001 Sy 5 A 1 4 CHIP FANS y Li Fagot JR3002 1141 D 1 R3110 1w 0 01 TTTTT 0 D 8 200 16V 16V CHIP 0 5 1502 03073 03074 03075 4 e SUA A BLA 1 4159 a 03201 03202 45 5 AUDIO IZV cam 27 A JR3004 16V 167 ura F3002 au IL Beni 29077 SA AUDIO 7 AUDIO 83013 ES 116 03163 EB JR3005 CHIP 103008 330 5 08022 TO7AHC40S2AF ELI t UD28 TE 174 78 cN3018 83026 03017 220 em 483008 1 47 MT gt gt gt gt gt 0 518 gt a AM T FB3029 FB3030 FB3031 FB3032 83098 FB3034 83020 4 0 0 0 0 3 2 2k 03021 4 4 4 4 4 4 10 2 3 516 gt 1 168 UDZS TE 174 78 03026 3039 13 03 31 gt CHIP UDZS TE 174 78 5 53075 CHIP GND OUH 1156 gt 83019 C3016
34. 2 2 1000 0 1 AL CP AL CP 25V 18V 167 18V CH CHIP F CHIP R3111 1 47K 03211 83119 me 3117 22k 2 7 1 16 83114 03067 1 16W CHIP 2 7k UDZSTE 1712B CHIP 03214 1 160 5 CHIP B CHIP dk 3213 10 T 16V AL CP 63212 10 83123 i MT AL CP 4 AUDIO L TO 2 8 gt FWD 50PX1 8 17 8 17 A B C D E F G Q 1 3 BR24C21F 1 3001 1 3002 1k EEPROM ARRAY 7BIT 8 BIT ADDRESS SUB WORD DATA DECODER DRESS REGISTER REGISTER START STOP CONTROL CIRCUIT HIGH VOLTAGE POWER SUPPLY GENERATING CIRCUIT VOLTAGE DETECTION 1 3 M52758FP 1C3003 1C3004 IC3006 Q 2 3 MAX202CSE 1C3018 VOLTAGE DOUBLER ut 92 8 18 3 3 NJM4558E TE2 IC3011 A OUT VCC B OUT AIN 2 B IN VEE B IN Q 2 3 SN74CBTD3306PWR 12 1C3024 1C3025 1C3026 D q gt 8 vec 14 2 1B 3 lt GND 4 6 28 5 2A Q 1 3 SN74HC32APWR 1 3023 VCC 4B 4A 4Y 3B 3A 3Y 1A 1B 1Y 2A 2B 2Y GND FWD 50PX1 3 3 TA8776N 1 3012 STBY MUTE 12 GND DIGTAL Q9 SCL 08 SDA VOLUME FILTER BALANCE FILTER
35. 6 826 6 797 6 837 6 837 6 837 6 837 6 834 6 864 6 864 6 829 6 829 6 837 6 829 6 829 6 857 6 809 6 809 6 845 6 845 6 852 6 839 6 833 6 839 6 834 6 832 8 823 8 823 8 823 6 845 6 811 6 811 6 809 6 809 6 809 6 845 9 1 1 9 45 6 845 6 829 6 829 6 809 6 809 8 668 8 668 6 809 6 825 6 825 6 825 6 825 6 797 6 797 6 864 6 797 6 797 6 797 6 797 SP Descriptio Qo o ANNAN ANNAN Q Q Q co RESISTOR CHIP 2 7K 1 10 1608 RESISTOR CHIP 10 1 10W 1608 RESISTOR CHIP 22K 1 16 1608 RESISTOR CHIP 22K 1 16W 1608 RESISTOR CHIP 22K 1 16W 1608 RESISTOR CHIP 22K 1 16W 1608 RESISTOR CHIP 12K 1 16W 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 22K 1 16W 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 1M 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100K 1 10W 1608 RESISTOR CHIP 100K 1 10W 1608 RESISTOR CHIP 390K 1 16W 1608 RESISTOR CHIP 33K 1 10W 1608 RESISTOR CHIP 10K 1 10W 1608 RESISTOR CHIP 33K 1 10W 1608 RESI
36. FWD 50PX1 0 BOARD 0 BOARD Ref Ref or Q ty Part SP Description or Q ty Part No SP Description C3130 124 779 00 s CAPACITOR ELECT 10MF 16V C3192 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3131 124 179 00 s CAPACITOR ELECT 10MF 16V 3197 126 205 11 s CAPACITOR ELECT 47MF 6 3 C3132 124 779 00 s CAPACITOR ELECT 10MF 16V C3198 107 826 11 s CAPACITOR CHIP CERAMIC F C3133 124 779 00 s CAPACITOR ELECT 10MF 16V C3199 126 205 11 s CAPACITOR ELECT 47MF 6 3 C3134 117 681 11 s CAPACITOR ELECT 100MF 16V C3200 126 205 11 s CAPACITOR ELECT 47MF 6 3 C3135 117 681 11 s CAPACITOR ELECT 100MF 16V C3201 107 826 11 s CAPACITOR CHIP CERAMIC F C3136 124 779 00 s CAPACITOR ELECT 10MF 16V C3202 107 826 11 s CAPACITOR CHIP CERAMIC F C3137 124 779 00 s CAPACITOR ELECT 10MF 16V C3203 107 826 11 s CAPACITOR CHIP CERAMIC F C3138 162 968 11 s CAPACITOR CERAMIC 4700PF 50V B C3204 107 826 11 s CAPACITOR CHIP CERAMIC F C3139 162 968 11 s CAPACITOR CERAMIC 4700PF 50V B C3205 107 826 11 s CAPACITOR CHIP CERAMIC F C3140 115 416 11 s CAPACITOR CERAMIC 1000PF 25V C3206 117 681 11 s CAPACITOR ELECT 100MF 16V C3141 115 416 11 s CAPACITOR CERAMIC 1000PF 25V C3207 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3142 164 50
37. M8 x 16 Cushion 15x25 77 Stands Unit y Stands 1 12 FWD 50PX1 1 6 Packaging of the Plasma Display Panel When Is Shipped to Pioneer Corporation Carton Upper Pad R Upper Pad L Upper Individual inner case Pad R Under Pad L Under POSITIONING Carton Under SCREWS PP bands FRONT LID _ Screws 12 pcs SERVICE MODULE Individual inner case FWD 50PX1 1 1 3 1 7 Backup Battery Replacement 1 8 Unleaded Solder The B board contain the lithium battery for the clock Boards requiring use of unleaded solder are printed with a lead free mark LF indicating the solder contains no lead When replacing the part be sure to use the specified one Caution Some printed circuit boards may not come below printed with the lead free mark due to their particular size Replacement with a part other than the specified part will result in fire hazards and electric hazards LEAD FREE MARK Replacement part Be sure to use the unleaded solder for the printed circuit Part description Lithium battery CR1220 board printed with the lead free mark Part No A 1 756 157 11 The unleaded solder melts at a temperature about 40 C higher than the
38. 16 AUTO WIDE SYNC SW 3 3 S0G DUTY2 V 506 QUAD EXCLUSIVE OR GATES BUFF 12 8 10 5 SYNC 180 1404 SYNC SEP 4 GREEN 80 48 HSTATUS 3 3 VSTATUS 3 3 TH401 RGBH 23 RGBV 23 ASV 3 2 3 2 3 SYSTEM CONTROL PDF I F 10601 10403 A D CONV 1 8 RN 4 R CRIN2 RR7 13 GW IN2 Le som 13 BU 136 B CBIN2 RLO RL7 18 VRY 1 R CR IN1 Ga av m 13 GRO GR7 gt 174 GR7 18 306 2 SOG IN 9 88 GLO 68 184 GLO BUFF GL7 75 191 GL7 3 CLP 56 BRO 58 192 BRO BUFF 60 199 BR7 08 CLP amp 45 BLO 49 200 BLO 2 10406 51 07 BL7 15K RGB D 4 53 1 CLP IN 9 1 2 CLK 407 81 ADCLK UNLOCK 7 coast 3 3 SDAHS 9 SDA 3 3 50 88 10 SCL SYNC DIV OUT 40 77 10604 o SYNC INA 5 0 100 VIBRATOR SYNC IN2 13 PLL HD 12 SDA 13 SCL 3 CLAMP 13 14 Hest 18 RGBH 17 2 13 15 vi 1 3 RGBV 18 v2 ie RESET STNBY 47 08 CLK SYSTEM IC B 2 3 GLO GL7 BRO BR7 BLO BL7 O CLK 36 O HD 38 O VD 39 O FLD 87 20 0015 MBAO 9 0 ADDR11 RMCS cs
39. RB20 RB20 RB20 RB20 RB20 Cn RB20 RB40 RB40 RB40 RB40 gt 216 864 1 216 864 1 216 864 1 216 864 1 234 371 1 234 371 1 234 371 1 234 315 2 234 315 2 234 315 2 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 369 2 234 369 2 234 369 2 234 369 2 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 234 371 809 350 2 SP CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 Description S S S 5 5 RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR 5 RES NETWOR 5 RES NETWOR S RES NETWOR S RES NETWOR 5 RES NETWOR S RES NETWOR RES NETWOR S RES NET
40. 1 16V B 1608 MW BLN11P3008 B 1608 8 B 1608 a 4 7k ES 212 87186 016 i xit 87187 i 3 31 2 1608 1808 01246 108 100 07 106 000009009000000000090000000000060 2000 0000000 20000 5 63 l 07245 8 5 8 828 2 5 58 23 100 gt S 5 107101 T 53 55 SUE DONE XC18V02V0644C1 R7295 AL CP R7282 0 D PROGRAM ROM 1608 E 1 10 1 8 2 10 5 8 1P2PLD RGB T 69 T me 00 PROG X 9 1 2 18V 1 0 WRITE XI o T mia 97 1 0 1 0 17201 1 0 VREF z 66 10 HSYNC 5 95 1 0 VREF ie VSYNC 1 54 1 0 DE 1 0 VREF 93 1 0 in 887 G2 1 0 VREF 9 1 0 93 4 8 1608 GND veco 92 07229 91 H veco pi 07230 0 1 16V 8 1608 vs a 886 07228 0 1 16V 8 1608 VCCINT 502 885 90 1 0 884 a Mo 88 5 87 1 0 883 5 96 1 0 882 85 1 0 B4 10 5 381 1 1 0 VREF 84 GND COS 880 83 687 82 82 1 0 9 87275 d 81213 1 0 167102 1 0 1608 PORT 028150 5 020801 GCKO 80 87292 0 1608 1 0 PLD oND 87274 d 7227 WY lt CLKIN 2 TO 5 8 87291 0 21608 R7279 17011 d eco 08 17 E Hi 07228 0 1 18V B 16 7 217012 19 3179 ons 886 0 1 16V 1608 R7290 0 1608 15 07224 0 1 16V B 1608 NEGINT 10 Ge 694 io VREF 73 i
41. 65 176 1 681 24 119 00 24 119 00 24 119 00 24 179 00 07 826 62 970 26 395 07 826 07 826 62 970 07 826 4 661 9 4 661 9 4 661 9 4 661 9 4 661 9 4 661 9 24 119 00 24 179 00 07 826 24 119 00 26 206 17 681 62 970 26 206 26 205 62 970 26 206 62 587 62 970 27 573 21 513 62 587 62 587 26 602 24 119 00 63 135 00 27 573 21 573 ro o o o o o o o o Qo o o o o XQ Qo De CA CA CA CA CA CA CA CA CA CA scri PAC PAC PAC PAC PAC PAC PAC PAC PAC PAC CAPAC CA CA PAC PAC CAPAC CA CA PAC PAC CAPAC ption TOR CERAMIC 10 TOR CERAMIC 10 TOR ELECT 47MF TOR C
42. 674 125 518 5 2 5 RST TO 2 3 10 2 3 y R3218 47 R3217 100k CPU RES 5V_FWE 5V_CPU_RST TO 2 3 R3219 47 83235 518 7 5 2 CN3012 mu 0 t 9P 103026 R3214 SN74CBTD3306PUR 100k STBY 5V P1 GND STBY 5V TEM P2 GND STBY 5V TEM P3 GND 33013 2 R3222 313014 R3236 0 JL3011 0 2 3 483007 483008 8 16 8 16 FWD 50PX1 B C D E F G H 3 3 3 3 IR E 83194 2 2 12188 CHIP 2 3205 3206 48011132 88183 18V 18 0 83192 03029 B CHIP AL CP 43005 1 16 tk DTC144EE 2 3012 CHIP AM D3060 03032 0028108 0 144 00 Bu 1 R3197 wea Me lt ik AUDIO D3062 12V AUD SV D3061 198387 CHIP Y
43. Address Input Counter Dala Input Register Buffers Column Col Address D 9 dar Buffers 800815 Sense Read Amplifiers Data Output Internal ROM DOT CLOCK CONTROL i Buffers Row Register Address Counter Row Word 8M Decoders Drivers 3 8 MC141627FT 205 Row Row Word 5 Decoders Drivers 5 8 E E 8 8 8 8 8 6 Buffers 5 EV 5 5 2 2 2 2 a 3 s m 8 3 3 3 2 2 2 3 3 ES ES 8 3 6156 80 423 00 83 02 80 00 09 08 07 00 03 Amplifiers 1 NC D3 TEH 1 24 N Column Decoders 002 38 23 Bypass 41 aa 20 PRCESSING sis 2 8 PQ07VZ012P 1C7003 B 5 8 PST3629NR 1C7002 Enhancer Vertical Dot PRCESSING pend 43 18 ne DVcc 17 EXCLUSIVE
44. s e ss e p 4 5 m a a e a 5 5 559 3 5 E e lt gt S oS 22 el a 55 ur pa a sno MT Beer sE a t lt gt 00 0 0 i ia ox ku 55 EE am sam 1 5 gt u 335 a 52 i 0 9 9 i lt zi 2 2 i 5 5 Wr gt oc a E eo oh e gt Fn 2 lt LZ VIDEO FWD 50PX1 U1 8 21 8 21 FB008 FWD 50PX1 Z PLA ND 518 STBY3 3V GND VCC GND_VCC 6 5V 6 5V GND VCC NC GND GND_VCC NC NC INTERFACE CN4001 16 5V GND_VCC 6 5V GND_VCC NC NC VSUS VSUS 9 NC 10 GND 805 11 GND_SUS 12 X DRIVE CN4007 31P CN1201 12 16 5V GND_VCC 6 5V GND_VCC NC NC VSUS VSUS NC GND 505 GND_SUS Y DRIVE 014006 8 12V 12V GND_VCC GND_VCC EXT PD VSUS_ADJ PS PD RELAY NC DET PULL UP ND 518 STBY3 3V GND_VCC GND_VCC 6 5V 6 5V GND VCC NC GND_VCC GND NC NC 16 5V GND_VCC 6 5V GND_VCC NC NC VSUS VSUS NC
45. then remove the side frame and board cover assembly Bo Connectors Clamper M8x16 psw 3 6 Connector ne A Connector GB block Clampers Side frame Board cover assembly FWD 50PX1 6 Remove the four screws then remove the option case bracket assembly 7 Disconnect the harness and flexible flat cable from the connectors on the Y drive board 8 Remove the two connectors from the scan A board and scan B board 9 Remove the two screws B six screws A five screws C and four board holders then remove the Y drive board 3x6 Option case bracket assembly Harness Screw Screw B 9 Y drive board Connectors Conductive cushion Scan A board holders 10 Install the Y drive board in the reverse order of steps 1 to 9 1 7 1 3 6 X Drive Board 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Disconnect the harness and flexible flat cable from the connectors on the X drive board 3 Remove the two screws A six screws C five screws B and four board holders then remove the X drive board Screw B Screw A 9 pesa lt gt gt 2 pu je gt e Screw C X drive board Board holders Conductive cushion Board holders 4 Install the X drive board in the reverse order of steps 1 to 3 1 3 7 Digital Video B
46. 6 12 FWD 50PX1 BOARD BOARD 1161 Ref No or Q ty Part No SP Description or Q ty Part No SP Description 0214 8 729 928 81 s TRANSISTOR DTC144EE R33 218 867 11 s RESISTOR CHIP 6 8K 1 10W 1608 0215 8 729 927 99 s TRANSISTOR 2SC4617R R34 216 819 11 s RESISTOR CHIP 680 1 10W 1608 0216 8 729 927 99 s TRANSISTOR 2SC4617R R35 216 821 11 s RESISTOR CHIP 1 10W 1608 0217 8 729 928 19 s TRANSISTOR 2SA1774R R36 216 821 11 s RESISTOR CHIP 1 10 1608 0218 8 729 928 19 s TRANSISTOR 2SA1774R R37 216 821 11 s RESISTOR CHIP 1 10W 1608 0401 8 729 928 19 s TRANSISTOR 2SA1774R R38 216 817 11 s RESISTOR CHIP 470 1 10W 1608 0402 8 729 927 99 s TRANSISTOR 2SC4617R R39 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 0403 8 729 927 99 s TRANSISTOR 2SC4617R R40 216 813 11 s RESISTOR CHIP 220 1 10W 1608 0404 8 729 928 81 s TRANSISTOR DTC144EE R41 216 821 11 s RESISTOR CHIP 1 10W 1608 0405 8 729 928 81 s TRANSISTOR DTC144EE R42 218 712 11 s RESISTOR METAL 6 8K 1 16W 0406 8 729 928 81 s TRANSISTOR DTC144EE R43 216 819 11 s RESISTOR CHIP 680 1 10W 1608 0407 8 729 927 99 s TRANSISTOR 2SC4617R R44 216 819 11 s RESISTOR CHIP 680 1 10W 1608 0408 8 729 927 99 s TRANSISTOR 2SC4617R R45 218 692 11 s RESISTOR CHIP 1 16W 1608 0409 8 729 927 99 s TRANSISTOR 2SC4617R R46 218 684 11 s RESISTOR CHIP 470 1
47. 7 100 LM uH 10 loo 1 168 CHIP 1 1 18V CHIP DiG 51 2 AL P 4 Al B CHIP mm si 1 20 30 TO 4 8 L202 0205 2 6201 68 p 0 1 1 16V T TC4W53FU MULTIPLEXER lt TO 6 8 0260 1 1 10V 62 Jr 100 o m 63 88383 MER E mom m 5 5 eeee uu DVDD DVDDRAM TEST26 TESTS 1201 C264 F TEST G l m cns 4 273 6250 0 16202 fay uil 16V 1 1 3025LSA TESTIS 1179 V OUT 4 TEST19 1 6251 0 1 16V B CHIP dl TEST20 m M7 6 3V um 0253 R216 pek DM 12064083 1790 1 DNE AUS 254 1 8k am TEST21 3D COMB 167 B CHIP 0217 LE E TEST22 9 161 oup 2541774 1 86 1 168 TEST23 BE R219 1 1 8 1 188 CHIP TEST24 0276 0226 0400 0 iN 0 1 ri En 01 CO 240 CH CHIP x B CHIP 0222 24 CH CHIP i 8279 AGND 1 5k we 1 16 6 0249 16V Sur ire ir k 2 dev 1 160 Q218 1 168 B CHIP 0266 CHIP 2541774 CHIP A gt BUF 53 0275 10 8201 bj i 16V 416
48. CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 47K 1 10W 1608 RESISTOR CHIP 470K 1 16 1608 RESISTOR CHIP 470K 1 16W 1608 RESISTOR CHIP 1 0K 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 6 23 01 BOARD FOR FWD 50PX1 Ref No or Q ty R26 R27 R28 R29 R30 R31 R32 R33 R34 R35 R36 R39 R41 R42 R43 R44 R45 R48 R50 R52 R53 R54 R55 R56 R57 R58 R59 R60 R61 R62 VDR1 VDR2 VDR3 Ref No Part No 216 821 216 809 216 825 216 825 216 841 216 841 216 821 216 815 216 841 216 841 216 864 216 821 216 815 216 864 216 815 216 841 216 841 216 821 216 809 216 841 216 841 216 821 216 809 216 841 216 841 216 821 216 809 216 864 216 845 216 845 803 974 803 974 803 974 or Q ty Part No lpc lpc lpc lpc lpc lpc 6 24 1 910 004 09 1 910 004 11 1 910 008 13 1 910 008 14 1 910 008 59 1 910 008 60 SP Description S RESISTOR CHIP 1 0K 1 608 S RESISTOR CHIP 100 1 10W 1608 S RESISTOR CHIP 2 2K 1 10W 1608 S RESISTOR CHIP 2 2K 1 10W 1608 5 RESISTOR CHIP 47K 1 6
49. NE 18 silty CHIP CHIP CHIP 806112 46 WwW ar 1 B CBIN2 45 W t AGNDANPB DGNDADTTL 44 DPGND DGNDADS 43 V R Y 0409 0 22 dav 0415 T R CRINI DVCOADTTL 42 us 0 ma 28M774 C410 0 22 B CHIP AVCCAMPR RR7 41 VW Ran i R CRIN2 40 TP401 6 AGNDAMPR RR5 39 M 9 C YOUT R CROUT us 38 M E in 2m DACTESTOUT z E E E E 449 37 68404 10 816 3 31 2 2222 22 525 CHIP ADDRESS 5 858558 88 10446 0419 DTEIAAEE TC7S08FU SYNC sw COMPARATOR DTO HEE To 7 8 8 8 SYNC SW M 10 4 8 T 15KRGB 7 6 8459 4 meo 1 5 6 T 0468 0 1 0416 206200 16V DTC144EE ze a B CHIP sur 5 0404 8458 0487 1 R413 BE le DTC144EE 1 IU i id 2 DUDEN 6457 ee 808 DUTY2 47 us CHIP HIP CHIP mi 10 4 8 0405 6 3V 16V a DTC144EE I b M Sess 2255 2 DUTY SW 585 58 0418 ES 9 H_STATUS gt DTC144EE TP402 TP408 gt 3433 244 0445 aj a 4 7 10V B CHIP 1 8433 ka zb os RB402 88403 22k p TOL 74 4 8 8 8 5 474 1 161 E Tos an cp AN L 50 0 1 RN CP CHIP i 16V Me RGB_H B CHIP R429 tk 0402 1 16 2504617 RN
50. PSW M6 x 20 Rear cover assembly Nylon washer U1 block assembly FWD 50PX1 Panel securing Screws 22 53 ge 1 gt Conductive cushion 4 Attach the rear cover assembly in the reverse order of steps 1 to 3 1 2 FWD 50PX1 1 2 2 Bezel Assembly Be sure to remove the chassis assembly with more than two persons Place the removed chassis assembly on the conductive cushion Remove the rear cover assembly Refer to Section 1 2 1 Remove the two screws BVTP3 X 8 then remove the control button panel Disconnect the harness from the connector on the H2 board Remove the three screws BVTP3 X 8 then remove the control button and H2 board Remove the screw BVTP3 X 8 then remove the light tube and H1 board Disconnect the harness from the connector on the H1 board Remove the twenty six screws BVTP4 X 16 Remove the chassis assembly while holding the portions A of the main bracket ME 4 16 Chassis assembly Main bracket Portions A Main bracket Control button H2 board Harness Conductive cushion BVTP 3x8 55 Light tube H1 board Bezel assembly 9 Attach the bezel assembly in the reverse order of steps 1 to 8 FWD 50PX1 1 3 1 3 1 3 1 Replacing the Board Q Board Remove the rear cover assembly Refer to Section
51. Semiconductors CXD9606Q M52347FP TE TC74VHC541FT EL TC74VHCT541AFT EL 208pin QFP 1 DS90C387VJDX 20pin UPD64083GF 3BA M52758FP 1 TOP VIEW 100pin 36 5 HD64F2633TE nnd LAMEL MAX202CSE T MC74HC4052F SN74LV4053APWR amm TC74HC123AF V ee Vi TC74HC123AF EL TC74HC4052AF EL 120 QFP 1 VIEW 16pin SOP TOPVIEW MC141627FT 256pin QFP L88M05T FA TL ih 3 LM35DZ 324 TOP VIEW 48pin QFP MM74HC32MTCX SN74HC32APWR SN74LV123APWR TC74HC125AF TC74HC125AF EL TC74VHC86FT TC74VHCT14AFT EL TK15452V NN 1 TOP VIEW 14pin SSOP MSM56V16160F 10TS K 1 50 5 PQ07VZ012ZP PST3629NR PST9229NL RS5C348A E2 FB NI 1 TOP VIEW 10pin SOP RS 50 T 2 GND OUT S 80828CNNB B8NT2G S 80842CNNB B83T2G ral 4pin CHIP SC7S04F TC7S04F TE85R TC7S08FU TE85R mi 5 CHIP 5 1 Transistor Diode TA78MO9F TE16L TOPVIEW 30pin DIP TC7W125FU TE12R 8pin CHIP TDA7480 2221 TOP VIEW 20pin DIP XC18V02 VQ44C1 TOP VIEW 44pin QFP XC28150 5PQG208C 9 9 90 90 9 9 9 BOTTOM VIEW 208pin Z8622912SSC 00TR BARRAGE RE A TOP VIEW a 18pin SOP 5 2 2SA1037AK T
52. TX gt EET Aw CLK 5 FAN 4 13V m 12V 050 CS 12 ip FANDRV 13 e 15 XTAL PLD CS 13 air 12 EB VIDEO MUTE 4 STBY CN1003 5V 101501 CLOCK CN1501 CN3012 g 1301 CN1005 THERMO TEMP 2 42 TEMPI 5 TEMP 2 94 TEMPI 11009 TEMP2 5 43 Temp TEMP2 96 2 gt 1001 ime gt TEMPS TEMPS 4 8 Temps 6 10205 1 1 3LINE COMB 10208 5 L VEH1 48 STBY VEH2 49 CN1501 VEH3 50 THERMO AMP 0207 211 CN8651 KEY SENSE 4 POWER CN1004 97 KEY UP CN1501 THERMO DOWN COL SYS N M 47 NTSC PAL 46 1C206 3D COMP lt BUFF 13 COMIN 0210 BUFF 212 217 10201 03 3 2 gt gt D3V STBY 58657 5V Ts POWER ENTER 1204 sur 2 R4 13 BUFF __ BUFF CN101 1 2 101018 11016 0216 0213 POWER POWER 3 28 POWER UNIT THERMO 09 TEMP OWO SW 61 101017 STBY STBY 5V 3 3V FWD 50PX1 7 3 7 3 0214 FWD 50PX1 Section 8 Schematic Diagrams Index Bo
53. mes 17001 CHIP zz EM 4 1 RGB D k k TO 2 8 018 17004 CHIP CHIP 3 3V 2 87009 87006 T 100 107002 10k PST3629NR OUH 07015 tL 0 1 100 18V 6 31 07013 B 0 1 TI 8 GND B3 B3 GND GND GND FWD 50PX1 H 6 8 6 8 5V 3 AN 5V 3 AW ApH AN CHIP 51 3 R1223 7 8124 7 R1225 R1226 79 R1227 R1228 a7 L EH EM a du RGBYUV 016144 0 T 0 D 7 7 p 6 3 1 100 1 168 1 100 1 188 1 1811 1 188 587 ichs AL CP CHIP CHIP CHIP CHIP CHIP
54. power voltage decreases 2 5 V or less or becomes excess voltage 6 V or more 6 times When V analog system power voltage decreases 3 V or less or becomes excess voltage 7 2 V or more 0 3 0 3 3 When the STBY LED does not flash the power supply circuit is defective 2 How to find PDP unit trouble 2 The input signal is supplied to the PDP panel correctly The LVDS signal is supplied to of the circuit 1 The power voltage for the PDP is supplied correctly board in the center of the PDP panel correctly The power voltages are supplied from each connector on the switching regulator board to the panel If no image appears when the above conditions are e 8 9 6 5 16 5 V 220 V satisfied the PDP unit is considered defective 65 V 61 V 3 3 6 5 e CN10 12V FWD 50PX1 3 1 3 2 Self Diagnosis Function 3 2 1 Overview The self diagnosis function of this model detects abnor mality by checking the power voltages detecting tempera ture detecting operation of fans and by checking EE PROM register and the watch timer using the A D convert er When any abnormality is detected the self diagnosis function displays the abnormality by flashing the Standby indicator and displays the detected data on the service menu If the abnormal condition exceeds the allowable limit it forcibly activates the shutdown operation The self diagnosis function detects the following
55. 02 2CLR 5 9 V 1 CLR Q 20 7 8 SN74LV4053APWR 1 405 8 12 3 8 6 8 TC4W53FU 208 1 209 IC3 CHO ADR O O 4 COM INH VEE VSS 4 8 TC74VHC541 FT IC 1010 4 8 TC74VHCT541 AFT 1011 4 8 TC74VHCT14AFT 1 1012 9990 09 08 gt GND FWD 50PX1 FWD 50PX1 B 4 8 TC7S08FU TE85R IC1006 IN B INA GND rej Vcc OUT Y 4 8 TC7W14FU 1 1016 4 8 6 8 TC7W241FU TE12R 1009 Y2 8 Vec Yi 5 8 13 6 8 Z8622912SSC 00TR 1 4 surren LOCK DUAL CLAMP V SLICED DATA VDD DATA CLK RECOVERY DATA LINE ei V IN INTRO SERIAL CONTROL PORT AW FEW SLICE LEVEL PG DIGITAL II LOCK i CG LINES CG o 2 gt a 9 o DATA BUS gt DOT CLK STATUS REG TEST REG 2 SEL 8 13 LPF VSS A DISPLAY LATCH LINE amp FID DECODES B
56. 1 402 3 8 LM1881M 1 207 4 8 2 1C1017 IC1017 OUT 5 pin 6 8 7 8 2 IC7 1 401 SUPPLY COMPOSITE 1 E VOLTAGE SYNC 7 ODDJEVEN FILED INDEX REFFERENCE VOLTAGE COMPOSITE VIDEO 2 ae 4 CAPACITOR RESET 6 CHARGE 5 BURST GATE CURRENT BACK PORCH 6 8 CXA1211M 1 5 CLAMP 1 2 CONT2 OUT2 8 7 6 5 m 7 8 M52347FP 1C404 O D D 0 IN CONTI OUT1 GND CLAMP CLAMP HD HD 15 V S S TIMING VPOL QUT vec OUT QUT QUT QUT IN B 6 8 CXA2163Q T6 IC2 YS2 YM RGB2 IN 8 R2 IN G2 IN 8 B2 IN 8 Y C Vec 2 Y2 IN 8 CB2 IN CR2 IN 8 Y C GND ES Am CLAMP cain 58 LH 1 YCBCR2 IN H nn ee SHAPE DET gt U m b 1 44 2 c d H STATE V STATE CLAMP GREEN GND COMP H COMP H VIN VDET V TIME GATE SW IN IN DET SW lt
57. 1 2 1 Remove the bolt cushion 15X25 and two screws PSW3 8 then remove the Q B shield cover Remove the two screws PSW3 6 three screws PSW3 x 8 black and six hexagonal screws then remove the Q terminal plate Move the Q terminal plate slowly in the direction shown by the arrow then remove it from the copper foil tape Remove the two UL tapes then disconnect the seven harnesses and the flexible flat cable connected to the Q board Remove the six screws then remove the Q board and partition Q CN3005 013008 Q terminal plate Hexagonal Screw PSW 2 3x8 black Conductive cushion Cushion 15x25 N Partition Q UL tapes Copper foil tape 7 Install the Q board in the reverse order of steps 1 to 6 Place and fix the harnesses to connect the Q board and B board as shown in the illustration UL tapes B board Harnesses i FWD 50PX1 1 3 2 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Remove the Q B shield cover Refer to step 2 of Section 1 3 1 3 Remove the two UL tapes then disconnect the eight harnesses and the flexible flat cable connected to the B board Remove the six screws then remove the B board 5 Remove the lithium battery from the battery holder on the B board Lithium battery CR1220 holder CN7002
58. 2 gl zi el el ef 5 sl al sl sis 2 5 2 85888525 325 21050225 a aj aj a 5 5 5 5 5 5 a S 2 235 5 5 5 5 5 5 5 aj zj aj aj 01 7 16V HEN 16V 0616 0817 0618 0624 B CHIP 99 B CHIR L 33 30 9 1 7 16 TV 16V 16V 10 0607 1 AL CP pe T CHIP 0 1 18V 8 CHIP 010 3 3V 2 am 585858 A 0614 1 220 1 818 60 O 10V fey 108 AL CP CHIP TO 7 8 gt CLAMP R621 via 10 7 8 uM scs COAST gt COAST e 16V B CHIP S 00 R604 100 1 168 ris 5 SDAHS gt ANC gt 4 8 R607 100 1 160 CHIP 7 8 SCLHS gt AM gt 1 98 gt R634 10k 1 168 CHIP 72 10803 9 56 161 606 7 8 E gt DIG 3 31 2 17160 AW 10k 1 168 CHIP AN 10k 1 168 gt lt AN 10k 1 108 lt 1 8608 10k 1 168 AN E R609 10 1 168 IP 4616 10 1 19 x rama 16601 sa 9 1 18 5 m CXD96060 o tev 9 1 SYSTEM IC B CHIP C621 OFLD FLD 0012 0 1 16V 4635 22 1 168 CHIP 2 006 1 3545 gt TO 4 8 5545 gt Mr R696 22 1088 CHIP Jes VDO g gt
59. 25 FB9502 7 to 7 9503 189500 CN9500 4P o s FL9500 SP FWD 50PX1 H 1 3 1 3
60. 25 175 NO SYNC RGB Progressive 25 175 2 18 FWD 50PX1 Vertical lines V TOTAL V ACTIV INT G or CS EXT H V POLARITY NO Position Width Frame Lock Format Flag PLL Enable Interface IP Converter Default Data Pic Mode NDARD COLOR MATRIX NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD NO NDARD YES N N NDARD FWD 50PX1 1 YES N N 2 19 2 3 White Balance Adjustment Enter the Service Mode as follows Generate the built in adjustment signal Select Service Mode White Balance Win dow and select Large Set the color temperature to High as follows Select Color Temp gt High Adjust white balance using the R G and B gain adjustments as follows Adjust white balance
61. 3 3 8 3 3 6 6 3 3 6 3 3 3 3 3 8 3 8 3 3 7 7 5 YES P N NDARD YES P N 8 NDARD YES P N 8 NDARD FWD 50PX1 2 17 Table 2 Factory Preset Data Format Resolution Scanning Horizontal dot H dot x V line Format 525 60 720 x 483 YUV Interlace 28 322 625 50 720 x 575 YUV Interlace 28 125 575 50p YUV RGB Progressive 27 000 480 60p 720 x 483 YUV RGB Progressive 27 000 1080 24psf 1920 x 1080 Interlace 74 250 1080 501 YUV RGB Interlace 74 250 1080 601 YUV RGB Interlace 74 250 1035 60i 1920 x 1035 YUV RGB Interlace 74 250 720 60 1280 x 720 YUV RGB Progressive 74 250 NTSC TV 720 x 483 YUV Interlace 28 322 _ YUV Interlace 28 322 COMPOSITE PAL 720 x 575 YUV Interlace 28 125 COMPOSITE SECAM YUV Interlace 28 125 COMPOSITE 443 720 x 483 YUV Interlace 28 322 COMPOSITE PAL M_ 720 x 575 YUV Interlace 28 125 COMPOSITE PAL N_ YUV Interlace 28 125 COMPOSITE BW_ 720 x 483 YUV Interlace 28 322 COMPOSITE60 BW YUV Interlace 28 322 COMPOSITE50 NTSC YC YUV Interlace 28 322 PAL YC 720 x 575 YUV Interlace 28 125 SECAM YC YUV Interlace 28 125 443 _ 720 483 YUV Interlace 28 322 PAL M YC 720 x 575 YUV Interlace 28 125 PAL N YC YUV Interlace 28 125 BW YC60 720 x 483 YUV Interlace 28 322 BW YC50 YUV Interlace 28 322 PAL60 YUV Interlace 28 322 OTHERS 640 x 480 RGB Progressive
62. 40 Q5 LPFC C 24 23 1 SHIFT LPF LR LOGI DAC2 OUT 9 10 Bi DAG 0461 OUT Q 3 3 TDA7480 1C3014 1 3015 VCCPOW 22 L R OUT L R OUT 20 LOUT BUFFER INPUT Ind SWITCH BASS VOLUME FEEDCAP 8 TREBLE Er CONTROL BALANCE FILTER ADJ 8 SGN GND 9 49 m gt m 5 m gt 22 TREBLE FILTER L R FILTER 4 GND ANALOG VCC 9V 5 8 3 2 3 TC74HC125AF 027 4G 4A 4Y 3G 1 3 2 3 TC74HC4052AF EL IC3005 IC3009 750 DRIVER 750 DRIVER FWD 50PX1 8 19 8 19 750 OUTPUT1 DRIVER 10 OUTPUT2 INPUT2 8 INPUT2 6 BOOT 4 OUT 5 BOOTDIODE 5 VREG 1 CN1501 3P 2 STBY 5V 1 2 u 3 101501 113507 01504 TO B BOARD TEMP SENSOR 11502 1 2 u R1504 CN3012 AW CHIP C 4 Eu 1 10W 16V CHIP m 3 zu AW R1503 R1502 iE iow 1 108 CHIP CHIP 101502 2 2 5 7 6 4 3 S 8 20 8 20 FWD 50PX
63. 72 TO 4 8 1 0 683 87075 PS gt vo A 105178 70 En E POS gt 1 1 0 PEE 680 TO 4 8 CS PLD gt AW 92 cs s gt 47222 47 1 16W sTX 68 sal 87228 47 1 168 87 sok 07223 S R7224 MAGN vecinr 66 1 4 0 1 16V 8 1608 SRX_4W gt 95 veco 07221 TO 1 8 4 8 vocinr 0 1 16V 8 1608 07222 0 1 16V B 1608 64 me 07220 0 1 16V B 1608 68 RBS 1 0 VREF 62 87 09 1 0 61 R6 1 0 883 60 R5 01 1 0 RB2 1 0 VREF 59 R4 1 0 RBI 58 R3 1 0 ABO Re fox 1 0 87227 STATUS 56 mei 1008 05 PWDN_X 55 RO 06 1 0 216 5 21608 3 9V 2 epe a us 16 Ke E 07218 84 016 07248 5555 5838 5 32 3 3 5 5 5 3 3 35 53 32 532 532 3222555 3 3 0000000000000000000000000000000000000000000000000099 n AL CP E 2 R7287 85 ii 1608 1 07247 I l 100 sss 444 4 4 01214 67213 212 0 1 arte ES E DO 2289 2 01 18V 01 608
64. 8 Sub Color Adjust Col NTSC Col PAL and SE CAM for the respective signals of NTSC PAL and SECAM Adjustment range is from 0 to 15 Fixed value for Col NTSC only 6 Sharp Gain Adjustment range is from 0 to 15 Fixed value 8 Sharp f0 Adjustment range is from 0 to 3 Fixed value 3 Y Out Level Adjustment range is from 0 to 63 Fixed value 18 C Out Level Receive the NTSC signal and adjust color The color adjustment of PAL and SECAM signals are performed in c Sub Color upon completion of the NTSC signal adjustment Adjustment range is from 0 to 63 FWD 50PX1 h i k 1 Y Delay Y delay for the respective signals can be adjusted by YDL NTSC YDL PAL YDL SECAM YDL NT443 YDL PALM and YDL PALN Adjustment range is from 0 to 15 Fixed value 5 Cb Offset Adjustment range is from 0 to 15 Fixed value 8 Cr Offset Adjustment range is from 0 to 15 Fixed value 8 By Adj SECAM The blue offset when receiving the SECAM signal is adjusted Adjustment range is from 0 to 15 Ry Adj SECAM The red offset when receiving the SECAM signal is adjusted Adjustment range is from to 15 Sub Color and Sub Hue Adjustments Refer to Section 2 5 Sub Color and Sub Hue Adjust ment Video Decoder Adjustment Refer to Section 2 6 Video Decoder Adjustment 2 3 3 AD Converter 4 White Ba
65. 83025 UD25 TE 174 TB B EL mE 083002 Ton pn D 119 4 ND 30 ou 4 1 CHIP CHIP 83036 80 2 CONTI vs3 vio giam 10 2 3 gt CONTI 3004 Av CHIP 1 EE n 29 nons nA M e 92 518 5 2 ASV FAN DETECT 03011 9 wen FAN_FB lt 57 k 47 FAN_DRV 03080 INPUT2 63005 PROTECT 1 16H id 83003 3040 TUN rr FAN DRIVE 998 stay 0 01 Bk2 25411027 47 lt 4 83094 25V 83145 PTI 6 3V 5 2 CN3004 13001 2130030 257 03077 us gt ow 2100 03070 470 CHIP 100 AL CP o ma A 0 1 47 103003 AL CP 28 1 168 F MODE FLASH MODE 16V 6 30 M52758FP RN CP RN CP srevsv A 013003 253001 83010 Wr B CHIP VIDEO SW E FWE pi zu o 16 100 0 1 100 CPU RES ze 1 168 83032 0 CPU RESET 10 2 3 RN CP 2 47 16V 6 31 1 918151 e AL CP 08010 voce 1 6 1 168 CHIP gt UART AX Ma 213001 03004 MA157 TX HIP 1 R2 2 GND gt 4 UART 0 01 PROTECT RS 2 8 UART TX 25V eH nr PRSTA gt 3 LED R ee 5 CPU RESET lt a ELLE IL B OHIP R3009 1 03038 SDA LS b of NE AW U m MAIS gt 5 EAE FLASH 1 168 830 3019 63 18V 100
66. 886 9P COM IN smvsv 1 TU_TX 1 si FB81 AMOR ono iik ed u 2 50 eva E gt _ gt lt 4 8 TO 4 84 gt 3 cik THERMO p X THERMO TO 4 8 0163 8 e TU RES 5 RESET 0163 3V 1 Qu e SHOE AM S 2032 4 6 GND 7 233 GND wa 9 9 JL22 JL28 LOW 167 rees P 16V OUH JL24 5Y 3 7 25V AL CP FWD 50PX1 8 7 8 7 A B C D E F G TO 6 8 VIDEO B 7 8 B 7 8
67. CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH CONDUCTOR C CONDUCTOR C CONDUCTOR CONDUCTOR CONDUCTOR CONDUCTOR RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH CONDUCTOR C CONDUCTOR C RESISTOR CH RESISTOR CH RESISTOR CH CONDUCTOR C CONDUCTOR C CONDUCTOR C CONDUCTOR C CONDUCTOR C CONDUCTOR C HIP 1608 HIP 1608 HIP 1608 P 2 2K 1 10W 1608 P 2 2K 1 10W 1608 27K 1 10W 1608 P 10K 1 10W 1608 HIP 1608 HIP 1608 47 1 10W 1608 P 100K 1 16W 1608 P 1608 P 1608 P 1608 P 1608 P 1608 P 1608 P 1608 P 1608 1 10W 1608 P 161 1608 P 1161 1608 P 100 1 10W 1608 P 10 10W 1608 P 10 10W 1608 P 100 1 10W 1608 P 2 2K 1 10W 1608 P 1 8K 1 108 1608 P 100 1 10W 1608 P 100 1 10W 1608 P 100 1 10W 1608 P 100 1 10W 1608 P 2 2K 1 10W 1608 P 1 8K 1 108 1608 P 2 2K 1 10W 1608 P 1 8K 1 108 1608 P 100 1 10W 1608 P 100 1 10W 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 47 1 10W 1608 47 1 10W 1608 47 1 10W 1608 47 1 10W 1608 HIP 1608 HIP 1608 P 4 7K 1 10W 1608 330 1 10W 1608 P 4 7K 1 10 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 HIP 1608 B BOARD Ref No or Q ty Part No 7291 7292 7294 7295
68. GND 505 GND 505 NC 16 5V GND 6 5V GND_VCC NC NC VSUS VSUS NC GND_SUS GND_SUS 12V 12V GND VCC GND_VCC EXT PD VSUS_ADJ PS PD RELAY NC AC DET PULL UP CN5602 TP 2 TP CN11 148 CN5 CNB 12P 017 15 CNI MP 2P mu CN10 118 SMA DISPLAY PANEL Frame Wiring CN7002 318 CN7001 8P CN1002 8P CN1006 3P Frame Wiring CN8651 4P GND GND A0 0 GND M GND A2 2 GND CLK 2 CLK 13 ta LVDS CABLE 3 GND 80 BOF GND 81 Br GND 82 82 GND 83 83 GND GND GND MAX_PLS1 WAX_PLS2 POWER MUTE GND MASK STATUS 1 VADR VADR NC 3 GND ADR 4 1 GND ADR 5 6 5V 7 i VADR VADR NC GND_ADR GND ADR 6 5V VCC 1 1 Bo ANSV ANSV GND 01057 01057 GND GND 0193 31 0102 21 THERMO POWER STBYSV AC IN 1 AC I
69. HI UPS HII HI HB CH HI HI H Mas HH las HM Hd ru kas ra FOCH Ed Caterer 1 HER FI Mas av kas I Hi EH Fa o o d dod d t joj fd 5 3 rd trj F 6 3V F 6 3V F 6 3V F 6 3V F 6 3V B BOARD Ref No CLP1 C2 Co For 4 4 D401 D403 1002 1003 1004 01005 01006 01007 FB83 FB85 FB8 FB8 PE FB803 FB12 FB12 FB12 FB7 ADO FB7002 FB7003 FB701 FB7016 FB7105 FB 11 FB7113 FLl FL2 FL3 FL400 FL7001 ICI 102 103 104 105 106 gt gt gt gt or Q ty Part SP 4 042 408 02 695 719 164 695 719 764 18
70. HOLDER CABLE pc 2 348 601 01 s MANUAL MAIN INSTRUCTION CORE ATTACHING FOR HD15 AND AUDIO MINI JACK CABLE pc 2 348 602 01 s MANUAL 01 INSTRUCTION CORE ATTACHING FOR BKM FW10 CABLE 2 990 242 01 s HOLDER 108 3 613 640 01 o HOLDER C PLUG 4pcs 3 674 673 01 o STOPPER 6pcs 3 701 748 00 s HOLDER WIRE A CORD POWER See 1 9 WARNING ON POWER CONNECTION 6 5 SS SP50FW Ref No or Q ty Part No SP Description 2pcs 2 176 597 01 o COVER 50 TERMINAL 106 2 176 601 02 OPERATING INSTRUCTIONS FWD 50PX1 Section 7 Block Diagrams 103004 103006 163001 VIDEO SW VIDEO SW B 1 3 Q 1 2 SP CN3001 RN GN B U DSUB_H DOC 13002 RGB Sov 1C3003 163002 VIDEO SW DOC 13001 RGB INPUT 808 CN3000 1 3 mE R Pr 814 Gy MB 815 103008 SYNC SW OPTION HS 816 7 CN3002 1 4 B BOARD 243002 CN1001 INPUTSEL 8 29 LPF 11 0808 V CN3014 CN3015
71. Hl i 1 03125 03127 10 1 3029 3 3 560 16V 03160 63090 03088 ne fav uozsTE 03097 03063 100 0 01 22 1 t 7 7 R3101 B CHIP 16V 25V 16V 03136 UnzsTE 17898 AL CP BiCHIP AL CP 1 160 1 16V CHIP 03066 AM 03167 uozsTe 17338 A 03064 13081 83102 0 1 00281 17338 ri 222 4 m H caros 1900 10 CH CHIP B CHIP i 1 3135 100 63143 C3148 03153 16V 2 2 1000 0 1 AL CP 167 18V F CHIP 8 CHIP R3139 Y ea 00 CHIP CH CHIP 03105 330 03119 1 0 038 n 8709 03138 83141 08180 n 25V li 4700 12k 0 1 03169 63172 09175 03177 02179 art 03128 0313 PAL 167 at Beatie pido B CHIP 028 10 CHIP B CHIP 65H 03106 25V 1 A 330 B CHIP 25 steve ev 21080313 10 1 1 1 1 T 03122 B CHIP 10 41 09 03166 1 16V 63159 5600 16v AW AL CP CH CHIP Lar y 83136 19 O 83147 03107 2 1 ir 4 1 108 CHIP 63137 83137 CHIP 69121 100 83135 2 1 1 168 100k 1 T 17100 16V CHIP 1 168 B CHIP HIP 1 83103 3158 i 0 1 16 CHIP s 9 i 311 AUD SV mM 1 qn 0 0 5 6k R3116 Z TUS he oi 103011 R3115 CHIP J AUDIO 63209 1 168 NJM4558E 68210 10 A 1 7 lt 2 1 168 3109 3140 03142 3147 3152 CHIP 47 031 03 6 12V CHIP F 1000p
72. IC 5 7504 17001 181 667 12 s COIL COMMON MODE CHOKE C205 8 759 436 89 s IC MC141627FT 17002 181 667 12 s COIL COMMON MODE CHOKE C206 6 700 960 01 s IC UPD64083GF 3BA 17003 181 667 12 s COIL COMMON MODE CHOKE C207 8 759 987 27 s IC LM1881M 17004 181 667 12 s COIL COMMON MODE CHOKE C208 8 759 082 61 s IC TC4W53FU 17005 181 667 12 s COIL COMMON MODE CHOKE C209 8 759 082 61 s IC TC4W53FU 17006 181 667 12 s COIL COMMON MODE CHOKE c4 8 759 533 85 s IC L88M05T FA TL 17007 181 667 12 s COIL COMMON MODE CHOKE C402 8 759 460 72 5 IC L7008 181 667 12 s COIL COMMON MODE CHOKE C403 8 752 095 84 s IC CXA3516R 17009 181 667 12 s COIL COMMON MODE CHOKE C404 8 759 646 02 s IC M52347FP TE C405 8 759 596 34 s IC SN74LV4053APWR Ql 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R Q2 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R C406 8 759 058 62 s IC TC7508FU TE85R 03 8 729 927 99 s TRANSISTOR 2SC4617R C6 8 759 837 36 s IC CXD96060 04 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R C603 8 759 676 70 s IC MSM56V16160F 10TS K Q5 8 729 216 22 s TRANSISTOR 2SA1162 G C604 8 759 549 00 s IC SN74LV123APWR C8 6 700 681 01 s IC IP00C713 Q6 8 729 927 99 s TRANSISTOR 2SC4617R Q7 8 729 928 81 s TRANSISTOR DIC144EE C802 8 759 676 70 s IC MSM56V16160F 10TS K Q8 8 729 927 99 s TRANSISTOR 2SC4617R C803 8 759 676 70 s IC MSM56V16160F 10TS K Q9 8 729 216 22 s TRANSISTOR 2541162 6 C804 8 759 676 70 s IC MSM56V16160F 10TS K 010 8 729 927 99 s TRANSISTOR 2SC4617R C1003 8 75
73. OUH DIG 3 3V 2 GND gt Fangs GND 10 s M 5 2 FB3026 2 GND GND STBYSV 81813 81813 GNDS 9v CPU 2320 SHON MS ACDET Qsense2 Qsensel H8_ALM OP GM HB OP_FWE RST_DEV 818008 007 SIRCUS IN 0112 OP_TX MS SUB CV MS GND SDA SCL SDA_5V SCL 57 AURI Au_LI GNDS D UVO Wi D_Uv2 D_UV4 D_UVS D UV6 GND DV_HS DV VS DV_CLK GND DV_Y2 DV_Y3 01 15 DV_Y6 DV_Y7 GND 03051 020212 51 R3159 Tk 03050 0 03053 020212 TEBSL UDZSTE 175 68 03024 150 2562412 p CPU RES 5 CONTI TO 1 3 103017 3 4 10 1486128AF 3 03025 2802412 uu 154 03049 47k 02 212 851 1 160 R3157 CHIP 100k D3048 D3052 1716W 02C212 TE85L UDZSTE 175 6B AUD 9V 103017 4 4 TC74HC125AF 6 CONTROL gt 33 STBY 5V 2 o STBY STBY 103024 SN74CBTD3306PUR 5V 2 TO 1 3 R3212 83232 R3283 RX x Jo 1 3 1 R3227 0 CN3011 5P R3090 83100 100k 100k 17100 10101 CHIP CHIP 83226 518 5V P1 2 GND rA 83234 OP_RX 57 2 OP_TX STBY 5 2 103027
74. Picture Mode of user menu 2 9 16 Color Matrix It sets the color difference matrix when the color difference component signal is input Either 12 or 13 can be set 12 In the case when the signal conforms to SMPTE293M 13 In the case when the signal conforms to SMPTE274M 17 Zoom Mode It sets the wide selection Select the desired mode from Expd 4 3 Letterbx Restore Subtitle or 4 3 This setting becomes the default value of the Zoom Mode of user menu C Save Area Select Menu structure It saves the data of the editing RAM to the preset area Service Mode Preset Edit Save Area Select Save Are 1 1 Selects the preset data area Data Save zs that stores the data 2 Executes saving of the data 1 Save Area It selects the preset data area that saves contents of the editing RAM Select the desired area from PROGRAM1 to PROGRAMI2 2 Data Save It carries out saving of the data into the area that is selected by the Save Area Change the menu item from Cancel to OK and press ENTER You can judge coincidence of the preset data with the input signal using the sync signal polarity of horizontal vertical frequencies If the same sync signal data exists within a preset area the specification that has the smaller preset number has priority 2 10 8 Service Status Menu structure You can check the internal status
75. Power Off OK OK OK OK OK OK OK OK OK OK 1 2 3 e If communication with EEPROM is not established correctly is displayed on the corresponding item ID CODE error 2 EEP Save Data write error 3 EEP Load Data read error 1 EEP ID 6 Detecting decrease of the watch backup power voltage and detecting abnormal oscillation If the watch IC does not work correctly NG is displayed Service Mode Service Status Warning Status EEP ID EEP Save EEP Load RTC Init RTC VDET RTC XSTOP PDP Init DEC Init DC Init Power Off OK OK OK OK OK OK OK OK OK OK on the corresponding item 1 RTC Init 2 FTC VDET 3 RTC XSTOP Watch oscillator error 3 4 Watch initialization error less Watch power voltage error 1 8 V or 7 Detecting chroma decoder initialization error Service Mode Service Status Warning Status EEP ID EEP Save EEP Load RTC Init RTC VDET RTC XSTOP PDP Init DEC Init DC Init Power Off OK OK OK OK OK OK OK OK OK OK 1 DEC Init In the case of the chroma decoder unit initialization error NG is displayed 8 Detecting abnormal voltage of the internal power supply and shutting power supply down 1 DC Init Service Mode Service Status Warning Status EEP ID EEP Save EEP Load RTC Init RTC VDET RTC XSTOP PDP Ini
76. R1223 216 864 R1224 216 864 R1225 216 864 R1226 216 864 R1227 216 864 R1228 216 864 R7002 216 864 R7005 216 864 R7006 216 833 R7007 218 692 R7008 218 692 R7009 216 809 R7010 216 845 R7011 216 845 R7015 216 809 R7063 216 825 R7064 218 853 R7066 216 809 R7067 216 809 R7068 216 809 R7069 216 809 R7070 216 825 R707 218 853 R7072 216 825 R7073 218 853 R7074 216 809 R7075 216 809 R7186 216 864 R719 216 864 R7191 216 864 R720 216 864 R7202 216 864 R7203 216 864 R7222 216 805 R1223 216 805 R1224 216 805 R1225 216 805 R1237 216 864 R7239 216 864 R7257 216 829 R7258 216 815 R7259 216 829 R7273 216 864 R7279 216 864 R7285 216 864 R7287 216 864 R7288 216 864 R7290 216 864 6 16 SP o ANNAN Qo ANNAN ANNAN o XQ Qo Description CONDUCTOR C CONDUCTOR C CONDUCTOR C RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH CONDUCTOR C CONDUCTOR C RESISTOR CH RESISTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH CONDUCTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR CH RESISTOR
77. RESET 20 RES 2 ti sela IT s FWE 1 168 3 34 RES TD K zu u lt 514 45 74 CHIP M FLASH MODE 22 2 8 SYNC 180 500 CHIP 4714 5 3 sv 2 5 lt TUN FAN DRIVE 24 42 5 E 6 8 lt TURK FAN FB 1 519 5V FAN DETECT GND 27 e R1031 Tan hi OLSENS 81025 i 10 00000000000000000000000000009 ha m 1 x C1009 004 4 gt gt 2a 87 OP SM 0 1 6 31 1 16V 01057 re gt 8 58525 VIH SUP RGB3 29 gt 16V 1716W AL Cp gt 8 5 Z 5 5 R1027 CHIP OP 882 B CHIP CHIP B CHIP B CHIP con 81024 2 2 conti G 99 AME 02 view 881001 5 1 16W CHIP ctos 99 TULCLK CHIP 81206 STBY 5v 8 CHIP 6 w 6 SCL_HS M 1 R1218 514 5 Vr eun 100k D3 DET PUDE 81025 10 1 168 SUR CHIP dn 01056 Jus 35 STBYSV 1 3 AN wn 7 I gU 96 SCL_LS AM 2 B CHIP R1029 DIG RE m M m Va 4 717 57 2 nd FS vis FE po te 01 mm s e W SLA 01056 3 8 SN74CBTD3306 CHIP 1 160 0 1 16V B CHIP 2 2 m men CHIP CHIP CHIP
78. RESISTOR CHIP 47 1 10W 1608 R631 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R419 218 122 11 s RESISTOR CHIP 18K 1 16W 1608 R632 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R420 216 845 11 s RESISTOR CHIP 10 10 1608 R633 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R421 218 122 11 s RESISTOR CHIP 18K 1 16W 1608 R634 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R423 218 144 11 s RESISTOR CHIP 15 R635 216 801 11 s RESISTOR CHIP 22 1 10 1608 R424 218 707 11 s RESISTOR CHIP 4 3K 1 16 1608 R636 216 801 11 s RESISTOR CHIP 22 1 10W 1608 R425 218 140 11 s RESISTOR CHIP 10 16W 1608 R637 218 724 11 s RESISTOR CHIP 22K 1 16W 1608 R426 218 700 11 s RESISTOR CHIP 2 2K 1 168 1608 R638 218 700 11 s RESISTOR CHIP 2 2K 1 16W 1608 R427 218 700 11 s RESISTOR CHIP 2 2K 1 16W 1608 R801 216 809 11 s RESISTOR CHIP 10W 1608 R428 218 700 11 s RESISTOR CHIP 2 2K 1 16W 1608 R802 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R429 218 692 11 s RESISTOR CHIP 1 0K 1 16W 1608 R803 216 805 11 RESISTOR CHIP 47 1 10W 1608 R430 218 744 11 s RESISTOR CHIP 150K 1 16W R804 216 805 11 RESISTOR CHIP 47 1 10W 1608 R431 218 744 11 s RESISTOR CHIP 150K 1 16W R805 216 845 11 s RESISTOR CHIP K 1 10W 1608 R432 218 660 91 RESISTOR CHIP 47 1 16W 1608 R806 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R433 218 724 11 s RESISTOR CHIP 22K 1 16W 1608 R1001 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R434 218 724 11 5 RESISTOR CHIP 22K 1 16W
79. Section 1 3 5 Remove the X drive board Refer to Section 1 3 6 Remove the digital video board and interface board Refer to Section 1 3 7 Remove the power unit Refer to 1 4 1 Remove the cushions 15X25 attached to the heads of the three bolts on the right side as viewed 10 Remove the five bolts M8 X 16 then remove the two main brackets 11 Remove the four screws PSW3 X 8 then remove the two frames H 12 Remove the six screws PSW3 X 8 then remove the two side frames PSW3 x 6 Side frame Main brackets Cushion A eos 15x25 M8 x 16 Right side as viewed from backside Side frame Conductive cushion Plasma display panel 13 Attach the plasma display panel in the reverse order of steps 1 to 12 FWD 50PX1 1 5 Service Position 1 5 1 Service Position of the B and Q Boards Be sure to attach the stand with more than two persons When attach the stand to the unit check that four knobs are attached to the holes of the stand Remove the rear cover assembly Refer to Section 1 2 1 Remove the two cushions 15X25 attached to the two screws Remove the bolt M8 X 16 and two screws then remove the QB shield assembly Attach the four knobs to the unit by the four screws Attach the four knobs to the holes of the each stand Unit Q B shield Atacch the two knobs cover to the each stand Bolt
80. TOR CE CONNECTOR BOARD TO CABLE RESISTOR CHI RESISTOR CHI UIT BOARD H2 RAMIC 4 7 B 6 3V RAMIC 10PF 50V CH 4 PIN 33K 1 10 10K 1 10 p D RESISTOR CHIP RESISTOR CHIP RESISTOR CHIP RESISTOR CHIP 1 8K 1 10W TACTILE TACTILE TACTILE TACTILE TACTILE SWITCH SWITCH SWITCH SWITCH SWITCH 4 7K 1 10W 10K 1 10 2 7K 1 10W 6 17 Ref or Q ty Pa lpc 03003 x 03004 03005 3006 5 C3007 03008 C3009 C30 C30 C3012 C30 C30 C30 C30 C30 C3018 C3019 R 03020 03021 03022 03023 03024 03033 C3034 5 03035 03036 5 C3037 03038 5 03039 z 3040 C3041 3042 z 03043 n C3044 C3045 C3046 C3047 5 C3048 03049 03050 03051 03052 03053 03054 03055 03056 C3057 03058 2 03059 03060 C3061 C3062 3063 x 03064 03065 3066 a C3067 6 18 SP 062 627 o MOUNTED CIRCUIT BOARD Q 62 970 62 970 62 970 62 970 62 910 62 970 26 206 26 206 26 206 26 206 26 206 26 206 27 692 15 459 15 459 27 692 07 826 07 826 07 826 07 826 07 826 07 826 26 205 26 205 64 004 26 2 26 2 26 2 26 2 1 826 1 826 1 826 1 826 26 205 1 826 1 826 1 826 1 826 5 6 6 6 62 923 62 923 26 2 6 62 923 62 923 62 923 62 923 26 205 26 205 26 2
81. Video and Cr Offset Video AD Calibration Adjustment Refer to Section 2 4 AD Calibration Adjustment 2 4 Menu structure White balance of PDP panel is adjusted a b 9 Service Mode White Balance Window Color Temp High Red Gain Green Gain Blue Gain Window This machine has the built in window signal for white balanced adjustment Select large window for suitable adjustment Small Large Window is not displayed Small window is displayed white is displayed Color Temp Select the desired color temperature that you want to adjust located in the lower layer below this submenu Select the desired color temperature from High Mid Low User 1 User 2 and User 3 LNote User 1 User 2 and User 3 can be adjusted from the user menu therefore they are not adjusted here Red Gain Red gain of the selected Color Temp is adjusted Adjustment range is from 0 to 255 Green Gain Green gain of the selected Color Temp is adjusted Adjustment range is from 0 to 255 Blue Gain Blue gain of the selected Color Temp is adjusted Adjustment range is from 0 to 255 White Balance Adjustment Refer to Section 2 3 White Balance Adjustment FWD 50PX1 5 g Fan Status Menu structure The data unique to the machine and the
82. by adjusting Red Gain Green Gain and Blue Gain until color temperature satisfies the specification of 9300 K During this adjustment set Blue Gain to 255 normally Set the color temperature to Mid as follows Select Color Temp Mid Adjust white balance using the R G and B gain adjustments as follows Adjust white balance by adjusting Red Gain Green Gain and Blue Gain until color temperature satisfies the specification of 6500 K During this adjustment set Red Gain to 255 normally Set the color temperature to Low as follows Select Color Temp Low Adjust white balance using the R G and B gain adjustments as follows Adjust white balance by adjusting Red Gain Green Gain and Blue Gain until color temperature satisfies the specification of 3200 K During this adjustment set Red Gain to 255 normally W B setting value 1 High 9300K x20283 y 0298 2 Mid 6500K x20313 0329 3 Low 3200K 0 423 y 0 399 2 4 AD Calibration Adjustment 1 Adjustment Preparation 1 2 Set the RGB Mode of the Custom Setup menu to PC Set Cal Mode of AD Converter of the Service Mode menu to On 2 20 2 3 4 6 1 2 3 4 6 7 8 9 2 3 4 AD Adjustment of RGB Input Input the RGB signal 640 480 60 all white 90 IRE to INPUTI Adjust the Sub Cont RGB of the RGB Calibration until the G detection val
83. e Z e z OFFSET HALFTONE C2 IN 43 20 EMPHASIS 1 5 SUB nn feel 225222 CVBS2 Y2 IN 44 19 YL IN PNID DEMO ADJ COMB SYS 55 i 18 CBL IN TOF BELL FSC OUT 4 COLOR S DOUBLE 17 CRL IN SYSTEM AFC FIL 47 CovBSYC 1s SYNC GND SELECT C1 IN 48 tee 1312 YS3 RGB1 IN SYNC IN COMB Y IN DIGITAL Voo COMB C IN FORCED S 8 10 8 10 FWD 50PX1 5 8 MB90098APF A 130 BND ER 1C1205 1 8 8 8 MSM56V16160F 10TS K IC603 IC802 IC803 IC804 Progra Latency vo ming amp Burst Controll Register Controller EVEN DISPLAY INPUT DISPLAY CONTROL CONTROL Timing Register SERIAL OUTPUT CONTROL i MEMORY ODD FOR FONT DISPLAY COMMAND DISPLAY ROM OUTPUT TRANSFER VRAM CONTROL CONTROL Controller Internal Col
84. fan control are checked Service Mode General Blue Only 0 AGC Wide 14 AGC Narrow 13 32k Clock Out Off Watch Error 32 76800 Serial Number 2000001 Fan Status Vs Na Setting a Blue Only When 1 is set all colors of RGB displayed on the PDP become blue data level b AGC Wide This command is not used in this machine c AGC Narrow This command is not used in this machine d 32k Clock Out The clock signal that is used for the Watch Error adjustment is output Off Not output On Output e Watch Error It corrects error of the built in watch Set the measurement value of the frequency counter connected Adjustment range is from 32 76180 to 32 77420 kHz f Serial Number It sets serial number FWD 50PX1 Menu structure Fan Control Ref Voltage F B Voltage Drive Data P S Temp Templ Temp Temp3 Service Mode General Fan Status Fan Control Manual Ref Voltage 8 0 V F B Voltage 8 0 V Drive Data 2B5F P S Temp 49 C Temp1 43 C Temp2 43 C Temp3 43 C You can set the 8 0 to 12 0 V to the fan drive voltage using Ref Voltage Use this command for checking operation of the fan drive circuit Factory default setting 8 0 V You can set the any desired voltage to the fan drive voltage Range of setting is from 8 0 V to 12 0 V the setting value is saved It indicates the fan drive voltage The voltage that
85. items 1 Detecting stoppage of fans and shutting it down and detecting failure of the fan drive circuit 2 Detecting temperature increase of the power supply block and shutting it down 3 Detecting temperature at the sensor board 4 Detecting the communication error with each device 5 Detecting the EEPROM error 6 Detecting decrease of the watch backup power voltage and detecting abnormal oscillation 7 Detecting chroma decoder initialization error 8 Detecting abnormal voltage of the internal power supply and shutting power supply down 9 Detecting abnormal power off sequence If any abnormality is detected the Standby indicator flashes at the interval of 0 4 seconds continuously At the same time the corresponding item shows the NG indication in the service menu The NG indication is not reset and is accumulated unless the AC cord is disconnected If the abnormal condition exceeds the allowable limit it forcibly activates the shutdown operation and picture will not be displayed any more At this time the Standby indicator flashes to indicate that the PDP unit is in the error mode as shown in Section 3 1 3 2 2 Abnormality Judgment Criterion 1 Detecting stoppage of fans and shutting it down and detecting failure of the fan drive circuit 1 Fan Drive 2 Fan Service Mode Service Status Fan amp Temp Status Fan Drive z P S Temp 5
86. more information regarding recycling of re chargeable batteries call toll free 1 800 822 8837 or visit http www rbrc org Caution Do not handle damaged or leaking Lithium lon batteries FWD 50PX1 FWD 50PX1 1 1 1 1 2 1 3 1 7 1 8 1 9 2 1 2 2 2 3 2 4 2 5 2 6 2 T 3 1 3 2 Table of Contents Service Overview Board Location eene toe RE 1 1 Installing Removing the 1 2 1 2 1 Rear Cover Assembly 1 2 122 2 Bezel Assembly eiie teet trt etes 1 3 Replacing the Board eie p tr ERR 1 4 153 0 Q don vn ui REOR 1 4 1 3 2 sis ite ek UR DROP ERR ERE 1 5 1 3 3 5 1 6 1 324 5 eite teles 1 6 12325 Drive Board i e st Hase hg 1 7 1 376 X Drive Board 1 8 1 3 7 Digital Video Board Interface Board 1 8 Replacing the Main Parts nere 1 9 1 4 1 Power Unit DC Fan For Power Supply 1 9 1 4 2 DC Fan For 1 10 1 4 3 Plasma Display 1 11 DETVICE 1 12 1 5 1 Service Position of the B and O Boards 1 12 Packaging of the Plasma Display Panel When It Is Shipped to Pioneer Corporation oett mede ete u
87. of this unit Service Mode Service Status Signal Sync Power Supply Fan amp Temp Status Warning Status Operation Time Software Version PLD Version Signal Sync Menu structure Service Mode Service Status Signal Sync Format 640 x 480 60 Signal specification H Freq 031 469 2 Horizontal frequency V Freq 059 94 Vertical frequency Sync Pol N N Sync signal polarity Condition Stable Sync signal status The sync signal status of the input signal is displayed Format The preset signal name for the input signal is displayed H Freq Horizontal frequency of the input is displayed in 6 digits V Freq Vertical frequency of the input is displayed in 5 digits Sync Pol Sync signal polarity is displayed Horizontal sync signal Vertical sync signal N NEGA P POSI Conditions Sync signal status is displayed Stable Stable Insecure Unstable No Sync Sync signal does not exist FWD 50PX1 b Power Supply Menu structure Service Mode Service Status Power Supply Digital 5 V 5 0 V 5 V for digital circuit Digital 3 V 3 3 V 3 V for digital circuit Analog 6 V 6 0 V 6 V for analog circuit Main DC voltages of the machine are displayed Digital 5 V Internal 5 V power supply voltage is dis played Digital 3 V Internal 3 3 V power supply volta
88. s 83050 12 LX IC3009 2 33907 52051 IC3010 6 2 IC3011 3 IC3012 1 z IC3014 1 5 IC3015 E 1 IC3016 B 2 lt IC3017 D 4 1C3018 F 2 Q 1 3019 F 2 _ 1C3020 F 2 A SIDE 1C3022 C 3 SUFFIX 11 1C3024 2 1C3025 2 1C3026 H 2 1C3027 1 03001 B 3 03002 3 03003 2 03004 3 03005 B 3 03006 B 3 03009 A 2 03010 2 03011 2 FWD 50PX1 B SIDE SUFFIX 11 FWD 50PX1 9 5 9 5 H1 H2 SP S H1 H2 SP S FL9001 t ar gt d 1 3 d lt 533 89303 1 864 067 11 2 15 T 2 a SPE SONY 80088 116160221 1 1400 me E v 11 166 589 1 1 p9305 92387111 m e 1 ET 1 683 991 11 us H1 A SIDE H1 B SIDE SUFFIX 11 SUFFIX 11 SP A SIDE SP B SIDE SUFFIX 11 SUFFIX 11 C8851 8851 2 a 1 864 068 11 1 884 531 11 voL 172091814 072495111 H2 A SIDE SUFFIX 11 S A SIDE S B SIDE SUFFIX 11 SUFFIX 11 H2 B SIDE SUFFIX 11 9 6 9 6 FWD 50PX1 U1 FWD 50PX1 U1 FWD 50PX1 U1 B SIDE SUFFIX 11 FWD 50PX1 U1 A SIDE SUFFIX 11 FWD 50PX1 9 7 9 7 FWD 50PX1 FWD 50PX1 SAFETY CHECK OUT After correcting the original service problem perform the following safety checks before re
89. the Red detection value has the same value as the Green value 5 Repeat steps 3 and 4 until the detection values of and B are within the range 2 of tolerance error 6 Set Cal Mode of AD Converter of the Service Mode menu to Off 2 21 2 22 2 7 Watch Error Adjustment Select 32k Clock Out in General of the Service Mode menu and set it to On Connect a frequency counter as shown below and measure the frequency CN1003 10kQ VCC 1 CLOCK 2 GND 3 Make the cable as short as possible Frequency counter 3 Select Watch Error in General of the Service Mode menu and enter the measurement result 4 Set 32k Clock Out to Off FWD 50PX1 Section 3 Troubleshooting 3 1 Judging Method When Image Does Not Appear 1 Flow chart Picture does not appear Check the indication on the indicator in the lower right of the front panel STAND BY STBY LED flashes 2 times When error code is detected from the panel 3 times When temperature increase of the power supply block or temperature increase inside the unit due to the sensor board is detected 4 times When a fan stop or failure of the fan drive circuit is detected 5 times When 3 3 V digital system power voltage decreases 1 6 V or less or becomes excess voltage 4 V or more and 5 V digital system
90. the desired item from the EEPROM RESET menu Change the selected item from CANCEL to OK Then press ENTER a Whole Area It initializes whole area of EEPROM This command is identical to carrying out the all items of Common White Balance Prog Gamma Prog Preset Last Memory User Memory and Factory Execute this command only when the memory IC1007 on the B board is replaced b Common It initializes Common 1 Common 2 and Common 3 of the COMMON DATA AREA shown in Table 1 It initializes the data unique to the machine and the common data various setup values of the user menu Do not carry out this command because it initializes the serial number and accumulative operation hours 2 2 c White Balance It initializes Color Temp 1 and Color Temp 2 of the COMMON DATA AREA shown in Table 1 It initializes the color temperature High Mid and Low and all data of user setup 1 to 3 to 00 It also initializes the user name to Userl User2 and User3 d Prog Gamma This command is not used in this machine e Prog Preset It initializes the PRESET DATA AREA page 2 13 shown in Table 1 It resets the backup preset area f Last Memory It initializes LAST MEMORY AREA pages 2 13 14 shown in Table 1 It initializes the last memory data that user has adjust ed for each signal g User Memory This
91. 0 DVCCPLL DGNDADTTL 67 9 0 CHIP 5 CHIP DGNDPLL DGNDADS 66 PRI on 8408 IUE AVCCVCO DVCOADTTL 65 Ma nar ie ra AGNDVCO 64 100k CHIP 886 0414 BR6 63 M 0407 0415 BUR QUIM 0402 845 62 R453 keri M 47k mon AVCCIR Bra 61 M a 1 16W 0407 Faw i Tio min QE IREF 60 284617 CHIP I DPGND GNoADS 59 1 C411 10 4 AGNDIR BR2 58 BR2 1 G VIM 57 C412 0 22 B CHIP BRO 0407 m F AVCCANPG 16403 56 155987 97 gii 0409 1H G YIN2 0 35168 DGNDADTTL 55 uo 8407 0408 2841774 2804617 C413 0 22 B CHIP A D CONVERTER 474 2864617 odio AGNDAMPG DWccADTIL 59 B CHIP HATH 2541774 zu 2504617 0418 0 1 10 G YOLP 53 gt Lr 816 01289 4 0419 0 1 16V B CHIP B CBCLP BL6 52 9 4 1 8446 B CHIP 8 150 ew 0420 0 1 16V R CRCLP BL5 51 M a 1 160 3 CHIP 1 1426 C403 0 22 B CHIP DPGND DGNDAD3 50 MW mr 16405 C469 10 TO 6 8 47x4 SN74LV4053APWR 14 CHIP 0413 1 Tun i 1 56 gt T SOGINI 49 SW 118 BMI 900 mo caot agp B OBINI 48 M R440 1 16N 0464 Ir V B Y BL2 3k t 1908 CHIP 1 160 12181 pru C405 0 22 B CHIP AVCCANPB 47
92. 0075108 03094 3168 R3121 10 2 2k E 83124 JL3016 16V 1 168 17181 43004 AL CP CHIP Ir MY 03043 R3088 03093 MA113 220k 0 INPUT2 JL3015 1 16W 16V 03089 CHIP AL CP 0 047 AM 1 R T I 3087 2 2k 716 H 220k 03037 1 16 CHIP 1 168 3092 UDZS10B 03042 03019 CHIP 10 83170 2 8709 43003 313018 16V 2 2k 03017 1 AL CP DTC144EE 03044 INPUTI 220k 03091 03036 222 UDZS10B MUTE 03088 AL CP 0 047 1 18V Me 03111 JL3017 83085 R3171 10 8 Iw 16 716 AL 1 703035 CHIP 1 168 UDZS10B CHIP 03171 03174 AUD 9V 103016 0 01 22 cus 14794096 feu TM A 00 H AL TO 1 3 gus 3 ANY o mM w 1 8CL LS AW R3138 T 63162 Wr R3133 83132 k ol 1 M 83172 100 100 03021 1 16W 16V 63102 10 1 1608 1 16W DTC144EE CHIP AL CP J 1 330 83078 1 16 CHIP CHIP 16V 2 2k CHIP 83142 03151 03185 03008 1716W 03139 8 2k 0 1 0 01 L3005 03170 63173 03176 03178 63180 FT 0103 4P CHIP 4700p 1 16W 16V 25V 65uH 047 0 47 0 47 0 47 0 47 330 413028 B CHIP 16V 1 1 1 1 t 1 4 LSP t 03168 To T II 11 3003 1000 413077 i 166 17943 H 03126 cy H Rae ss 4 RSP 6 5 di 18 AL 3132
93. 06 26 205 26 206 07 826 07 826 07 826 62 964 62 964 62 964 62 964 Qo Q o ANNAN ANNAN Q Qo OQ Qo Q Qo ANNAN nn Description CAPACITOR CERAMIC 0 CAPACITOR CERAMIC 0 CAPACITOR CERAMIC 0 CAPACITOR CERAMIC 0 CAPACITOR CERAMIC 0 CAPACITOR CERAMIC 0 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAP CHIP CERAMIC 1 CAPACITOR ELECT 47MF CAPACITOR ELECT 47MF CAP CHIP CERAMIC 1 CAPACITOR CHIP CAPACITOR CHIP CERAI CAPACITOR CHIP CAPACITOR CHIP CERAI CAPACITOR CHIP CAPACITOR CHIP CAPACITOR ELECT 47MF CAPACITOR ELECT 47MF CAPACITOR CERAMIC 0 CAPACITOR CHIP CAPACITOR CHIP CAPACITOR CHIP CAPACITOR CHIP CERAI CAPACITOR ELECT 47MF 6 CAPACITOR CHIP CERAI CAPACITOR CHIP CERAI CAPACITOR CHIP CAPACITOR CHIP CAPACITOR ELECT 47MF CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR ELECT 10 CAPACITOR CERAMIC 47P CAPACITOR CERAMIC 47P CAPACITOR ELECT 10 CAPACITOR CERAMIC 47P CAPACITOR CERAMIC 47P CAPACITOR CERAMIC 47P CAPACITOR CERAMIC 47P CAPACITOR ELECT 47MF CAPACITOR ELECT 47MF CAPACITOR ELECT 10 CAPACITOR ELECT 47MF CAPACITOR ELECT 10 CAPACITOR CHIP CERAMI CAPACITOR CHIP
94. 08 R21 216 809 11 s RESISTOR CHIP 10W 1608 R81 218 692 11 s RESISTOR CHIP 1 0K 1 16W 1608 R22 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R82 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R23 216 818 11 s RESISTOR CHIP 560 1 10W 1608 R83 218 693 11 s RESISTOR CHIP 1 1K 1 16W 1608 R24 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R25 216 829 11 s RESISTOR CHIP 4 7K 1 10 1608 R84 218 704 11 s RESISTOR CHIP 3 3K 1 16W 1608 R85 218 704 11 s RESISTOR CHIP 3 3K 1 16W 1608 R26 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R86 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R27 216 829 11 s RESISTOR CHIP 4 7K 1 10W 1608 R89 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R28 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R90 218 684 11 s RESISTOR CHIP 470 1 16W 1608 R29 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 R30 216 829 11 s RESISTOR CHIP 4 7K 1 10W 1608 R91 218 694 11 s RESISTOR CHIP 1 2K1 16W 1608 R92 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R31 216 839 11 s RESISTOR CHIP 33K 1 10W 1608 R93 218 672 11 s RESISTOR CHIP 150 1 16W 1608 R32 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R94 218 708 11 s RESISTOR CHIP 4 7K 1 16W 1608 FWD 50PX1 B BOARD Ref No or Q ty Part No R95 R96 R97 R98 R99 00 01 02 03 04 29 UJ UJ UJ HI 05 06 07 08 09 UJ UJ UJ HI 10 12 13 18 19 29 UJ UJ UJ HI 20 21 22 23 24
95. 08 R3092 218 867 11 s RESISTOR CHIP 6 8K 1 10W 1608 R3031 216 805 11 s RESISTOR CHIP 47 1 608 R3093 218 869 11 s RESISTOR CHIP 8 2K 1 10W 1608 R3032 216 805 11 s RESISTOR CHIP 47 1 608 R3094 218 839 11 s RESISTOR CHIP 470 1 10W 1608 R3033 216 805 11 s RESISTOR CHIP 47 1 608 R3034 216 805 11 s RESISTOR CHIP 47 1 608 R3095 218 825 11 s RESISTOR CHIP 120 1 10 608 R3035 216 805 11 s RESISTOR CHIP 47 1 608 R3096 218 825 11 s RESISTOR CHIP 120 1 10 608 R3097 218 839 11 s RESISTOR CHIP 470 1 10 608 R3036 216 805 11 s RESISTOR CHIP 47 1 608 R3098 218 867 11 s RESISTOR CHIP 6 8K 1 10W 1608 R3038 216 864 11 s CONDUCTOR CHIP 1608 R3099 218 871 11 s RESISTOR CHIP 10K 1 10 608 R3039 216 864 11 s CONDUCTOR CHIP 1608 R3041 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3100 216 845 11 s RESISTOR CHIP 10 10 1608 R3042 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3101 216 827 11 s RESISTOR CHIP 3 3K 1 10W 1608 R3102 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 R3043 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3103 216 827 11 s RESISTOR CHIP 3 3K 1 10W 1608 R3044 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R3104 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 R3045 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3046 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3105 218 825 11 s RESISTOR CHIP 120 1 10 608 R3047 216 811 11 s RESISTOR CHIP 150 1 16W 1608 R3106 218 839 11 s RESISTOR CHIP 470 1 10 608 R3107 218 867 11 s RE
96. 08 5 RESISTOR CHIP 47K 1 10W 1608 5 RESISTOR CHIP 3 3K 1 10W 1608 s RESISTOR CHIP 330 1 10W 1608 s RESISTOR CHIP 47K 1 608 5 RESISTOR CHIP 47K 1 10W 1608 s CONDUCTOR CHIP 1608 5 RESISTOR CHIP 3 3K 1 10W 1608 s RESISTOR CHIP 330 1 10W 1608 s CONDUCTOR CHIP 1608 s RESISTOR CHIP 330 1 10W 1608 5 RESISTOR CHIP 47K 1 10W 1608 5 RESISTOR CHIP 47K 1 10W 1608 S RESISTOR CHIP 1 10 1608 s RESISTOR CHIP 100 1 10W 1608 5 RESISTOR CHIP 47K 1 10W 1608 RESISTOR CHIP 47K 1 10W 1608 S RESISTOR CHIP 1 10 1608 s RESISTOR CHIP 100 1 10W 1608 5 RESISTOR CHIP 47K 1 10W 1608 RESISTOR CHIP 47K 1 10W 1608 S RESISTOR CHIP 1 10 1608 s RESISTOR CHIP 100 1 10W 1608 s CONDUCTOR CHIP 1608 s RESISTOR CHIP 10 10 1608 s RESISTOR CHIP 10 10 1608 VARISTOR CHIP s VARISTOR CHIP s VARISTOR CHIP SP Description s FFC CONNECTOR ASSY 30P s LVDS CONNECTOR ASSY 31P s CONNECTOR ASSY 12P s CONNECTOR ASSY Hl s 10P DFCONNECTOR ASSY S MAIN HARNESS ASSY 6 4 Packing Materials amp Supplied Accessories Ref No or Q ty Part No SP Description 1 478 917 11 s COMMANDER RM 980C 9 885 014 97 5 0065 1 469 241 11 s CORE FERRITE 8 2 148 132 01 BAG PROTECTION 2 176 804 01 s MANUAL INSTRUCTION JAPANESE ENGLISH FRENCH GERMAN SPANISH ITALIAN SIMPLIFIED CHINESE 6pcs 2 176 808 01 o
97. 0W 1608 R1034 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R614 216 801 11 RESISTOR CHIP 22 1 10W 1608 R1035 216 833 11 s RESISTOR CHIP 10K 1 10 608 R615 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1036 216 833 11 s RESISTOR CHIP 10K 1 10 608 R616 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1037 216 864 11 s CONDUCTOR CHIP 1608 R620 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R1038 218 871 11 s RESISTOR CHIP 10K 1 10 608 R621 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1041 216 805 11 RESISTOR CHIP 47 1 10W 1608 R622 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1044 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R623 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1045 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R624 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1046 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R625 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R1047 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R626 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R1048 216 837 11 s RESISTOR CHIP 22K 1 16W 1608 R627 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R1050 216 864 11 s CONDUCTOR CHIP 1608 FWD 50PX1 B BOARD Ref No or Q ty Part No R1052 216 864 R1053 216 864 R1056 216 864 R1061 216 825 R1062 216 825 R1068 216 838 R1069 216 833 R1072 216 864 81073 216 864 R1210 216 805 R1218 218 740
98. 1 A B D E F G H TX24 40R LT H1 U1 FWD 50PX1 023 16V U1 FWD 50PX1 GND 3 215951001 A001 Mount Mecha GND 7 e ZE S 22 Ik amp 2 gt _ 2 s 5 55955 Z 5 5 5 5 5 5 5 5 5 2 gt gt x x 2 2 0 2 5 2 5 5 25 5 e 552 _ Be gr S o T a 2 gt gt a Sc GUI lt gt 2 a S 5 S o ka N WE a Sa nebo SE Bull e a Sz a a 2 55 E S a Er T a ee zh a s cc lt gt Sco ESSL Bees cod
99. 1 10W 1608 61 1608 010 1608 OW 1608 1608 29 22299 UO UO 00 UO a H 52 na lt gt RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 51 1 16W 1608 CONDUCTOR CHIP 1608 P 1 8K 1 108 1608 RESISTOR CHIP 1 8K 1 10W 1608 RESISTOR CHIP 1 8K 1 10W 1608 RESISTOR CHIP 1 8K 1 10W 1608 CONDUCTOR CHIP 1608 RESISTOR METAL 43K 1 16 RESISTOR CHIP 10K 1 10W 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 15K 1 10W RESISTOR CHIP 220 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 1 2K 1 10W 1608 RESISTOR CHIP 1 8K 1 10W 1608 B BOARD Ref No or Q ty Part No R256 R257 R258 R260 R261 R262 R263 R265 R266 R269 R271 R272 R273 R274 R275 R276 R277 R279 R280 R281 R282 R283 R284 R285 R286 R287 R288 R289 R290 R291 R292 R293 R294 R295 R296 R298 R299 R301 R302 R303 2 2 2 2 2 2 52 2 gt 2 2 2 2 2 22 2 2 2 2 2 2 22 2 2 2 22 2 2 2 2 2 2 32 2 2 2 2 2 2 2 2 22 2 2 2 2 2 2 22 2 2 2 2 2 2 2 2 52 6 809 6 839 6 836 6 813 6 809 6 821 8 692 6 821 8 690 6 821 6 81
100. 11 s R13 216 864 11 s R14 216 864 11 s R16 216 841 11 s R18 216 853 11 s R22 216 853 11 s R23 216 821 11 5 R24 216 809 11 s R25 216 809 11 s Description MOUNTED CIRCUIT BOARD 01 CAPACITOR CERAMIC 0 01MF 25V B CAPACITOR CERAMIC 1MFB 2012 CAP ELECT 47MF 10V CAPACITOR CHIP CERAMIC 0 1MF CAP ELECT 47MF 10V CAPACIT 1MFB 2012 01MF 25V B 0 01MF 25V B 0 01MF 25V B 0 01MF 25V B 29 e 0 01MF 25V B 0 47MF 10V 22MF B1608 0 22MF 1608 LECT 47MF 16V CHIP OOOOO Ca 29 te i LECT 47MF 16V CHIP CONNECT CONNECT CONNECT R ROUND TYPE SVIDEO R ROUND TYPE SVIDEO R BOARD TO BOARD 40P ooo OD OD D 012108 DIOD D D 012108 012108 012108 012108 OD OD bi 0100 DIOD DIOD 195362 TE85L 195362 TE85L 195362 TE85L bi FERRITE EMI SMD JACK PIN 2P TRANSISTOR 28C1623 L516 TRANSISTOR 25 1623 1516 TRANSISTOR 25 1623 1516 TRANSISTOR 28C1623 L516 TRANSISTOR 28C1623 L516 RESISTOR CHIP 75 1 16W 1608 RESISTOR CHIP 75 1 16W 1608 RESISTOR CHIP 75 1 16W 1608 CONDUCTOR CHIP 1608 CONDUCTOR
101. 13006 412 029 11 s CHIP INDUCTOR 1004 3225 PS3000 A 1 576 122 21 s CIRCUIT PROTECTOR 0 4A IC LINK PS3001 A 1 576 122 2 CIRCUIT PROTECTOR 0 4 LINK 03001 6 550 014 01 s TRANSISTOR SSM6N15FU TE85R 03002 6 550 014 01 s TRANSISTOR SSM6N15FU TE85R 03003 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 03004 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 03005 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 03006 8 729 928 81 s TRANSISTOR 144 03009 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R 03010 8 729 927 99 s TRANSISTOR 2SC4617R 03011 8 729 041 37 s TRANSISTOR 257377 TE16L Q3017 8 729 928 81 s TRANSISTOR DTC144EE FWD 50PX1 0 BOARD 0 BOARD 1161 Ref No or Q ty Part No SP Description or Q ty Part No SP Description 03019 8 729 216 22 s TRANSISTOR 2SA1162 G R3054 216 805 11 s RESISTOR CHIP 47 1 10W 1608 03021 8 729 928 81 s TRANSISTOR DTC144EE R3055 216 805 11 s RESISTOR CHIP 47 1 10W 1608 03024 8 729 120 28 s TRANSISTOR 2SC1623 L5L6 R3056 216 805 11 s RESISTOR CHIP 47 1 10W 1608 03025 8 729 120 28 s TRANSISTOR 25 1623 1516 R3057 216 805 11 s RESISTOR CHIP 47 1 10W 1608 03029 8 729 928 81 s TRANSISTOR DTC144EE R3058 216 864 11 s CONDUCTOR CHIP 1608 03030 8 729 927 99 s TRANSISTOR 2SC4617R R3059 216 864 11 s CONDUCTOR CHIP 1608 03032 8 729 928 27 s TRANSI
102. 146 R 2SA1462 Y33 2SA1462 T1Y33Y34 2SA1774R 2SA1774TL QR 2SB709A QRS TX 2SC1623 L5L6 2SC2412K T 146 QR 2SC4617R 2SC4617TL QR 2SJ377 TE16L G 0 5 DTA144EE DTA144EE TL DTC144EE DTC144EE TL OUT IN GND DTC114EU DTC114EUA T106 OUT IN GND 155387 012108 MA2S111 K8 UDZSTE 1710B UDZS TE1712B UDZS TE17 33B UDZSTE 174 7B ANODE CATHODE 02CZ12 TE85L 155184 DAN202K DAN202K T 146 MA151WK TX 23 X 1SS362 TE85L 155226 MA157 TX DAP222 DAP222 TL MA3130WA TX DTZ10B MA111 TX MA113 TX RD5 6SB T1 ANODE CATHODE HN1D03FU TE85L HN1D03FU TE85R MA3075WA TX 3 2 1 3 1 MTZJ4 7C MTZJ T 77 4 7B s CATHODE ANODE NSGO3A06 TE16L ANODE CATHODE SSM6N15FU TE85R UDZS TE17 5 6B ANODE CATHODE FWD 50PX1 6 1 1 Section 6 Spare Parts Notes on Repair Parts Safety Related Components Warning Components marked critical to safe operation Therefore specified parts should be used in the case of replacement Standardization of Parts Some repair parts supplied by Sony differ from those used for the unit These are because of parts common ality and improvement Parts list has the present standardized repair parts Stock of Parts Parts marked with o at SP Supply Code column of the spare parts list may not be stocked Therefore the delivery date will be delayed Harnes
103. 1608 R1002 216 809 11 s RESISTOR CHIP 1 10W 1608 R435 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R1003 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R440 218 867 11 s RESISTOR CHIP 6 8K 1 10W 1608 R1004 216 809 11 s RESISTOR CHIP 1 10W 1608 R441 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R1005 216 809 11 s RESISTOR CHIP 1 10W 1608 R442 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R1006 216 809 11 s RESISTOR CHIP 1 10W 1608 R443 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R1007 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R444 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R1008 216 833 11 s RESISTOR CHIP 10K 1 10 608 R445 216 821 11 s RESISTOR CHIP 1 0K 1 10W 1608 R1009 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R446 218 899 11 s RESISTOR CHIP 150K 1 10W 1608 R1010 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R447 216 827 11 RESISTOR CHIP 3 3K 1 10W 1608 R1011 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R448 216 827 11 s RESISTOR CHIP 3 3K 1 10W 1608 R1013 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R449 216 827 11 s RESISTOR CHIP 3 3K 1 10W 1608 R1015 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R450 216 826 11 s RESISTOR CHIP 2 7K 1 10W 1608 R1016 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R451 216 829 11 s RESISTOR CHIP 4 7K 1 10W 1608 R1017 216 838 11 s RESISTOR CHIP 27K 1 10W 1608 R452 216 829 11 s RESISTOR CHIP 4 7K 1 10W 1608 R1018 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R453 216 829 11 s RESISTOR CHIP 4
104. 1610 22 1 100 i PULSE AW gt 8612 22 1 108 CHIP 8 TO 1 8 PIFLD gt AM 5 8613 22 1 168 AO 614 22 1 168 CHIP 609 m M 0605 0 1 16V m R620 10k 1 168 CHIP 5 BLO nm 2 AS M 88601 M AS 1 A6 M BLA kan M 815 18 88602 Ag 4714 BLT ie gt MO s 91 8 ase 22 E E SS 2959 ESu g95su9ss325gz sf5z2 5 SESE 5 5 5 5 5 EEE EHE SEE s GND NNN NNN N NNN NNN N NNN NNNNA NN NNN NNN NNN NNN N NNN NN NNN 1 TP612 e i 1 i 1 s 0608 gs 0610 E Nt 0010 5 1 16 B CHIP a RB610 ke CHIP B CHIP 5 44 ES 8628 2 3 gt 10 88605 RB611 12161 7x4 5 CHIP TER ETEL PEE dll 117 DID PERE IP m 88603 88604 88608 88607 88608 88609 474 nn 474 4714 47x4 4714 S S 5 5 5 al S 5 5 5 5 S S 5 a a al E E M x 510 5 EH RS a7 SN OP EIN Fei TO 1 8 mu g mooo 4 lt AM lt PICLK R611 22 1 168 CHIP 7 8 2
105. 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C432 109 982 11 s CAPACITOR CHIP CERAMIC 1MF 10V C244 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C433 107 826 11 s CAPACITOR CHIP CERAMIC F C245 109 982 11 s CAPACITOR CHIP CERAMIC 1MF 10V C434 107 826 11 s CAPACITOR CHIP CERAMIC F C247 165 872 21 s CAPACITOR SOLID ELECT 47MF C435 109 982 11 s CAPACITOR CHIP CERAMIC 1MF 10V C249 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C436 107 826 11 s CAPACITOR CHIP CERAMIC F C250 107 826 11 s CAPACITOR CHIP CERAMIC F C437 107 826 11 s CAPACITOR CHIP CERAMIC F C251 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C438 107 826 11 s CAPACITOR CHIP CERAMIC F C252 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C439 107 826 11 s CAPACITOR CHIP CERAMIC F C253 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C440 107 826 11 s CAPACITOR CHIP CERAMIC F C254 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C441 107 826 11 s CAPACITOR CHIP CERAMIC F C255 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C442 107 826 11 s CAPACITOR CHIP CERAMIC F C256 107 826 11 s CAPACITOR CHIP CERAMIC F C443 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C257 107 826 11 s CAPACITOR CHIP CERAMIC F C444 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C258 107 826 11 s CAPACITOR CHIP CERAMIC F C445 115 566 11 s CAPACITOR CERAMIC 4 7 B 6 3V C259 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C446 115 566 11 s CAPACITOR CERAMIC 4 7MF B 6 3V C260 109 982 11 s CAPACITOR CHIP CERAMIC 1MF 10V C447 162 970 11 s CAPACITOR CER
106. 16W 1608 0410 8 729 927 99 s TRANSISTOR 2SC4617R R47 218 716 11 s RESISTOR CHIP 10K 1 16 1608 0411 8 729 928 19 s TRANSISTOR 2SA1774R R48 216 818 11 s RESISTOR CHIP 560 1 10W 1608 0412 8 729 928 19 s TRANSISTOR 2SA1774R R49 216 809 11 s RESISTOR CHIP 10W 1608 0413 8 729 928 19 s TRANSISTOR 2SA1774R R50 216 809 11 s RESISTOR CHIP 10W 1608 0414 8 729 928 19 s TRANSISTOR 2SA1774R R51 216 815 11 s RESISTOR CHIP 330 1 10W 1608 0415 8 729 928 19 s TRANSISTOR 2SA1774R R52 216 819 11 s RESISTOR CHIP 680 1 10W 1608 0416 8 729 928 81 s TRANSISTOR DTC144EE R53 216 809 11 s RESISTOR CHIP 10W 1608 0417 8 729 928 81 s TRANSISTOR DTC144EE R54 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 0418 8 729 928 81 s TRANSISTOR DTC144EE R55 216 818 11 s RESISTOR CHIP 560 1 10W 1608 0419 8 729 928 81 s TRANSISTOR DTC144EE R56 216 821 11 s RESISTOR CHIP 10 1608 01001 8 729 927 99 s TRANSISTOR 2SC4617R R57 218 700 11 s RESISTOR CHIP 2 2K 1 16W 1608 01002 8 729 928 19 s TRANSISTOR 2SA1774R R58 216 845 11 s RESISTOR CHIP 10 10W 1608 R59 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R60 218 724 11 s RESISTOR CHIP 22K 1 16 1608 R2 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R61 218 698 11 s RESISTOR CHIP 1 8K 1 16W 1608 R3 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R62 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R4 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R5 216 864 11 s CONDUCTOR CHIP 1608 R64 216 825 11 s RES
107. 2 402 2 10208 B 3 IC1016 E 2 014 B 2 0206 B 3 0412 TP403 3 0403 D IC209 B 3 TERO TIRE 015 Eg 0207 B 3 Q413 TP608 E 2 D1002 Ex 1640 C 161019 D 016 0208 2 0414 SCH TP609 E 2 D1003 G 16402 D IC1020 F 017 B 1 0209 0415 TP61 E 2 D1004 E 1 403 2 IC1205 3 018 B 2 0210 B 2 0416 D 2 TP612 E 2 21005 IC404 D IC7001 H 3 019 B 1 0211 B 3 0417 D 2 TP613 E 2 21006 1405 C 167002 6 3 020 2 0212 B 3 0418 2 TP614 E 2 D1007 F IC406 D 2 IC7003 G 021 B 1 0213 B 3 0419 C TP615 E 2 1660 D 2 IC7026 H 022 2 0214 2 01001 D 1580 F 2 ICI A 2 IC603 E 3 IC7101 H 023 72 0215 2 01002 D 802 F 2 IC2 B 2 IC604 D 2 024 GE2 0216 B 3 TP803 F 2 163 B IC80 01 2 025 G 2 Q217 B 3 TP A 2 TP804 G 2 164 B IC802 F 2 Q2 A 2 026 C 2 0218 B 2 TP2 A 2 TP805 G 3 1 5 2 IC803 F 2 03 027 2 0401 D 1 TP3 B 2 IC6 B IC804 G 04 2 028 2 0402 154 2 IC1003 G 05 2 029 2 0403 D 1 TP5 B 2 IC8 A IC1004 E Q6 B 2 030 0404 D 1 TP6 B 2 IC9 A 2 IC1005 E Q7 Be Q31 0405 D 1 TP7 B 2 IC201 C 3 IC1006 E Q8 B 032 TOC 0406 TP8 B 2 1C202 D 3 IC1007 D Q9 2 033 To 0407 KC TP9 B 2 IC204 D 3 IC1009 F 010 B 0201 C 3 Q408 e TP201 A 3 IC205 A 3 IC1010 E 2 011 B 0203 A 3 0409 EO TP202 B 3 9 2 9 2 FWD 50PX1
108. 2 03043 D 3 ET T cNs014 na o S Guo 3098032077 D3044 D 3 25 5 1 854 066 11 e SETA Bos og C3116 cpi SS 121212 83081 py Ph 4 Be a T 83172 I 53 3 3 3 TE 8212 Z za 23050 D 4 18978 se 88 Ta 28574 25 23051 D 4 103088 283115 2 I 3217 SONY 25200 LEE a dm 1 R3227 a plul e 828 243006 GREENS ln Q R3233 poboje 3057 iil BE SS OSES 23054 D 4 gt 22 85067 M CN3000 BI cag 9 553 23055 E 4 23056 E 4 63 J 23057 E 4 TERAN gt 23060 D 4 23061 D 4 B 23062 4 Jr 88047 03063 1 13043 ABE 8 z 1 83041 0306518321 85124 23064 1 ERAS 3065 1 T i 3066 D 1 FB3001 23067 3 03068 A 4 7 1783126 D3069 A 4 40802 83123 A D3070 C 4 85050 D3071 C 4 PREJE ovo 030142 S 030135 350028 830181 M IC3001 B 4 24 lS az mi 2 1C3002 4 2 gt 318283160 205181 1C3003 C 3 35293034 a 1 158 2 5 163004 3 E LES 103005 c 3 308 3007 2 peg ac 3194 83158 T IC3006 B 3 EH 853000 288 Rs T 4 n 4 IC3007 B 2 1 2 8 Boss 1783198 ES 1C3008 B 1 b 5086
109. 2 54 33 53235 5 1 ee 55322353 10 5 8 080 a ge Z 242422 eee 4345 31 31 S S 5 UM XN TO 5 8 8 5 8 2 2 FWD 50PX1 8 3 8 3 A B C D E F G 3 8 3 8 AN 5123 9 L207 VEHI 4 0204 VEH2 0 1 0208 10 4 8 HH 2504617 2804617 7 s tt AN 100 R245 8252 9210 6 3V 220 1 2k 0247 2504617 5V 3 ALCP 4203 1 188 1 16 Bur 9 7075 88202 AER AW RATA 88201 1 160 MI 47 88203 CHIP 4714 C218 6220 47 1 6240 0242 R260 R264 ey 45 Aw vh 2 B CHIP AL CP ne AM 8237 4 1 168 I R276 16V nees 100 0207 0311 TAM 2504617 CHIP 2541774 BUF mn 8282 680 6 8k D2 1 16W 1 16W AN OP CHIP Dt Q205 00 2 1774 BUF 23 BYPASS VALJI 4 0000 LALI R268 NA gt 0 00 H 16208 D vec d TC4W53FU MULTIPLEXER FSC B CHIP NA 1 TO 4 8 NT PAL gt PAL NTSC 900 0212 COMB BPF r4 E 6235 lt COM Y TO 6 8 B CHIP da ih 8 CHIP AM R248 Ae
110. 25V B C 0 1MF C 0 1MF 6 3V 105 C 0 1MF 16V CHIP PF 50V CH 6 3V 105 ooo dag OME 6 3V Ka CI OO o d FWD 50PX1 B BOARD B BOARD Ref No Ref No or Q ty Part No SP Description or Q ty Part No SP Description C234 109 982 11 s CAPACITOR CHIP CERAMIC 1MF 10V C422 107 826 11 s CAPACITOR CHIP CERAMIC F C235 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C423 107 826 11 s CAPACITOR CHIP CERAMIC F C236 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C424 107 826 11 s CAPACITOR CHIP CERAMIC F C237 126 392 11 s CAPACITOR CHIP ELECT100MF 6 3V C425 107 826 11 s CAPACITOR CHIP CERAMIC F C238 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C426 107 826 11 s CAPACITOR CHIP CERAMIC F C239 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C427 107 826 11 s CAPACITOR CHIP CERAMIC C240 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C428 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C241 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C429 115 670 11 s CAPACITOR ELECT 220MF 35V CHIP C242 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C431 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C243
111. 318 O BOARD 4 UARTRX 18 wsramus 3 A H STATUS l CN3002 8 CONTROL 1 3 VSTATUS 1 VSIATIS RGB3 65 129 4683 161002 INPUT SEL 14 INPUT SEL 5 03009 3 3 3N 4 LPF SW 7 OPTX na ssis A MUTE 16 12 AUDIO MUTE 814 OPTION 5 13 LINE MUTE A8 282C SHON 5N 6 2 1 1 V BLK gt 80 SIRCS 18 lt 3 SIRCS 7 11016 a SENS O SENSE PDP STATUS 6 PDP CONTI 86 STBYSV 09308 8551 CN3003 CN3002 4 4 POWER LED RED 6 ts 6 0 LED RED Tum 5 RED TU RX 60 2 50 00 810 TU CLK 69 43 uA 5 LED GREEN 5 LEDA 99 LED GREEN RST 84 45 RESET 12 POWER SW Ce VID YUV 43 CC 1 8 PIC AGC 45 AGC SW 13 CONTROL 5 8 51 12 RECEIVER SYNC SW 40 SWCSW 18 64 506 1 3 4 506 63 506 DUTY2 1 3 CN3007 FAN DRV 2 rane FANFB 5 FANDRV 1 SWITCH FANLIMIT 101010 FANI 2 mE 2307 SYSTEM RESET p SYS RESET 23 24 FANDRIVE 24 9 13 lt sc cs td 0650 23 FAN2 FANDRV 4 ae Kino 5 SC PLL sw 19 gt icon SCPLL 28 6 12 18 12 m 1 103023 4W SRXAW 23 FAN3 EG T 1 S E 8 FANS 9 26 FAN DETECT FAN DETECT 26 69 FAN DET 101010 FANDRV 10
112. 403 125 898 91 s C CAP 0 22 50 2 C463 137 993 11 s CAPACITOR CHIP ELECT 470MF C404 125 898 91 5 C CAP 0 22 50 4 C464 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C405 125 898 91 s C CAP 0 22 50 z C465 164 227 11 s CAPACITOR CERAMIC 0 022MF 25V C406 125 898 91 s C CAP 0 22 50 2 C466 164 227 11 s CAPACITOR CERAMIC 0 022MF 25V C407 110 501 11 s CAPACITOR CERAMIC 0 33MF 16V C467 164 227 11 s CAPACITOR CERAMIC 0 022MF 25V C408 162 927 11 s CAPACITOR CERAMIC 100PF 50V CH C468 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C409 125 898 91 s 0 22 50 2 C469 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C410 125 898 91 s C CAP 0 22 50 2 F C604 107 826 11 s CAPACITOR CHIP CERAMIC F call 162 927 11 100PF 50V CH C605 107 826 11 s CAPACITOR CHIP CERAMIC F C412 125 898 91 s C CAP 0 22 50 z C606 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C413 125 898 91 s C CAP 0 22 50 2 F C607 107 826 11 s CAPACITOR CHIP CERAMIC F C414 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C608 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C415 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C609 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C416 115 670 11 s CAPACITOR ELECT 220MF 35V CHIP C610 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C417 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C611 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C418 107 826 11 s CAPACITOR CHIP CERAMIC F C612 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C41
113. 5 764 150 764 69 8 5 164 8 719 8 719 8 719 8 719 8 719 7 9 7 9 1 9 1 9 1 9 576 516 516 516 400 400 414 414 414 414 216 216 216 414 414 414 414 414 414 469 414 233 233 233 239 234 8 759 8 752 8 759 8 759 8 752 8 752 8 759 209 2 992 1 81 2 889 2 339 2 80 2 946 4 79 2 635 2 78 1 591 1 56 23 421 59 604 1 788 2 604 1 188 2 392 2 392 2 234 921 9212 235 22 864 864 864 864 445 864 864 864 864 379 864 505 2 505 2 505 2 558 1 177 1 443 08 107 30 082 6 638 04 053 2 390 35 533 85 Qo o XQ XQ XQ o nn Qo ANNAN o S De CJ CJ CJ CJ CZ CJ CJ CJ CJ CZ FI FI FI FI FI IC IC IC IC IC IC IC Scription COATING LEAD CONNECTOR PC BOARD CONNECTOR PWB 8P CONNECTOR PC BOARD CONNECTOR PC BOARD NECTOR FFC FPC 30P CONNECTOR PC BOARD NECTOR 3P CONNECTOR PC BOARD CONNECTOR PC BOARD CONNECTOR PC BOARD CONNECTOR 8P SMD NECTOR BOARD TO WIRE CONNECTOR PC BOARD A2 A2 ODE DAN202K ODE DAN202K ODE MA2S111 K8 hi A25111 K8 HNIDO3FU TE85
114. 5 CAPACITOR CHIP ELECT100MF 6 3V CAPACITOR CERAMIC 0 01MF 50V CAPACITOR CERAMIC 1MFB 2012 CAPACITOR CERAMIC 0 01MF 50V PLUG CONNECTOR 3P LM35D2 IC UPC358G2 E2 RESISTOR CHIP 100 1 10W 2012 RESISTOR CHIP 2 2K 1 100 2012 RESISTOR CHIP 6 8K 1 10W 2012 RESISTOR CHIP 1K 1 10W 2012 Description MOUNTED CIRCUIT BOARD SP PIN CONECTOR 4P INDUCTOR EMI FERRITE 2012 INDUCTOR EMI FERRITE 2012 INDUCTOR EMI FERRITE 2012 INDUCTOR EMI FERRITE 2012 FILTER EMI ZJY51R5 4P TERMINAL BOARD Ref No or Q ty Part No SP 106 1063 069 Cl 162 970 11 s C2 127 573 11 s C3 128 994 11 5 C4 107 826 11 s C5 128 994 11 s C6 127 573 11 5 CI 162 970 11 s 69 162 970 11 5 C10 162 970 11 s C12 162 970 11 s C13 162 970 11 s C19 125 891 11 s C21 127 115 11 s C22 127 715 11 s C23 126 204 11 s C24 126 204 11 s CNI 793 303 11 o CN2 193 303 11 o CN3 194 223 11 0 01 8 719 977 28 5 02 8 719 977 28 5 D3 8 719 977 28 s D4 8 719 977 28 5 05 8 719 977 28 5 021 8 719 024 71 5 022 8 719 024 71 5 023 8 719 024 71 5 1 1 414 445 11 5 2 1 794 623 11 01 8 729 120 28 02 8 729 120 28 04 8 729 120 28 06 8 729 120 28 07 8 729 120 28 R1 218 285 11 s R2 218 285 11 s R3 218 285 11 s R4 216 864 11 s R5 216 864 11 s R6 216 864 11 s R7 216 864 11 s R8 216 864 11 s R9 216 864 11 s R10 216 864 11 s R11 216 864 11 s R12 216 864
115. 5 11 CAPACITOR CHIP CERAMIC 2 2MF C3208 124 778 00 s CAPACITOR ELECT 22MF 6 3V C3143 164 505 11 CAPACITOR CHIP CERAMIC 2 2MF C3209 126 204 11 s CAPACITOR ELECT 47MF 16V CHIP 3144 162 927 11 s CAPACITOR CERAMIC 100PF 50V CH C3210 126 204 11 s CAPACITOR ELECT 47MF 16V CHIP C3145 162 927 11 s CAPACITOR CERAMIC 100PF 50V CH C3211 126 204 11 s CAPACITOR ELECT 47MF 16V CHIP C3147 107 884 11 s CAPACITOR ELECT 1000MF 16V C3212 124 779 00 s CAPACITOR ELECT 10MF 16V C3148 107 884 11 s CAPACITOR ELECT 1000MF 16V C3213 124 779 00 s CAPACITOR ELECT 10MF 16V C3150 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3214 127 573 11 s CAPACITOR CERAMIC 1 2012 C3151 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3215 121 513 s CAPACITOR CERAMIC 1MFB 2012 C3152 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3216 124 779 00 s CAPACITOR ELECT 10MF 16V C3153 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3217 124 779 00 s CAPACITOR ELECT 10MF 16V C3154 115 339 11 s CAPACITOR CERAMIC 0 1MF 50V C3218 126 205 11 s CAPACITOR ELECT 47 6 3 C3155 115 339 11 s CAPACITOR CERAMIC 0 1MF 50V C3219 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C3157 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3220 126 206 11 s CAPACITOR ELECT 100MF 6 3V C3158 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3221 126 206 11 s CAPACITOR ELECT 100MF 6 3V C3159 107 884 11 s CAPACITOR ELECT 1000MF 16V C3222 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C3160 107 826 11 s CAPA
116. 6 PFM 852x480 60 852 x 480 Progressive 33 740 31 469 PFM 1024x1024 60 1024 x 1024 Progressive 85 050 67 500 PFM 2 16 1280x768 56 1280 x 768 Progressive 77 040 45 000 FWD 50PX1 Vertical lines Format Flag Default Data 3 INT G EXT H V Position Width Frame PLL Interface IP Pic Mode COLOR TOTAL ACTIV or CS POLARITY Lock Enable Converter MATRIX YES P N NDARD YES P N NDARD YES N P NDARD YES N N NDARD YES N N NDARD YES N N NDARD YES N N NDARD YES N N NDARD YES N P NDARD YES N P NDARD NO NDARD YES N N NDARD YES N N NDARD YES N N NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES N N NDARD NO NDARD YES N N NDARD YES N N NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES N N NDARD YES P P NDARD YES P P NDARD YES P P NDARD YES N N NDARD YES P P NDARD YES N N NDARD YES P P NDARD YES P P NDARD YES N P NDARD YES P P NDARD 00 00 OO 2 3 3 2 3 3 3 3 2 3 3 3 3 8 2 4 6
117. 6 8 688 8 712 6 809 6 809 6 809 6 855 6 823 6 809 6 823 8 867 6 825 6 821 8 684 6 815 6 839 6 836 8 108 6 821 6 821 8 686 8 684 8 688 8 120 6 809 6 809 6 821 6 809 6 817 6 817 6 817 6 823 6 823 6 823 6 823 6 827 6 864 6 864 6 845 8 703 8 690 6 864 8 690 8 690 6 805 6 809 6 809 6 817 6 817 o o o o o o o o o o o o o o o o o o o Qo SP Description RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 33K 1 10W 1608 RESISTOR CHIP 18K 1 608 RESISTOR CHIP 220 1 608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 1 0K 1 608 RESISTOR CHIP 1 0K 1 16W 1608 RESISTOR CHIP 1 608 RESISTOR CHIP 820 1 16W 1608 RESISTOR CHIP 1 0K 1 608 RESISTOR CHIP 390 1 608 RESISTOR CHIP 680 1 16W 1608 RESISTOR METAL 6 8K 1 16W RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 680K 1 10W 1608 RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 6 8K 1 10W 1608 RESISTOR CHIP 2 2K 1 10W 1608 RESISTOR CHIP 1 0K 1 10W 1608 RESISTOR CHIP 470 1 16W 1608 RESISTOR CHIP 330 1 10W 1608 RESISTOR CHIP 33K 1 10W 1608 RE
118. 774 RIO 3 9k 0 160 CHIP 5 AS VEA 470 100 vi g e 2804617 03 0 022 25V 3 R112 4 FID 0 1 ut 8 m T B 1 AW 4 01 die M 034 R107 my tH 155987 016144 s 1 47 JET in n 16v 4 si Mec QW fO vw i stile um DT MEC qm eem CHIP 5 5 k CHIP EIE 5 2 25V 1 16 dea B CHIP RN CP TET 5 MS PICAGC SW TO 4 8 iW n Z E 5 CHIP 5 Je 1 506 TO 7 8 AR Li 1 Ce 1 012 100 100 6 3V CHIP 6 3 AL CP gt 106 7 mo AL CP 8 CXD2057M L AUTO WIDE Aue ei R52 2804617 3 2587094 586 TL BUF 7 17100 14 318MKz CHIP Im 4 035 FL2 866 652 4 H355LNKT849 E 100 054 LPF 1 168 470 CHIP m CH CHIP vier 065 DEC_ENA CHIP Me RIT 4 8 6 98 448 820 100 gi 560 CHIP 1716W 1 180 1 Bi 2SM1037AK SUP NE CHIP le cowe Y 1 168 re HIP 047 1205 SHECHIR R96 100 1 168 CHIP DALIS 10 gt 1 188 R97 100 1 168 CHIP TO 3 8 4 8 6 8 di CHIP 09 2SMOSTAK 25B709A 1 188 u BUF in CHIP CHIP 28410374K 012 CHIP 855 2987094 560 ll BUF 1 168 CHIP MG COM Y 1 16 7 STBY 5 CHIP CN103 150 JA
119. 7K 1 10 1608 R1019 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R454 216 797 11 RESISTOR CHIP 10 1 10W 1608 R1020 218 675 11 s RESISTOR CHIP 200 1 16W 1608 R455 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R1021 218 703 11 s RESISTOR CHIP 3 16 1608 R456 216 843 11 s RESISTOR CHIP 68K 1 10W 1608 R1022 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R457 216 843 11 s RESISTOR CHIP 68K 1 10W 1608 R1023 216 821 11 s RESISTOR CHIP 1 10 1608 R458 216 843 11 s RESISTOR CHIP 68K 1 10W 1608 R1024 216 797 11 s RESISTOR CHIP 10 1 10W 1608 R459 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R1025 216 797 11 s RESISTOR CHIP 10 1 10W 1608 R460 216 830 11 s RESISTOR CHIP 5 6K 1 10W 1608 R1026 216 825 11 5 RESISTOR CHIP 2 2K 1 10W 1608 R604 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R1027 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R607 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R1028 216 197 11 s RESISTOR CHIP 1 10W 1608 R608 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1029 216 797 11 5 RESISTOR CHIP 1 10W 1608 R609 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R1030 216 833 11 RESISTOR CHIP 10K 1 10 608 R610 216 801 11 s RESISTOR CHIP 22 1 10W 1608 R1031 216 833 11 s RESISTOR CHIP 10K 1 10 608 R611 216 801 11 RESISTOR CHIP 22 1 10W 1608 R1032 216 845 11 s RESISTOR CHIP 100K 1 10W 1608 R612 216 801 11 RESISTOR CHIP 22 1 10W 1608 R1033 216 845 11 s RESISTOR CHIP 100K 1 10W 1608 R613 216 801 11 RESISTOR CHIP 22 1 1
120. 80 TP802 TP803 TP804 TP805 Xl X601 X801 X802 X1001 1002 50 1 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 535 757 539 157 535 757 535 757 535 757 535 757 535 757 535 757 335 757 535 757 535 757 181 914 2 160 502 195 283 22 181 519 2 161 365 2 579 886 1 181 659 1 ANNAN n n SP Description CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO CHIP CHECKER CO VIBRATOR CRYSTAL VIBRATOR CRYSTAL OSCILLATOR CRYSTA OSCILLATOR CRYSTA OSCILLATOR CRYSTA VIBRATOR CRYSTAL VIBRATOR CRYSTAL Li Li EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC EC TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR T
121. 80 72Hz VESA 640x480 75Hz VESA 640x480 85Hz 640 x 480 Progressive 25 175 31 469 Progressive 30 240 35 000 Progressive 31 500 37 861 Progressive 31 500 37 500 Progressive 36 000 43 269 4 0 VGA 720x400 70Hz a o VESA 720x400 85Hz 720 x 400 Progressive 28 321 31 469 Progressive 35 500 37 927 a a DATA 852x480 60Hz 852 x 480 Progressive 34 304 32 000 51 856x480 60Hz a 52 856x480 60Hz A 53 856x480 60Hz 856 x 480 Progressive 33 627 30 240 Progressive 31 500 30 057 Progressive 31 500 30 057 800x600 56Hz a 800x600 60Hz a N VESA 800x600 72Hz VESA 800x600 75Hz a co VESA 800x600 85Hz 800 x 600 Progressive 36 000 35 156 Progressive 40 000 37 879 Progressive 50 000 48 077 Progressive 49 500 46 875 Progressive 56 250 53 674 VESA 848x480 60Hz 848 x 480 Progressive 33 750 31 020 2 MAC 16inch 832 x 624 Progressive 57 285 49 724 SPECIAL 1024x576 60Hz 1024 x 576 Progressive 48 375 36 427 1024x768 60Hz
122. 826 37 993 07 826 26 391 65 585 2 62 927 62 927 62 927 62 927 62 927 62 927 25 891 31 661 27 692 26 392 62 967 62 964 64 505 07 826 07 826 26 392 07 826 26 392 07 826 26 391 26 391 15 670 62 970 26 392 62 964 62 970 07 826 07 826 26 391 07 826 26 394 62 915 26 391 62 915 07 826 07 826 07 826 07 826 07 826 07 826 26 392 07 826 07 826 SP o o o o o o o Qo o o o o o o o o Descr CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPAC CAPACIT CAPACIT CAPACIT CAPACIT CAPACIT CAPAC CAPAC CAPACIT CAPAC iption TOR CHIP TOR CHIP TOR CHIP TOR CHIP TOR ELECT TOR CHIP TOR CHIP TOR CHIP TOR CHIP TOR TOR TOR TOR TOR TOR TOR CERA TOR ELEC CHIP
123. 9 107 826 11 s CAPACITOR CHIP CERAMIC F C613 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C420 107 826 11 s CAPACITOR CHIP CERAMIC F C614 128 360 11 s CAPACITOR ELECT 220MF 10V CHIP C421 107 826 11 s CAPACITOR CHIP CERAMIC F C615 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF FWD 50PX1 B BOARD Ref No or Q ty Pa C616 C617 C618 C619 C620 C621 C624 C625 C626 C627 C628 C629 C630 C801 C802 C803 C804 C805 C806 C807 C808 C809 C810 C811 C812 C813 C814 C815 C816 C817 C818 C819 C820 C821 C822 C823 C824 C825 C826 C827 C828 C829 C830 C831 C832 C833 C834 C835 C836 C837 C838 C839 C840 C841 C842 C843 0844 C845 C846 6 10 rt No 28 304 28 304 1 826 26 392 1 826 1 826 1 826 28 360 1 826 1 826 15 412 1 826 62 964 26 391 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 1 826 o ANNAN Q Q ANNAN Q Q Q Qo o XQ Qo De Scr CAPAC CAPAC
124. 9 560 17 s IC RS5C348A E2 1004 8 759 648 10 s IC HD64F2633TE 011 8 729 927 99 s TRANSISTOR 2SC4617R 012 8 729 216 22 s TRANSISTOR 2541162 6 C1005 6 703 224 01 s IC S 80828CNNB B8NT2G 013 8 729 216 22 s TRANSISTOR 2SA1162 G 1006 8 759 058 62 s IC TC7508FU TE85R 014 8 729 216 22 s TRANSISTOR 2541162 6 C1007 6 702 688 01 s IC M24C64 WMNOT B 015 8 729 928 19 s TRANSISTOR 2SA1774R C1009 8 759 443 08 s IC TC7W241FU 128 1010 8 759 524 50 s IC TC74VHC541FT EL 016 8 729 928 19 s TRANSISTOR 2SA1774R 017 8 729 927 99 s TRANSISTOR 2SC4617R 1011 8 759 490 41 s IC TC7AVHCTO41AFT EL 018 8 729 928 81 s TRANSISTOR DTC144EE C1012 8 759 599 01 s IC 74 14 EL 019 8 729 928 19 s TRANSISTOR 2SA1774R 1016 8 759 277 63 s IC TCIWI4FU TE12R Q20 8 729 927 99 s TRANSISTOR 2SC4617R C1017 8 759 652 56 s IC 2 C1019 8 759 669 50 s IC SN74CBID3306PWR 12 Q21 8 729 927 99 s TRANSISTOR 2SC4617R Q22 8 729 927 99 s TRANSISTOR 2SC4617R C1020 6 704 319 01 s IC S 80842CNNB B83T2G 023 8 729 927 99 s TRANSISTOR 2SC4617R C1205 6 700 683 01 s IC MB90098APF A 130 BND ER Q24 8 729 927 99 s TRANSISTOR 2SC4617R 1001 6 700 592 01 s DS90C38TVJDX 025 8 729 927 99 s TRANSISTOR 2SC4617R C7002 6 701 680 01 s IC PST3629NR 7003 8 749 015 18 s IC PQ07VZ012P 026 8 729 927 99 s TRANSISTOR 2SC4617R 027 8 729 928 19 s TRANSISTOR 2SA1774R C7026 8 759 666 13 s IC PST9229NL Q28 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R C7101 6 804 668 01 s IC
125. ADF Ox1AEO0 to Ox1AFF Area 11 0x1B00 to Ox1B1F 0x1B20 to 0x1B3F 0x1B40 to 0x1B5F 0x1B60 to 0x1B7F Reserved Area 12 0x1B80 to 0x1B9F 0 1 to 0x1BBF Ox1BCO to 0x1BDF Ox1BEO to Ox1BFF Area 13 0x1C00 to Ox1C1F 0x1C20 to 0x1C3F 0x1C40 to 0x1C5F 0x1C60 to 0x1C7F 0x1C80 to 0x1C9F 0 1 to 0x1CC0 to 0x1CDF 0 1 to 0x1CFF 0 1000 to 0x1D1F 0x1D20 to 0x1D3F 0x1D40 to 0x1D5F 0x1D60 to 0x1D7F Area 16 0x1D80 to 0x1D9F Ox1DA0 to Ox1DBF 0 10 0 to 0x1DDF 0x1DEO to 0x1DFF Area 17 0x1E00 to Ox1E1F 0x1E20 to 0x1E3F 0x1E40 to 0x1 E5F 0x1E60 to 0x1E7F Area 18 Ox1E80 to Ox1E9F Ox1EAO to 0x1EBF 0 1 to 0x1EDF 0x1EE0 to Area 19 Ox1F00 to Ox1F1F Ox1F20 to 0x1F3F 0x1F40 to 0x1F5F Ox1F60 to Ox1F7F Ox1F80 to Ox1F9F Ox1FA0 to Ox1FBF Ox1FC0 to 0x1FDF 0x1FEO to Ox1FFF 2 15 Table 2 Factory Preset Data a VGA 640x350 70Hz VESA 640x350 85Hz Resolution H dot x V line 640 x 350 Scanning Format Progressive 25 174 H FREQ kHz 31 469 Horizontal dots Progressive 31 500 37 861 VESA 640x400 85Hz 640 x 400 Progressive 31 500 37 861 VESA 640x480 60Hz 13inch VESA 640x4
126. AMIC 0 01MF 25V B C261 107 826 11 s CAPACITOR CHIP CERAMIC F C448 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C262 107 826 11 s CAPACITOR CHIP CERAMIC F C449 164 230 11 s CAPACITOR CERAMIC 220PF 50V C263 107 826 11 s CAPACITOR CHIP CERAMIC F C450 115 566 11 s CAPACITOR CERAMIC 4 7MF B 6 3V C264 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C451 115 566 11 s CAPACITOR CERAMIC 4 7MF B 6 3V C265 127 692 11 s CAP CHIP CERAMIC 10MF B 3216 C452 115 566 11 s CAPACITOR CERAMIC 4 7MF B 6 3V C266 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C453 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C270 131 661 11 s CAPACITOR ELECT 100MF 10V CHIP C454 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C271 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C455 126 394 11 s CAPACITOR ELECT 10MF 16V CHIP C272 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C456 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C213 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C457 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C274 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C458 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C215 127 692 11 s CAP CHIP CERAMIC 10MF B 3216 C459 162 927 11 s CAPACITOR CERAMIC 100PF 50V CH C276 126 391 11 s CAPACITOR ELECT 47MF 6 3V 105 C460 164 230 11 s CAPACITOR CERAMIC 220PF 50V C401 115 670 11 s CAPACITOR ELECT 220MF 35V CHIP C461 162 919 11 s CAPACITOR CERAMIC 22PF 50V CH C402 162 959 11 s CAPACITOR CERAMIC 330PF 50V SL C462 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C
127. B board is replaced Chroma Decoder AD Converter White Balance General Service Status When any of the circuit boards below is replaced m B board Service Mode Chroma Decoder m Q board AD Converter EEPROM Initialize Initializes the EEPROM Service Status Chroma Decoder Chroma decoder adjustment AD Converter A D converter adjustment gt S board Service Status White Balance White balance adjustment US General Other adjustments and the Operation check only Manual Control functions required for check Preset Edit Factory check menu Not used in service Service Status Editing the preset signal Internal status check How to enter the Service Mode using the RM 980C In the STAND BY state press the keys in the following order DISPLAY gt 5 gt VOL gt POWER ON FWD 50PX1 2 1 Service Mode 1 EEPROM Initialize EEPROM Configuration Table 1 page 2 13 shows the configuration of EEPROM The entire area or the respective areas of the EEPROM can be separately initialized Menu Structure Select the desired area of EEPROM to be initialized using the following menu Service Mode EEPROM Initialize Whole Area Common White Balance Prog Gamma Prog Preset Last Memory User Memory Factory To initialize the desired area firstly select
128. CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC TOR CHIP CERAMIC TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F TOR CHIP CERAMIC F CHIP CERAMIC B BOARD Ref No or Q ty Pa C847 C848 C849 C850 C851 C852 C853 C C C TICE CALEY Gt Ca lt Cl lt CAKA CACY Ce x I CC CI 2 ILICA CY I 01 05 07 08 09 234 235 236 238 239 t No 07 826 07 826 07 826 07 826 26 391 07 826 07 826 26 391 26 391 07 826 07 826 07 826 26 391 26 391 07 826 07 826 07 826 25 889 62 915 07 826 07 826 07 826 62 915 07 826 07 826 64 315 07 826 07 826 07 826 07 826 07 826 07 826 07 826 26 392 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 07 826 25 889 07 826 07 826 07 826 07 826 07 826 07 826 07 826 64 315 07 682
129. CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CERAMIC 2 TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH TOR CH P CE P CE P CE P CE CE CE CE EL CE Fg rg rg rg CE CE CE CE CE Fg HU FU rg rg CE CE CE CE CE Fg HO rg rg rg P CE P P CE P P CE P P CE P P CE P P CE TOR CERAMIC TOR CH 6 O OO O o RAMIC RAMIC 1MF 6 3V 6 0 0 7ME 6 3V 7ME 6 3V RAMIC 0 RAMIC 0 RAMIC 0 RAMIC 0 29 e o lt gt lt gt lt gt oo 29 oo c5 c5 c5 29 O OO O 29 ooo 0 0 F 16V 32 105 L3 L3 oo L3 L3 oo 6 3V j j j 4 Hj 4 zj Hj 4 470PF 50V CH 16 FWD 50PX1 B BOARD Ref No or Q ty Pa C1240 C1241 CI CI e CI CI CI C7 C7
130. CHIP CERAMIC 0 47 C3176 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 CN3007 695 210 21 o PIN CONNECTOR PC BOARD 15P C3177 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 CN3008 568 942 11 o PIN CONECTOR 4P CN3011 764 090 11 o PIN CONNECTOR PC BOARD 5P C3178 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 CN3012 164 094 21 o PIN CONNECTOR PC BOARD 9P C3179 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 CN3014 564 509 11 o PLUG CONNECTOR 6P C3180 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 C3181 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B CN3015 564 509 11 o PLUG CONNECTOR 6P C3182 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B 03005 8 719 069 55 s DIODE UDZS TE17 5 6B C3183 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF D3006 8 719 069 55 s DIODE UDZS TE17 5 6B C3184 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B D3007 8 719 069 55 s DIODE UDZS TE17 5 6B C3185 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF D3008 8 719 069 55 s DIODE UDZS TE17 5 6B C3186 107 826 11 s CAPACITOR CHIP CERAMIC F D3009 8 719 800 76 s DIODE 155226 C3187 107 826 11 s CAPACITOR CHIP CERAMIC F D3010 8 719 800 76 s DIODE 155226 C3188 107 826 11 s CAPACITOR CHIP CERAMIC F 03011 8 719 800 76 s DIODE 155226 C3189 107 826 11 s CAPACITOR CHIP CERAMIC F D3012 8 719 800 76 s DIODE 155226 C3190 107 826 11 s CAPACITOR CHIP CERAMIC F D3013 8 719 800 76 s DIODE 155226 C3191 107 826 11 s CAPACITOR CHIP CERAMIC F 03014 8 719 800 76 s DIODE 155226
131. CHIP n Am TO 4 8 6 8 lt CC_VID YUV TO 4 8 14 CP 1 B dile DEC ENA 504 15 R100 028 158 GND lt TO 3 8 4 8 6 8 AUN 25410374 dm ca 0816 i x CHIP R108 a Y T 47 GND 5 3 1 1 188 CHIP Y 1 du 34 CH CHIP duh S 510 516 chip m 645 2 x 1 R104 E 1 015 als R25 4 7k 1 168 AL CP 029 100 16V AM 6 37 011 2SA1037AK 15 d 8 009 e 827 4 7k 1 160 SCHIP 2864617 BUFF e 85 7 TL CLAMP V 8 Y Q 5 R24 10 m 017 5 5 426 828 08 R87 1 0 1 161 B CHIP 980 06 1824617 t RH CH CHIP 32 108 2504617 ato tow 1 168 tk 575 CHIP f SCHIP L CLAMP 210 CHIP os gt CH CHIP 001 RN CP S t T 1 NA 0 3 3 R88 6 8k R37 ay 1 168 Syd 5 4 1 Rt zum CHIP RN CP 023 030 R7 CHIP MATH 2804617 28M1037AK Y m im 2 TL BUFF Bure Rito vy RN CP 104 DE Rat E EE T 1 16 CHIP R102 MAIN V CHIP CC 055 47 576 peli 8212 sa 1 i Am 6 3 2864617 100 0 1 16V B CHIP 1 16 TOME ci 0 01 25V 102 v CXA2163A0 T6 8113 VIDEO 02 4 7 10V B CHIP 0 10 7 8 m i s 1 168 R2 100 1 164 CHIP CHIP 1 16W AM i gt RS 0 1 16 ae s 08 2 2 10V B CHIP 4 DH 2 13 Me 1 027 CI E 8 R38 R50 541
132. CITOR CHIP CERAMIC 0 1MF C3223 126 206 11 s CAPACITOR ELECT 100MF 6 3V C3161 107 884 11 s CAPACITOR ELECT 1000MF 16V C3224 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C3162 126 395 11 s CAPACITOR ELECT 22MF 16V CHIP C3225 104 661 91 s CAPACITOR ELECT 330MF 16V C3163 104 661 91 s CAPACITOR ELECT 330MF 16V C3226 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3164 107 826 11 s CAPACITOR CHIP CERAMIC 0 1 C3227 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3165 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B C3228 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3166 163 135 00 s CAPACITOR CHIP CERAMIC 560PF C3229 107 826 11 s CAPACITOR CHIP CERAMIC 0 1MF C3167 107 826 11 s CAPACITOR CHIP CERAMIC 0 1 CLP302 4 042 408 02 o PIN COATING LEAD C3168 163 135 00 5 CAPACITOR CHIP CERAMIC 560PF CLP303 4 042 408 02 o PIN COATING LEAD C3169 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 18305 4 042 408 02 PIN COATING LEAD C3170 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 C3171 162 970 11 s CAPACITOR CERAMIC 0 01MF 25V B CN3001 764 095 11 PIN CONNECTOR PC BOARD 10P C3172 137 980 91 s CAPACITOR CHIP CERAMIC 0 47MF CN3002 784 625 11 o CONNECTOR ZIF 30 CN3004 764 080 21 o PIN CONNECTOR PC BOARD 8 C3173 137 980 91 s CAPACITOR CHIP CERAMIC 0 47 CN3005 564 528 11 s PLUG CONNECTOR 13P L TYPE C3174 126 395 11 s CAPACITOR ELECT 22MF 16V CHIP CN3006 119 992 11 s PIN CONNECTOR PWB 8P C3175 137 980 91 s CAPACITOR
133. CP C461 TO 8 8 22p TE TH401 cH CHIP 5 i AM lt RGB V R432 R425 18k 0403 S rums 100k 1 2504617 GATESH M 0 0459 E m 0 e VEN s 1 i AM 1 8434 8415 C446 22k 470 47 1 168 1 108 Tot Nr CHIE B CHIP FWD 50PX1 H 8 8 8 8 FWD 50PX1 A gt dhe a o E Es jj DIG 3 3V 2 10604 TO 7 8 gt SN74LV123APSR TRE VIBRATOR lin SYS_RESET TO 1 8 4 8 5 8 R638 DATACK gt 2 2 DIG 3 3V 2 VN TO 7 8 DIG 3 3V 2 RN CP 1 R637 pe em 22k 1 1160 T PLLHD 7 8 AN CP 0830 i 22uH CHIP 0628 M 680 al
134. Chroma Decoder gt Sub Color and set Col NTSC to 6 Adjust C Out Level of Chroma Decoder until 1 has the same brightness as A and 4 has the same brightness as D Select Hue of Chroma Decoder and adjust Hue NTSC until 2 has the same brightness as B and 3 has the same brightness as C Repeat the above described adjustments until all the adjustment values are satisfied at the same time Tracking 5 Inputthe PAL SMPTE color bar signal to Video Input 6 While observing the screen display adjust the PAL Sub Color as follows Select Service Mode gt Chroma Decoder gt Sub Color Adjust Col PAL of Chroma Decoder until 1 has the same brightness as A and 4 has the same brightness as D 7 Input the SECAM SMPTE color bar signal to Video Input 8 While observing the screen display adjust the SECAM Sub Color as follows Select Service Mode gt Chroma Decoder gt Sub Color Adjust Col SECAM of Chroma Decoder until 1 has the same brightness as A and 4 has the same brightness as D 2 6 Video Decoder Adjustment 1 Connect the SECAM all gray 30 IRE signal to Video Input 2 Set Cal Mode of AD Converter of the Service Mode menu to On 3 Adjust By Adj SECAM of Chroma Decoder of the Service Mode menu until the Blue detection value has the same value as the Green value 4 Adjust Ry Adj SECAM of Chroma Decoder of the Service Mode menu until
135. D3060 8 719 977 28 s DIODE DTZ10B D3061 8 719 977 28 s DIODE DTZ10B D3062 8 719 056 23 s DIODE MA2S111 K8 D3063 8 719 083 87 s DIODE UDZSTE 1733B D3064 8 719 083 87 s DIODE UDZSTE 1733B D3065 8 719 083 87 s DIODE UDZSTE 1733B D3066 8 719 083 87 s DIODE UDZSTE 1733B D3067 8 719 083 82 s DIODE UDZS TE17 12B D3068 8 719 801 78 s DIODE 155184 D3069 8 719 069 55 s DIODE UDZS TE17 5 6B D3070 8 719 801 78 s DIODE 155184 D307 8 719 069 55 s DIODE UDZS TE17 5 6B F3001 A 1 576 788 21 s FUSE 5A 72V F3002 A 1 576 788 21 s FUSE 5A 72V F3004 A 1 576 604 11 s FUSE 1A 72V F3005 A 1 576 604 11 s FUSE 1A 72V F3006 A 1 576 775 21 s FUSE 2A 72V FB3001 469 407 22 s INDUCTOR FERRITE BEAD FB3002 414 234 11 s INDUCTOR FERRITE BEAD FB3003 414 234 11 s INDUCTOR FERRITE BEAD FB3004 414 234 11 s INDUCTOR FERRITE BEAD FB3005 414 234 11 s INDUCTOR FERRITE BEAD FB3006 414 234 11 s INDUCTOR FERRITE BEAD FB3007 410 396 41 s FERRITE BEAD INDUCTOR 0 45UH FB3012 400 392 21 s INDUCTOR FERRITE BEAD FB3013 400 392 21 s INDUCTOR FERRITE BEAD FB3029 216 864 11 s CONDUCTOR CHIP 1608 6 20 Q BOARD Ref No or Q ty Part No SP Description FB3030 1 216 864 11 s CONDUCTOR CHIP 1608 FB3031 1 216 864 11 s CONDUCTOR 1608 FB3032 1 216 864 11 s CONDUCTOR CHIP 1608 FB3033 1 216 864 11 s CONDUCTOR CHIP 1608 FB3034 1 216 864 11 s CONDUCTOR CHIP 1608 C3001 8 759 697 54
136. EEPROM Bit 11 IP Converter System IC Bit 12 OSD No Use for Bit 13 PLD No Use for PFM Bit 14 RTC No Use for PFM Bit 15 Scan Converter No Use for PFM This machine is not equipped with the AV switch Each bit 0 OK 1 NG therefore bit 2 always goes to 1 d Warning Status Menu structure Service Mode Service Status Warning Status EEP ID EEP Save EEP Load Init 5 VDET OK DEC Init 5 DC Init OK Power Off The warning information is displayed EEP ID Save EEP Load RTC Init RTC VDET ID CODE error Data write error Data read error Watch initialization error Watch power voltage error 1 8 V or less RTC XSTOP Watch oscillator error PDP Init DEC Init DC Init Power Off PDP initialization error Chroma decoder initialization error Power voltage digital system 5 V digital system 3 3 V analog system 6 V error Power off sequence error e Operation Time Accumulative operating hours are indicated In units of hour f Software Version Software version is indicated g PLD Version PLD version is indicated 2 12 FWD 50PX1 Table 1 memory Common 1 General 0x0000 to 0x001F Common 2 General 0x0020 to Common 3 Pare
137. Fsc 45 CLOUT IC STABILIZER OVER CURRENT amp HEAT PROTECTION AL um 46 15 ON OFF CONTROL PAUNTSC 47 4 sar IBIPAS GND OUT Comb 8 amp PF 48 13 RTP Bias c Es 3 8 8 8 FWD 50PX1 8 11 8 11 TO ws ADVcc 4 8 RS5C348A 1003 4 11 ALARM W REGISTER 32KOUT 1 32kHz COMPARATOR_W OUTPUT WEEK MIN HOUR GO CONTROL ALARM W REGISTER VOLTAGE 1 T SOMPARAURD MIN HOUR DETECT 9 DIVIDER TIME COUNTER 5 Vss I osc OM MIN HOUR WEEK DAY MONTH YEAR OSCOUT 7 I 1 zde I 030 ADDRESS ADDRESS DETEC DECODER REGISTER CONTROL mo si Y v 1 Y ANTR 6 lt lt e 7 INTERRUPT CONTROL SHIFT REGISTER i 4 8 S 80828CNNB B8NT2G 1C1005 4 8 S 80842CNNB B83T2G 1 1020 8 12 4 8 SN7ACBTD3306 1019 D q gt 8 vcc 14 2 18 3 lt 7 20E GND 4 6 28 5 2A 8 8 SN74LV123APWR 1 604 55 1 REXT CEXT 5 CEXT 1
138. HIP TOR CHIP TOR CHIP TOR CHIP TOR ELECT TOR CHIP TOR ELECT 47MF TOR ELECT 10 TOR CH TOR CH TOR ELECT 100 TOR CH TOR CH TOR ELECT 10 TOR CERAMIC 4 TOR CERAMIC 4 TOR ELECT 10 TOR ELECT 10 TOR ELECT 10 TOR ELECT 10 TOR ELECT 10MF TOR CHIP TOR CERAMIC 0 TOR ELECT 22MF TOR CHIP TOR CHIP TOR CERAMIC TOR CH TOR ELEC TOR ELECT TOR ELECT TOR ELECT 33 330 330 33 TOR ELECT 330 TOR ELECT 330 TOR ELECT 10MF TOR ELECT 10MF TOR CHIP CERA TOR ELECT 10MF TOR ELECT 100 TOR ELECT 100 TOR CERAMIC TOR ELECT 100 TOR ELECT TOR CERAMIC 0 TOR ELECT 100 TOR CHIP TOR CERAMIC TOR CERAMIC 1 TOR CERAMIC 1 TOR CHIP CERA TOR CHIP CERA TOR ELECT 3 3 TOR ELECT 10MF TOR CHIP TOR CERAMIC 1 01MF 25 o TOR CERAMIC 1 00PF 5 00PF 5 6 3 C 0 1MF C 0 1MF ww C 0 1MF C F 16V CHIP C 0 1MF 6 3 F 16V gt d 01MF 25V 16V CHIP C 0 1MF C 0 1MF V C 0 1MF F 16V F 16V F 16V F 16V F 16V F 16V 16V 16V IC 0 1MF 16V F 6 3V F 16V MF 25V B F 6 3V 6 3 01MF 25V B F 6 3V IC 0 039MF 01MF 25V FB 2012 FB 2012 IC 0 039MF IC 0 039MF F 50V CHIP 16V IC 560PF FB 2012 FB 2012
139. ION UNIT ND 910 BKM FW10 BKM FWI 1 AUDI0 12V 5V BKM FW12 AUDIO GND 5V BKM FW31 AUDIO GND AUDIO 12V sv DV YT GND GND STBY3 3V 121 GND 13 03 3V 8 22 Frame Wiring FWD 50PX1 H FWD 50PX1 Section 9 Board Layouts Index Board Name Page B 9 2 H1 9 6 H2 9 6 Q 9 4 SP 9 6 S 9 6 U1 FWD 50PX1 9 7 9 1 9 1 gt CN1006 CN1004 anf TENES u S 81206 90 91007 55 17221 5517295 1 15 33 4 P FAIL 850 CN102 R1225 0 2 8125 8 14 JL52 R122 C87 xt 81071 gt 5 15113 1035 81038 81005 81048 RI 453 E 872597204 87258 7205 JL13 R129 2645 839 0832 81051 Kad 86387 7237 11575 1 1 8655 8 2 7250 TP801C844 C802 0803 C67 RB204 RB20 10207 inc baba EV momrm uk 51 SRB402 18405 gt 81 JE7011 17012 7202 7248 1 864 069 11 172495211 POWER BITHER MAX PLS2 PLSI 1 4 6202 1201 CN700 B A SIDE SUFFIX 11 B BOARD 1 864 069 11 B SIDE Di IC206 1 1011 2 012 2 0204 A 3 0410 1340 2 2401 1 207 2 IC1012 D 013 B 2 0205 B 3 0411 xG TP402 5 2
140. ISTOR CHIP 2 2K 1 10W 1608 R65 216 829 11 s RESISTOR CHIP 4 7 OW 1608 R6 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R66 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R7 218 726 11 s RESISTOR CHIP 27K 1 16W 1608 R67 218 710 11 s RESISTOR CHIP 5 6K 1 16W 1608 R8 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R68 216 821 11 s RESISTOR CHIP 1 10W 1608 R9 216 855 11 s RESISTOR CHIP 680K 1 10 1608 R10 216 828 11 s RESISTOR CHIP 3 9K 1 10W 1608 R69 216 821 11 s RESISTOR CHIP 1 10W 1608 R70 218 708 11 s RESISTOR CHIP 4 7K 1 16W 1608 R11 218 692 11 s RESISTOR CHIP 1 0K 1 16W 1608 R71 218 714 11 s RESISTOR CHIP 8 2K 1 16W 1608 R12 216 805 11 RESISTOR CHIP 47 1 10W 1608 R72 218 702 11 s RESISTOR CHIP 2 7K 1 16W 1608 R13 216 855 11 s RESISTOR CHIP 680K 1 10W 1608 R73 216 821 11 s RESISTOR CHIP 1 10 1608 R14 216 809 11 s RESISTOR CHIP 10W 1608 R15 216 833 11 RESISTOR CHIP 10K 1 10W 1608 R74 216 809 11 RESISTOR CHIP 100 1 10W 1608 R75 218 692 11 s RESISTOR CHIP 1 61 1608 R16 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R76 218 692 11 5 RESISTOR CHIP 1 1161 1608 R17 216 809 11 s RESISTOR CHIP 10W 1608 R77 216 820 11 5 RESISTOR CHIP 820 1 10W 1608 R18 218 713 11 s RESISTOR METAL 7 5K 1 16W R78 218 676 11 s RESISTOR CHIP 220 1 16W 1608 R19 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R20 216 809 11 s RESISTOR CHIP 10W 1608 R79 216 864 11 s CONDUCTOR CHIP 1608 R80 218 692 11 s RESISTOR CHIP 1 0K 1 16W 16
141. L 25111 K8 25111 K8 A3130WA TX 72V 5A 721 72V 5A 721 CTOR FERRITE BEAD CTOR FERRITE BEAD CTOR FERRITE BEAD CTOR FERRITE BEAD CTOR FERRITE BEAD C C ERRITE BEAD CTOR CHIP 1608 CHIP 1608 CHIP 1608 OR MICRO CHIP 7 3 lt ITE EMI SMD CTOR MICRO C CTOR MICRO CH CTOR MICRO C CTOR MICRO C K I RRITE EMI SMD DUCTOR MICRO CHIP TY LTER LOW PASS LTER LOW PASS LTER LOW PASS LTER CHIP EMI TC7W241FU 125 CXA2163A0 T6 TC4W53FU 28622912SSC 00TR CXA1211 CXD2057M T6 L88M05T FA TL TYPE TYPE TYPE TYPE TYPE 15P 9P 10P 8P 4 3P 9MM 31P 88 LTER CHIP EMI 1 0MF B B BOARD B BOARD Ref No Ref No or Q ty Part No SP Description or Q ty Part No SP Description C8 8 159 523 96 s IC 74 86 EL L602 412 030 11 s INDUCTOR CHIP 22UH 3225 C9 8 759 239 55 s IC TC74HC123AF 1603 412 058 11 s INDUCTOR SMALL TYPE 1008 C201 8 749 018 41 s IC SI 3025LSA TL L604 412 030 11 s INDUCTOR CHIP 22UH 3225 C202 8 749 018 41 s IC SI 3025LSA TL L801 500 451 11 5 MICRO INDUCTOR CHIP 41 7505 C204 8 759 031 84 s
142. L 2 1 AC INLET i GND GND GND AUDIO 12V AUDIO GND AUDIO GND ISTI sv GND 3V GND 03 8 22 STBYSV 818151 011004 4P GND POWER 1 518151 UART TX d STBYSV STBYSV 013004 1008 CPU RESET 225 FWE FLASH MODE P ON CONTROL 81808 GND 1 1 L VID 816 1 1 vosie GND 2 2 516 3 3 56 CN102 GND 4 4 GND 013006 pe 516 5 s csie BE GND 5 e ew ANSV T 7 GND s L SP 1 1 CN3008 venu 2 ar s 3 R SP 4 4 1 GND 2 R V 3 GND 4 5 GND 10 5 8 U GND DSUB_H 1308 H GND 9 GND DSUB_V 10 DSUB Y CONTI STBYSV RGB3 GND Q SENS SIRCS 013012 GND GND FAN DETECT 6 LED A FAN FB LED B FAN DRIVE POWER SW GND INPUT SEL FLASH MODE GND FWE D3 DETECT CPU RESET LPF UART RX AUDIO MUTE UART TX LINE MUTE GND GND SDA LS SCL LS SCL LS tec SDA LS A 30 GND LINE MUTE UART TX AUDIO MUTE UART AX GND LPF CPU RESET FANS D3 DETECT FANDRV GND FLASH MODE GND INPUT SEL GND FANG FANS FANDRV FANG LED A DETECT FANS FAN3 GND GND FAN DRV FAN SIRCS 0 SENS GND GND RGB3 FAN2 818151 CONTI FAN DRV GND FAN GND GND FAN DRV TEMP3 TEMPS oe TEMP2 TEMP2 NA TEMP1 TEMP1 STBY STBY BV 5V CN3000 E MV T STBYSV OPT
143. MOUNTED CIRCUIT BOARD B HOLDER BATTERY 4 7 6 CERAMIC 0 0144 257 3V SV 0 47MF 16V 0 0 CAPACITOR CERAMIC 0 022MF 2 0 CAPACITO CAPACIT 0 CERAMIC 0 1M 0 0 0 H CERAMIC 2 2 HIP ELECT100MF 6 CAPACIT H IP ELECT100MF 6 OR OR 0 0 7 pi 05 O O O o o o 1 1 MF B 6 00MF 6 C 0 CAPACITOR CERAMIC 10PF 50V CAPACITOR ELECT 10MF 16V CH CAPACITOR CHIP CERAMIC 0 R C CAPACITOR CHIP CERAMIC CAPACITOR CHIP CERAMIC CERAMIC 0 01MF 25V 3V RAMIC 0 01MF 25V F 25V B F 25V B 3V SV CH IP CAPACITOR CERAMIC 0 22MF 10V B CAPACITOR CHIP CERAMIC 0 CAPACITOR CERAMIC 0 01MF 25V B CAPACITOR CERAMIC 0 01MF 25V B CAPACITOR CERAMIC 0 01MF 25V B CAPACITOR CHIP CERAMIC 0 1M CAPACITOR CHIP CERAMIC 0 1M CAPACITOR CHIP CERAMIC 0 1M CAPACITOR CERAMIC 4 7MF B 6 F F F 3V CAPACITOR CERAMIC 0 22MF 25V B CAPACITOR CAPACITOR CAPACITOR 15PF 50V R CAPACITO ZU O 4
144. OR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR TOR Ref No or Q ty lpc 09300 09301 018551 93 093 093 093 093 1 lt gt 093 D931 109300 0930 09301 1930 R9302 R9304 R9305 R9306 1pc C8651 C8652 CN8651 R8651 R8652 R8653 R8654 R8655 R8656 8651 8652 8653 8654 8657 Part No SP Description 1062 628 o MOUNTED CIRCUIT BOARD 1 126 205 11 s CAPACITOR ELECT 47MF 6 3 1 131 992 11 s CAP CERAMIC 100000PF F 1608 1 580 756 21 s PIN CONNECTOR 7P 8 719 069 55 s DIODE 0025 17 5 68 8 719 069 55 s DIODE 0025 17 5 68 8 719 073 01 s DIODE MA111 K8 50 8 719 073 01 s DIODE 111 8 50 6 500 470 11 s DIODE BRPG1211C 34 TR 8 719 073 01 s DIODE 111 8 5 8 719 073 01 s DIODE 111 8 50 8 759 177 23 s IC RS 50 T 8 729 907 00 s TRANSISTOR DTC114EU 8 729 907 00 s TRANSISTOR DTC114EU 1 216 805 11 s RESISTOR CHIP 47 1 10W 1608 1 216 813 11 s RESISTOR CHIP 220 1 10W 1608 1 216 808 11 s RESISTOR CHIP 82 1 16W 1608 1 216 864 11 s CONDUCTOR CHIP 1608 1 216 864 11 s CONDUCTOR CHIP 1608 Part No SP Description 1062 794 o 115 566 11 s 162 915 11 s 794 848 21 0 216 839 216 833 216 829 216 833 216 826 XQ 218 853 692 829 692 829 692 829 692 829 692 829 XQ MOUNTED CIRC CAPAC CAPAC TOR CE
145. PLD IC7102 in single phase 24 bit PLD 1 7102 performs White Balance adjustment error diffusion Blue Only function test signal generation and gamma curve correction besides superimposing of the OSD signal from OSD IC IC 1205 The signal input in digital single phase 24 bit is converted into digital dual phase 48 bit and output Also the port control for the output control of panel is performed by PLD 1 7102 The digital dual phase 48 bit signal after being controlled is input to LVDS Transmitter C7001 and formatted and then it is LVDS transferred to the PDP panel 4 4 S Board The voltage detected from the temperature sensor IC 1501 is changed to linear with respect to the ambient temperature Then it is amplified by OP AMP and connected to the B board FWD 50PX1 2 2 BR24C21F E2 CXA1211M T4 LM1881M LM1881MX M24C64 WMN6T B NJM2903M NJM2903M TE2 NJM4558E TE2 SI 3025LSA TL SN74CBTD3306PWR 12 TC4W53FU TE12R TC7W126FU TE12R TC7W14FU TE12R TC7W241FU TE12R UPC358G2 E2 VIEW 8pin SOP 2 BA12FP E2 1 TOP VIEW 48pin QFP CXA3516R TOP VIEW 144pin QFP CXD2057M T6 MB90098APF A 130 BND ER TEA6422DT HEHEHEHE EEE TOP VIEW 28pin SOP FWD 50PX1 Section 5
146. R3076 216 833 11 s RESISTOR CHIP 10K 1 10 608 R3077 216 197 11 s RESISTOR CHIP 1 10W 1608 R3016 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3078 216 825 11 5 RESISTOR CHIP 2 2K 1 10W 1608 R3017 216 805 11 RESISTOR CHIP 47 1 10W 1608 R3079 216 833 11 s RESISTOR CHIP 10K 1 10 608 R3018 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3019 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R3080 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3020 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R3081 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R3082 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3021 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R3083 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3022 216 825 11 s RESISTOR CHIP 2 2K 1 10W 1608 R3084 216 845 11 s RESISTOR CHIP 10 10 1608 R3023 216 805 11 s RESISTOR CHIP 47 1 608 R3024 216 805 11 s RESISTOR CHIP 47 1 608 R3085 216 849 11 s RESISTOR CHIP 22 16W 1608 R3025 216 813 11 s RESISTOR CHIP 220 1 10W 1608 R3086 216 849 11 s RESISTOR CHIP 22 16W 1608 R3087 216 849 11 s RESISTOR CHIP 22 16W 1608 R3026 216 813 11 s RESISTOR CHIP 220 1 10W 1608 R3088 216 849 11 s RESISTOR CHIP 22 16W 1608 R3027 216 805 11 s RESISTOR CHIP 47 1 608 R3089 216 845 11 s RESISTOR CHIP 10 10 1608 R3028 216 805 11 s RESISTOR CHIP 47 1 608 R3029 216 805 11 s RESISTOR CHIP 47 1 608 R3090 216 845 11 s RESISTOR CHIP 10 10W 1608 R3030 216 805 11 s RESISTOR CHIP 47 1 608 R3091 216 845 11 s RESISTOR CHIP 10 10W 16
147. SISTOR CHIP 18K 1 10W 1608 RESISTOR CHIP 4 7K 1 16W 1608 RESISTOR CHIP 1 0K 1 10W 1608 RESISTOR CHIP 1 0K 1 10W 1608 RESISTOR CHIP 560 1 16W 1608 RESISTOR CHIP 470 1 16W 1608 RESISTOR CHIP 680 1 16W 1608 RESISTOR CHIP 15K 1 16W 1608 RESISTOR CHIP 100 1 608 RESISTOR CHIP 100 1 608 RESISTOR CHIP 1 0K 1 10W 1608 RESISTOR CHIP 100 1 608 RESISTOR CHIP 470 1 608 RESISTOR CHIP 470 1 608 RESISTOR CHIP 470 1 608 RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 1 5K 1 10W RESISTOR CHIP 3 3K 1 10W 1608 CONDUCTOR CHIP 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 100K 1 10W 1608 RESISTOR CHIP 3 0K 1 16 1608 RESISTOR CHIP 820 1 16W 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 820 1 16W 1608 RESISTOR CHIP 820 1 16W 1608 RESISTOR CHIP 47 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 470 1 10W 1608 RESISTOR CHIP 470 1 10W 1608 FWD 50PX1 BOARD BOARD Ref No Ref No or Q ty Part No SP Description or Q ty Part No SP Description R416 216 817 11 RESISTOR CHIP 470 1 10W 1608 R629 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R417 216 823 11 s RESISTOR CHIP 1 5K 1 10W R630 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R418 216 805 11
148. SISTOR CHIP 6 8K 1 10W 1608 R3048 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R3108 218 869 11 s RESISTOR CHIP 8 2K 1 10W 1608 R3049 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3109 216 845 11 s RESISTOR CHIP 100K 1 10W 1608 R3050 216 817 11 s RESISTOR CHIP 470 1 10W 1608 R3051 216 817 11 s RESISTOR CHIP 470 1 10W 1608 R3110 216 864 11 s CONDUCTOR CHIP 1608 R3052 216 817 11 s RESISTOR CHIP 470 1 10W 1608 R3111 216 829 11 s RESISTOR CHIP 4 7K 1 100 1608 R3112 216 829 11 s RESISTOR CHIP 4 7K 1 10W 1608 R3053 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3113 216 826 11 s RESISTOR CHIP 2 7K 1 10W 1608 FWD 50PX1 6 21 0 BOARD Ref No or Q ty Part No R3114 R3115 R3116 R3117 R3118 R3119 R3120 R3121 R3122 R3123 R3125 R3126 R3127 R3128 R3129 R3132 R3133 R3134 R3135 R3136 R3137 R3138 R3139 R3141 R3142 R3143 R3144 R3145 R3146 R3147 R3148 R3149 R3150 R3151 R3152 R3153 R3154 R3155 R3156 R3157 R3158 R3159 R3160 R3161 R3162 R3163 R3164 R3165 R3168 R3169 R3170 R3171 R3172 R3173 R3183 R3184 R3185 R3186 R3187 6 22 2 2 2 2 54 2 2 2 gt 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 2 32 2 2 2 2 2 2 2 2 2 2 72 2 2 32 2 2 2 2 22 2 2 2 2 2 2 2 2 2
149. SONY FLAT WIDE DISPLAY FWD 50PX1 FWD 50PX1N FLAT PANEL DISPLAY SPEAKER SYSTEM SS SP50FW TV STAND SU 50FW SERVICE MANUAL 1st Edition ASS C EXAHA CTS BEI HR ERTS CHORO E lt 7 2 7 TIH lt EU A WARNING This manual is intended for qualified service personnel only To reduce the risk of electric shock fire or injury do not perform any servicing other than that contained in the operating instructions unless you are qualified to do so Refer all servicing to qualified service personnel A WARNUNG Die Anleitung ist nur f r qualifiziertes Fachpersonal bestimmt Alle Wartungsarbeiten d rfen nur von qualifiziertem Fachpersonal ausgef hrt werden Um die Gefahr eines elektrischen Schlages Feuergefahr und Verletzungen zu vermeiden sind bei Wartungsarbeiten strikt die Angaben in der Anleitung zu befolgen Andere als die angegeben Wartungsarbeiten d rfen nur von Personen ausgef hrt werden die eine spezielle Bef higung dazu besitzen A AVERTISSEMENT Ce manual est destin uniquement aux personnes comp tentes en charge de l entretien Afin de r duire les risques de d charge lectrique d incendie ou de blessure n effectuer que les r parations indiqu es dans le mode d emploi moins d tre qualifi pour en effectuer d autres Pour toute r paration faire appel une personne com
150. STOR 144 R3060 216 864 11 s CONDUCTOR CHIP 1608 R3061 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R3001 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3062 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R3002 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3063 216 819 11 s RESISTOR CHIP 680 1 10W 1608 R3003 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3004 216 805 11 s RESISTOR CHIP 47 OW 1608 R3064 216 837 11 s RESISTOR CHIP 22K 1 16W 1608 R3005 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3065 216 833 11 s RESISTOR CHIP 10K 1 10 608 R3066 216 836 11 s RESISTOR CHIP 18K 1 10W 1608 R3006 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3067 216 832 11 s RESISTOR CHIP 8 2K 1 16W 1608 R3007 216 805 11 RESISTOR CHIP 47 1 10W 1608 R3068 216 839 11 s RESISTOR CHIP 33K 1 10W 1608 R3008 218 666 11 s RESISTOR CHIP 82 1 16W 1608 R3009 218 666 11 RESISTOR CHIP 82 1 16W 1608 R3069 216 809 11 s RESISTOR CHIP 100 1 10W 1608 R3010 218 666 11 RESISTOR CHIP 82 1 16W 1608 R3070 216 826 11 s RESISTOR CHIP 2 7K 1 10W 1608 R3072 216 841 11 s RESISTOR CHIP 47K 1 10W 1608 R3011 218 666 11 RESISTOR CHIP 82 1 16W 1608 R3073 249 381 11 RES CARBON 1 1 4W 83012 218 666 11 s RESISTOR CHIP 82 1 16 1608 R3074 216 833 11 s RESISTOR CHIP 10K 1 10W 1608 R3013 218 666 11 s RESISTOR CHIP 82 1 16W 1608 R3014 216 805 11 s RESISTOR CHIP 47 1 10W 1608 R3015 216 197 11 5 RESISTOR CHIP 1 10W 1608 R3015 216 805 11 s RESISTOR CHIP 47 1 10W 1608
151. STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH STOR CH UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR UCTOR SWITCH SLIDE P 10K 1 10W P 10K 1 10W P 10K 1 10W P 10K 1 10W P 1 0K 1 P 100 1 10 P 2 2K 1 P 1 0K 1 P 2 2K 1 P 1 0K 1 P 10K 1 10W 1 P 10K 1 10W P 100K 1 P 100 1 10 P 100 1 10 CHIP 1608 CHIP 1608 P 100K 1 P 100K 1 P 100K 1 P 100K 1 P 100K 1 P 100K 1 P 47 1 10W 47 1 10W P 47 1 10W 47 1 10W 47 1 10W 47 1 10W 47 1 10W P 47 1 10W CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 CHIP 1608 m gt Da FWD 50PX1 Ref or Q ty Part SP 3pcs 1068 935 C150 1 126 392 11 s C1502 1 163 021 91 s C1503 1 127 573 11 s C1504 1 163 021 91 s CN1501 1 564 506 11 0 1 1501 8 759 947 34 s 161502 8 759 144 72 s R1501 1 216 627 11 s R1502 1 216 659 11 s R1503 1 216 671 11 s R1504 1 216 049 11 s SP BOARD Ref No or Q ty Part No SP 1063 073 CN9500 568 942 11 o FB9500 469 869 21 s FB9501 469 869 21 s FB9502 469 869 21 s FB9503 469 869 21 s FL9500 233 895 11 s TB9500 537 238 11 s FWD 50PX1 Description MOUNTED CIRCUIT BOARD
152. STOR CHIP 12K 1 16W 1608 RESISTOR CHIP 8 2K 1 16W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10 1608 RESISTOR CHIP 100K 1 10 1608 RESISTOR CHIP 150 1 16W 1608 RESISTOR CHIP 150 1 16W 1608 RESISTOR CHIP 100 1 10 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 10 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 47K 1 10W 1608 RESISTOR CHIP 47K 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 10 10W 1608 RESISTOR CHIP 10 10W 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 4 7K 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 100 1 16 608 RESISTOR CHIP 100 1 16W 1608 RESISTOR CHIP 100 1 10W 1608 RESISTOR CHIP 2 2K 1 10W 1608 RESISTOR CHIP 2 2K 1 10W 1608 RESISTOR CHIP 2 2K 1 10W 1608 RESISTOR CHIP 2 2K 1 10W 1608 RESISTOR CHIP 10 1 10W 1608 RESISTOR CHIP 10 1 10W 1608 CONDUCTOR CHIP 1608 RESISTOR CHIP 10 1 10W 1608 RESISTOR CHIP 10 1 10W 1608 RESISTOR CHIP 10 1 10W 1608 RESISTOR CHIP 10 1 10W 1608 Q BOARD Ref No or Q ty Part No R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 R32 530 88 89 90 91 92 93 94 95 96 97 0 0 0 0 0 K lt gt 0 0 0 1 1
153. WOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR 5 RES NETWOR S RES NETWOR 5 RES NETWOR RES NETWOR S RES NETWOR S RES NETWOR RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR 5 RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR RES NETWOR S RES NETWOR S RES NETWOR S RES NETWOR S THERMISTOR 47 4 47 4 47 4 1644 1644 1644 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 1044 1044 1044 1044 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 47 4 C5 gt gt gt C5 gt gt gt gt gt gt gt C5 gt gt c5 C5 gt gt gt gt gt c5 C5 gt gt gt lt gt C5 gt gt gt Cn 0 SOS Cn gt FWD 50PX1 B BOARD Ref No or Q ty Part No 1 TP2 TP3 114 TP7 TP8 TP9 TP201 TP2 114 114 114 186 Co MNE TP6 TP61 TP612 TP613 TP614 TP615 TP
154. XC18V02 VQG44Cl Q29 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R Q30 8 729 026 49 s TRANSISTOR 2SA1037AK T146 R Ll 412 052 21 s INDUCTOR SMALL TYPE 1 0009 12 412 052 21 s INDUCTOR SMALL TYPE 1 0009 031 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 L3 412 052 21 s INDUCTOR SMALL TYPE 1 00UH 032 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 14 412 052 21 s INDUCTOR SMALL TYPE 1 00UH 033 8 729 112 48 s TRANSISTOR 2SA1462 T1Y33 15 412 058 11 s INDUCTOR SMALL TYPE 1008 Q201 8 729 928 19 s TRANSISTOR 2SA1774R 0203 8 729 928 19 s TRANSISTOR 2SA1774R L6 412 058 11 s INDUCTOR SMALL TYPE 10UH L7 412 058 11 s INDUCTOR SMALL TYPE 10UH Q204 8 729 927 99 s TRANSISTOR 2SC4617R 18 412 061 11 s INDUCTOR SMALL TYPE 3301 0205 8 729 928 19 s TRANSISTOR 2SA1774R 1201 419 098 21 s INDUCTORS POWER 0206 8 729 927 99 s TRANSISTOR 2SC4617R 1202 412 063 21 s INDUCTOR SMALL TYPE 68UH 0207 8 729 927 99 s TRANSISTOR 2SC4617R Q208 8 729 927 99 s TRANSISTOR 2SC4617R L204 412 052 21 s INDUCTOR SMALL TYPE 1 0009 1205 412 052 21 s INDUCTOR SMALL TYPE 1 0009 Q209 8 729 928 19 s TRANSISTOR 2SA1774R 1207 412 052 21 s INDUCTOR SMALL TYPE 1 00UH 0210 8 729 927 99 s TRANSISTOR 2SC4617R 1208 412 052 21 s INDUCTOR SMALL TYPE 1 0009 0211 8 729 928 19 s TRANSISTOR 2SA1774R L401 412 052 21 s INDUCTOR SMALL TYPE 1 0009 0212 8 729 927 99 s TRANSISTOR 2SC4617R 0213 8 729 928 19 s TRANSISTOR 2SA1774R L601 412 058 11 s INDUCTOR SMALL TYPE 10UH
155. ard Name Page B 8 2 H1 8 14 H2 8 14 Q 8 15 SP 8 14 S 8 20 U1 FWD 50PX1 8 21 Frame Wiring 8 22 8 1 8 1 1 8 B 1 8 16V fey tev tay EM let in B CHIP B CHIP PALM B CHIP BUE 1 8 X IP2PLD RGB TO 2 8 468 516 X 1089 0 g 585 StH lt 80 5 1804 8207 PTO 2 8 016 1905 lt POCLK I 3 3V 2 8801 0807 100 0 1 TO 4 8 5 8 8 8 lt SYS_RESET sc PLL TO 4 8 1 0801 47 6 3 AL CP RR4 ARS AR2 RRt 1 RRO 82 RLT ALG ALS HU 10803 1 gear ALA B CHIP een RB807 ie 20 p 3 352 1031 FB801 1 9 160815601 4803 iw CHIP Kos foy 0 1 801 ais 74 17502 EUR T 1 050070 TP801 k i PS 27 TEST in We TESTI CAS FB802 RAS TESTO 80160879601 CHIP 55 5 TP802 Mijo R805 MAO 10801 v m I kao
156. befalt av apparatfabrikanten Brukt batteri returneres apparatleverandgren VARNING Explosionsfara vid felaktigt batteribyte Anvand samma batterityp eller en likvardig typ som rekommenderas av apparattillverkaren Kassera anvant batteri enligt gallande f reskrifter VAROITUS Paristo voi rajahtaa jos se on virheellisesti asennettu Vaihda paristo ainoastaan laitevalmistajan suosittelemaan tyyppiin H vit k ytetty paristo valmistajan ohjeiden mukaisesti For the customers the Netherlands Voor de klanten in Nederland Hoe u de batterijen moet verwijderen leest u in de tekst van deze handleiding Gooi de batterij niet weg maar lever deze in als klein chemisch afval KCA m F r Kunden in Deutschland Entsorgungshinweis Bitte werfen Sie nur entladene Batterien in die Sammelboxen beim Handel oder den Kommunen Entladen sind Batterien in der Regel dann wenn das Ger t abschaltet und signalisiert Batterie leer oder nach l ngerer Gebrauchsdauer der Batterien nicht mehr einwandfrei funktioniert Um sicherzugehen kleben Sie die Batteriepole z B mit einem Klebestreifen ab oder geben Sie die Batterien einzeln in einen Plastikbeutel For the customers in the U S A and Canada RECYCLING LITHIUM ION BATTERIES Lithium lon batteries are recyclable You can help preserve our environment by returning your used rechargeable batteries to the collection and recycling location nearest you For
157. command is not used in this machine h Factory It resets the EEPROM to the factory default status All of the EEPROM areas except the following are initialized by this command Items that are not initialized by the FACTORY RESET function In the COMMON DATA AREA CD Index Number stored in the Common 1 General 2 Watch Error and Serial Number data stored in the Common 2 General 3 Service 1 AD Converter Adjustment data of 2 4 AD Calibration Adjustment 4 Service 2 Chroma Decoder Adjustment data of 2 5 Sub Color Sub Hue adjustment and 2 6 Video Decoder Adjustment Adjustment data in Color Temp 1 Data amp Name at the factory except user adjustment value Adjustment data of 2 3 White Balance Adjustment FWD 50PX1 2 Chroma Decoder Menu structure Hue and color of the video signal are adjusted a b 9 5 Service Mode Chroma Decoder Hue Sub Contrast 8 Sub Color Sharp Gain 8 Sharp f0 3 Y Out Level 18 C Out Level 10 Delay By Adj SECAM Ry Adj SECAM To adjust NTSC signal hue adjust Hue NTSC in the lower layer below this sub menu To adjust NTSC4 43 signal hue adjust Hue NT443 in the lower layer below this sub menu Adjustment range is from 0 to 63 Sub Contrast Adjustment range is from 0 to 63 Fixed value
158. ctive Pixel Sync Pixel BP Pixel FWD 50PX1 5 Active Pixel It sets the horizontal resolution power 6 H Sync Pixel It sets the number of dots of horizontal sync signal 7 H BP Pixel It sets the number of dots during the horizontal back porch 8 V total Line It sets the total number of vertical lines Note You should set in a way that number of V Total Line is equal or more than sum of V Active Line V Sync Line V BP Line 9 V Active Pixel It sets the vertical resolution power 10 V Sync Line It sets the total number of lines of vertical sync signal 11 V BP Pixel It sets the number of lines during the vertical back porch 12 Clamp Posi It sets clamp pulse position The clamp pulse position is set starting when data is 0 from the trailing edge of the horizontal sync signal When this value is increased picture moves toward the picture area The clamp pulse generation position Tcp is given by the equation below starting from the trailing edge of sync signal Tcp Clamp Posi Horizontal sync frequency X H Total Pixel seconds 13 Clamp Width It sets the clamp pulse width The clamp pulse width increases starting from the position that is set by the Clamp Posi When this value is increased the clamp pulse width is widened in the direction toward picture area The clamp pulse width Wcp is given by the equation below Wep Clamp Width Horizontal sync frequency X Total P
159. e G detection value becomes the setup value Setup value 220 3 Set the video signal to the NTSC all gray 20 IRE Adjust Sub Brt Video until the G detection value becomes the setup value Setup value 48 2 FWD 50PX1 6 7 8 9 5 Adjust Cb Offset Video until the B detection value agrees with the G detection value Adjust Cr Offset Video until the R detection value agrees with the G detection value Repeat the above steps 5 to 7 until all adjustment values are set to the setup value of step 5 Repeat the above steps 2 to 8 until all adjustment values are set to the setup values of steps 3 and 5 Set Cal Mode to The above described adjustment items 2 3 and 4 must be performed while the picture quality mode User1 is in the standard condition 2 5 Sub Color and Sub Hue 1 Adjustments Connect the NTSC SMPTE color bar signal to Video Input EN gt M er lt SMPTE color bars Set the picture quality setting Userl in the standard condition as follows Select Picture Mode User1 Then set Reset of Adjust Picture to OK Enter the Service Mode and then select the Blue Only mode as follows Select Service Mode gt General gt Blue Only and set 1 FWD 50PX1 4 While observing the screen display adjust the NTSC Sub Color and Sub Hue as follows Select Service Mode gt
160. e amplifier that is capable of adjusting the gain and bias By adjusting the gain and bias of this amplifier the AD calibration is performed to adjust the digital data of three colors The video signal is AD converted after passing through the amplifier and then all three channels are converted into a total of 48 bit digital data of dual phase output This AD converter has a built in PLL When HD of the video signal is input CLK is generated by this built in PLL 1 2CLK 101 pin is output to System IC because the digital data is dual phase The signal converted into the digital data by the AD converter is input to System IC IC601 in which the interlace signal of 15 KHz is IP converted into progressive of 31 5 KHz The signal processed by YUV is controlled in color hue chroma transient improvement sharpness brightness contrast etc and it is converted into the RGB signal by the built in OUTPUT Matrix and output This Matrix is 3 X 3 that is nine registers in total The Hue control Color control etc are enabled by calculating and changing the values using microcomputer As for the RGB input it is output as it is 4 2 In the Scan Converter 1 801 the resolution is converted according to the PDP panel resolution In this unit the progressive signal of 1280 X 768 is output Also wide and zoom function settings can be performed as required The input signal is input in digital dual phase 48 bit however it is output to
161. e surround mode are performed The L and R signals from the preamplifier are input to the D class power amplifier IC3014 IC3015 respectively In this amplifier each input signal is PWM modulated into square wave of about one hundred and several tens KHz and then output The output signal is integrated through LPF that is constituted by L and C and it drives the speaker as an analog waveform 4 1 4 3 The B board has the main two input channels Composite Y C for the color system signals such as NTSC PAL SECAM and YUV RGB for the DTV and PC signals The Composite Y C signal input from the optional board is decoded to the YUV signal by Color Decoder IC2 At that time when the Composite signal is NTSC it is Y C separated by 3D Comb Filter 1 206 and when the Composite signal is PAL SECAM etc it is Y C separated by 3Line Comb Filter IC205 Each output is selected by Selector IC208 IC209 and then returned to Color Decoder IC2 decoded to signal and output to AD converter 1 403 In the case that it is compliant with Closed Caption the RGB signal from Closed Caption Decoder IC4 is added and output The AD converter 1 403 has the two input channels and it is provided with a built in broad band video switch The YUV signal passed through the color decoder is input to INPUT 1 124 133 13 pins and RGB YUV signal is directly input to INPUT 2 126 136 141 pins The built in video switch has th
162. from the already saved data in EEPROM or the signal data that is being input at this moment The following example shows the case the data stored in the EEPROM preset area No 2 is used for editing and the edited data is stored in the area No 11 EEPROM System controller preset data area PROGRAMI PROGRAM2 Editing RAM PROGRAM4 NEN PROGRAMS 6 Editing PROGRAM 22 PROGRAM9 PROGRAM10 PROGRAM12 FWD 50PX1 a Original Data Select Menu structure You can select the original data that is used for editing and copy the selected original data to the editing RAM Service Mode Preset Edit Original Data Select Current Data Select 1 The signal data that is being Table input at this moment is used 2 The data stored in the preset area is used for editing 1 Current Data Select When you select the signal data that is being input at this moment for editing move the cursor to this item and press ENTER The selected data is copied to the editing RAM This mode is prepared for the case that the signal specification is unknown and you can make editing by checking the image on screen Select the respective adjustment items and change the data as desired using the TA key or the lt key The changed data are reflected on screen If you press t
163. ge is displayed Analog 6 V Internal 6 V power supply voltage is dis played c Fan amp Temp Status Menu structure Service Mode Service Status Fan amp Temp Status Fan Drive OK Fan 5 5 44 C DEV 0004 The internal temperature of the machine and the fan operating status are displayed Fan Drive Operating status of the fan drive circuit is displayed OK appears when it operates normally NG appears when it does not operate normally Fan Operating status of the fan is displayed OK appears when all fans operate normally NG appears when any one of the fans does not operate normally P S Temp Temperature status inside the power supply block is displayed OK appears when temperature is normal NG appears when temperature is abnormal P S Temp Temperature inside the power supply block is displayed NO ACK DEV Status whether the communication with the respective devices that are controlled by the bus is established or not is displayed FWD 50PX1 When the value that is displayed on the PDP panel is converted to the binary number each bit has the following meaning Bit 0 Audio Processor Bit 1 Audio Switch Bit2 AV Switch Bit 3 Closed Caption Decoder Bit4 3D Comb filter Bit5 Chroma Decoder Bit6 PDP Bit 7 Tuner No Use for Bit8 Auto Wide Decoder Bit9 AD Converter Bit 10
164. gt SOL LS RN CP 03010 47 01 4 voce g B CHIP 6 3y TO TO 3 3 SIRCSI 6 SIRCS TO 2 3 CONTROL CONTROL m 100 1 168 NUR n 818081 o 6 37 CHIP 1 03146 GND 1 43088 AL CP 03009 RIS ssp Ww t LINE DU 1 180 71028 63037 100 7410 MUTE gt AUDIO MUTE 1 188 B CHIP CHIP t 0 1 6 31 47 CHIP 0305 T Torr 18 es eco LPF LPF UDZ TE 17 5 68 I FE R3098 0 SENS2 gt 03 DETECT s ur Me 1 168 TO 2 3 dn TO 4 82 03009 83015 RN CP 03002 7 tel 100 47 83099 INPUT SEL INPUT SEL muri 5 4 vi 1 protect 03071 RN CP 83108 83140 5 UDZ T 17 5 68 8 28 m LED 8 OUT H is LEDA rt a7 LED A 03099 3005 0 1 STBY 03026 GND 16 50 2 R3004 M uw 1 18039 Fh 1 AT hi 3 3 sincs2 gt 81808 03025 STBY 5 2 AN 03017 83014 UDZ8TE 17128 TET vl 98015 UDZSTE 17128 83199 03157 dini Mem SSMEN1SFU mb 6324 771 03223 63002 4 Lio oo 2 100 8 protect m 163002 6 31 6 31 1 BA24C21F E2 B CHIP AL CP 63220 100 8 31 AL CP 8 10 3 FWD 50PX1 8 15 8 15 A B C D E F G H Q 23 0 2 3 ASV FB3008 013000 OUH DIG 3 3V 2 5 78010 Bt sv GND 0111 3 3 3 3 GND 0111 088882 RGB3 TO 1 3
165. he ENTER key again the screen returns to the previous menu Among the adjustment items the three types of adjustment Freq V Freq and Sync Pol cannot be modified 2 Table When you select the data stored in the preset area move the cursor to this item and press ENTER Select the desired data using the TA key The selected data is copied to the editing RAM This mode is prepared for the case that the signal specification is already known You can make adjust ment and edit data of all items but the modified data are not reflected to the actual picture images FWD 50PX1 as the original data for editing 2 7 0 Data Edit Me nu structure You can edit the data contents of the editing RAM Sync Pol It sets the sync signal polarity Sync polarities are displayed in the order of Horizontal Vertical Sync Pol N N Horizontal sync polarity Vertical sync polarity When you set the sync signal polarity set it as shown below Negative polarity Positive polarity P SOG SOG When Current Data Select is selected in the Original Data Select this item cannot be modified because the presently entered signal is selected for editing Service Mode Preset Edit Data Edit H Freq 031 469 1 Horizontal frequency V Freq 059 94 2 Vertical frequency Sync Pol 3 Sync signal polarity H Total Pixel 800 4 Total number of dots withi
166. is actually driving the fan is displayed as the setting voltage is being supplied It indicates the fan drive data It indicates the temperature that is measured by the temperature sensor built in the power board It indicates the temperature that is measured by the S board attached on top of the BQ block assembly It indicates the temperature that is measured by the S board attached on top of the power board It indicates the temperature that is measured by the S board attached on the right side as viewed from backside 2 5 6 Manual Control This submenu is used in factory for operation checks Do not operate this function 2 6 7 Preset Edit Preset data structure You can add the preset signals in addition to the default preset data The additional preset data are stored in PROGRAMI to PROGRAM12 of PRESET DATA AREA PRO GRAM13 PROGRAM30 are not used Menu structure Service Mode Preset Edit Original Data Select Data Edit Save Area Select Editing procedure An independent memory area editing RAM is assigned for data editing inside the system controller as shown below First copy the source data for editing to the editing RAM Then modify the data on the editing RAM and save the editing contents to the specified preset area of EEPROM In addition to the default preset data that has been set already when shipped from the factory you can edit the various data
167. isplayed If any of Temp 1 2 or 3 value exceeds 66 the Standby indicator flashes at the interval of 0 4 seconds continuously If temperature exceeds 71 C the shutting down is activated 4 Detecting the communication error with each device Service Mode Service Status Fan amp Temp Status Fan Drive OK Fan OK P S Temp 5 44 C NO ACK DEV 0004 1 1 NO ACK DEV It indicates if the communication with Bit 0 Bit 1 Bit 2 Bit 3 Bit 4 Bit 5 Bit 6 Bit 7 Bit 8 Bit 9 Bit 10 Bit 11 Bit 12 Bit 14 Bit 15 the respective devices controlled by the PC bus is correctly established or not Audio Processor Each bit 0 OK 1 NG Audio Switch AV Switch Closed Caption Decoder 3D Combfilter Chroma Decoder PDP No Use for PFM 50C1 E Tuner No Use for PFM Auto Wide Decoder AD Converter EEPROM IP Converter System IC OSD No Use for PFM Bit 13 RTC No Use for PFM Scan Converter No Use for PLD No Use for PFM This model does not have the AV switch therefore bit 2 always goes to 1 high This function detects the device containing error It does not activate displaying the warning nor shutting down operation 5 Detecting the EEPROM error Service Mode Service Status Warning Status EEP ID EEP Save EEP Load Init RTC VDET RTC XSTOP PDP Init DEC Init DC Init
168. ixel seconds FWD 50PX1 14 Format Flag It sets ON OFF of the following respective items in units of bit 00000000 00009 Upper 4 bits are not used 1 0 OFF Setting the IP converter Set to OFF during normal operation 2 Setting interlace It sets the interlace input When the input signal is the interlaced signal OFF When the input signal is the progressive signal 9 Setting to enable the dot adjustment It enables or disables the dot adjustment in the user menu The dot adjustment is enabled in the user menu OFF The dot adjustment is disabled in the user menu If the actual input signal specification is different from the setups of H Total Pixel and H Active Pixel due to fetching the interlace set this item to OFF 4 Frame synchronization setting It sets synchronization setting of the picture input to scan converter ON Vertical sync of PDP panel synchronizes with the input signal OFF The PDP panel display signal is no more synchronized with the input signal When the motion picture is going to be displayed set this item to ON Note This item can be set to ON only when the vertical frequency of input signal is in the range from 50 to 60 Hz 15 Picture Mode It sets the picture quality mode Select the desired mode from Standard Vivid User1 User2 or User3 This setting becomes the default value of the
169. lance Menu structure This adjustment corrects non uniformity among RGB or YCbCr channels of AD converter IC403 a b 9 Service Mode AD Converter Cal Mode off RGB Calibration YUV Calibration Video Calibration Cal Mode Set to to enter the calibration mode Off Normal operation On Calibration mode RGB Calibration The RGB signals are calibrated The RGB signals are calibrated by Sub Cont RGB Red Gain Green Gain Blue Red Bias Green Bias and Blue Bias that are located in the lower layer below this sub menu Adjustment range is from 0 to 255 in each adjustment item YUV Calibration The component video signal 15 calibrated The component video signal is calibrated by Sub Cont YUV Sub Brt YUV Cb Offset and Cr Offset YUV that are located in the lower layer below this sub menu Adjustment range is from 0 to 255 for Sub Cont YUV and Sub and from 0 to 63 for Cb Offset YUV and Cr Offset YUV Video Calibration The composite video signal is calibrated The composite video signal is calibrated by Sub Cont Video Sub Brt Video Cb Offset Video and Cr Offset Video that are located in the lower layer below this sub menu Adjustment range is from 0 to 255 for Sub Cont Video and Sub Video and from 0 to 63 for Cb Offset
170. leasing the set to the customer Check the metal trim metallized knobs screws and all other exposed metal parts for AC leakage Check leakage as described below LEAKAGE TEST The AC leakage from any exposed metal part to earth ground and from all exposed metal parts to any exposed metal part having a return to chassis must not exceed 0 5 mA Leakage current can be measured by any one of three methods 1 A commercial leakage tester such as the Simpson 229 or RCA WT 540A Follow the manufacturers instructions to use these instruments 2 battery operated AC milliammeter The Data Precision 245 digital multimeter is suitable for this job 3 Measuring the voltage drop across a resistor by means of a VOM or battery operated AC voltmeter The limit indication is 0 75 V so analog meters must have an accurate low voltage scale The Simpson 250 and Sanwa SH 63Trd are examples of a passive VOM that is suitable Nearly all battery operated digital multimeters that have a 2 V AC range are suitable See Fig A To Exposed Metal Parts on Set 46 09 0 15 1 5 voltmeter 0 75V Earth Ground Fig A Using an AC voltmeter to check AC leakage FWD 50PX1 SY Printed in Japan FWD 50PX1N SY Sony Corporation 2004 10 22 9 968 064 01 B amp P Company 2004
171. lied Accessories 6 24 6 5 55 3 5 una er terere resp 6 24 7 Block Diagrams 7 1 od 729 BS OD IDEO EG o eg 7 3 8 Schematic Diagrams SUN SME a ERA 8 2 SP ova A opao 8 14 la BER Sebi 8 15 nan nm ee 8 20 EWD 50PX1 nto rere et 8 21 Frame Sound PII Os 8 22 9 Board Layouts RO PR ER TON 9 2 9 4 9 6 EEA O O EI T 9 6 mem ME KRE RU NINI 9 6 SE am O 9 6 O o 9 7 FWD 50PX1 Section 1 Service Overview 1 1 Board Location S board X drive board Power unit board a Digital video board Ps S boards n d H2 board a IE U1 board FWD 50PX1 H1 board FWD 50PX1 1 2 Installing Removing the Cabinet When installing removing the cabinet and replacing the board place the unit on the conductive cushion 1 2 1 Rear Cover Assembly 1 Loosen two panel securing screws then remove the U1 block assembly FWD 50PX1 only Remove the four screws PSW M6 X 20 then remove the four nylon washers and four knobs 3 Remove the fourteen screws PSW3 20 and eight screws PSW3 X 8 then remove the rear cover assembly while holding the handle Handle
172. n horizontal H Active Pixel 640 5 Horizontal resolution power H Sync Pixel 96 6 Number of dots of horizontal sync signal BP Pixel 48 7 Number of dots during the horizontal back porch V total Line 525 8 Total number of vertical lines V Active Line 480 9 Vertical resolution power number of lines Sync 2 10 Total number of lines of vertical sync signal V BP Line 33 11 Number of lines during the vertical back porch Clamp Posi 60 12 Clamp pulse position Clamp Width 8 13 Clamp pulse width number of dots Format Flag 14 Format flag Picture Mode Standard 15 Picture quality mode Color Matrix 12 16 Color difference matrix Zoom Mode 4 3 17 Wide selection 1 HFreq 3 It sets the horizontal frequency When Current Data Select is selected in the Original Data Select this item cannot be modified because the presently entered signal is selected for editing 2 V Freq It sets the vertical frequency When Current Data Select is selected in the Original Data Select this item cannot be modified because the presently entered signal is selected for editing 4 2 8 H Total Pixel It sets the total number of dots within a single horizon tal cycle This setup value becomes the default value of the user menu Total H Pixel Note You should set in a way that number of H Total Pixels is equal or more than sum of H A
173. n remove the power unit 2 Disconnect the nine harnesses from the connectors on the power unit 3 Remove the bolt M8 X 16 and four screws PSW3 6 then remove the QB block assembly 4 Remove the four connectors A 5 Remove the three connectors 6 Disconnect the three harnesses from the connectors on the interface board 7 Disconnect the harness from the connector on the SP board K board bracket assembly Conductive cushion Conductive cushion Connectors A I 14 Attach the power unit and DC fan in the reverse order of steps 1 to 13 Interface board FWD 50PX1 1 9 1 4 2 DC Fan For Q B Mount When attaching the DC fan make sure that the orientation of imprinting is correct 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Remove the connector and two screws then remove the DC fan Imprinting Connector 3 Attach the DC fan in the reverse order of steps 1 and 2 1 10 FWD 50PX1 1 4 3 Plasma Display Panel Be sure to replace the plasma display panel with two persons arc from backside Remove the rear cover assembly Refer to Section 1 2 1 Remove the bezel assembly Refer to Section 1 2 2 Remove the QB block assembly Refer to Section 1 4 1 Remove the S board Refer to Section 1 3 4 Remove the Y drive board Refer to
174. ntal Control 0x0040 to 0x005F System 0x0060 to 0x007F Service 1 AD Converter 0x0080 to 0x009F Service 2 Chroma Decoder 0x00A0 to Service 3 IP Converter 0x00C0 to 0x00DF Reserved 0 00 to Reserved 0x0100 to 0x011F Color Temp 1 Data amp Name 0x0120 to 0x013F Reserved 0x0140 to 0x015F Programmable Gamma 0x0160 to 0x017F PRESET DATA AREA FWD 50PX1 PROGRAM1 0x0240 to 0x025F PROGRAM2 0x0260 to 0x027F PROGRAM3 0x0280 to 0x029F PROGRAM4 0x02A0 to 0x02BF PROGRAM5 0 02 0 to 0x02DF PROGRAM6 0x02E0 to 0x02FF PROGRAM7 0x0300 to 0x031F PROGRAMB8 0x0320 to PROGRAMS 0x0340 to 0x035F PROGRAM10 0x0360 to 0x037F PROGRAM 1 0x0380 to 0x039F PROGRAM12 0x03A0 to Reserved 0x03C0 to Reserved 0x03E0 to Reserved 0x0400 to 0x041F Reserved 0x0420 to 0x043F Reserved 0x0440 to 0x045F Reserved 0x0460 to 0x047F Reserved 0x0480 to 0x049F Reserved 0x04A0 to 0x04BF Reserved 0 04 0 to 0x04DF Reserved 0x04E0 to 0x04FF Reserved 0x0500 to 0x051F Reserved 0x0520 to 0x053F Reserved 0x0540 to 0x055F Reserved 0x0560 to 0x057F Reserved 0x0580 to 0x059F Reserved 0x05A0 to
175. o E Bull N FEST 22552 ose 5 4 2 a 55 2 55 gt 55 N S o a zx o Ka gt i i i Res 2s a I a 2 Se aft ERIE 2 55 255m ed DE 2 EIIE T 7185 2 NM 2 e gt lt S kore m Erz 1 295 au PE 1 m e 2x Sx 5 lt s T a se TI H A T I pen SE a Si a 55 a E z z See S5 5 5 5 NEN 3 LM NND a a a a a no 5 2365 moss SII en 952 2 1 22l 22 lt 2 SE T u Em a lt gt z e s 0 2 5 gt 8 5 5 1 8 7 1346 55 z 2 ix a m 2 i a8 JE 0 to zao 1 perm ad I 1 e Deu Au y e lt gt E N mess S 8 oT 22 S gt 5 5 j ats 2 NN Wy 9 o 56 Ir gt lt lt gt s gt 8 _ _ gt
176. oard Interface Board 1 Remove the rear cover assembly Refer to Section 1 2 1 2 Remove the QB block assembly 3 Remove the power unit Refer to steps 2 and 3 of Section 1 4 1 4 Disconnect all harnesses and flexible flat cables from the connectors on the digital board 5 Remove the six board holders then remove the digital video board 6 Disconnect all harnesses and flexible flat cables from the connectors on the interface board 7 Remove the six board holders then remove the interface board Flexible flat cable Flexible flat cable Harnesses a Flexible flat cables Harnesses Flexible flat cables Harness Interface board Board holders 22 Digital video Board holders Board holders 8 Install the digital video board and interface board in the reverse order of steps 1 to 7 FWD 50PX1 1 4 Replacing the Parts 8 Remove the harness from the four purse locks 9 Remove the four screws then remove the K board 1 4 1 Power Unit DC Fan For Power Supply bracket assembly 10 Remove the four screws BVTT3 X 6 then remove the G bracket When attaching the DC fan make sure that the orientation 11 Remove the two screws PSWA x 25 then remove of imprinting is correct the DC fan 12 Remove the four screws PSW4 x 35 then remove 1 Remove the rear cover assembly the two DC fans Refer to Section 1 2 1 13 Remove the seven screws the
177. ollowing adjustments at least 5 minutes after turning on the power 2 2 Electrical Adjustments Using the Service Mode The electrical adjustments can be performed using the remote commander RM 980C supplied with the FWD 50PX1 The remote commander has the Service Mode Select the Service Mode to perform the electrical adjustments as listed below Service Mode When the machine enters the service mode the Service Mode submenu is displayed in addition to the ordinary user menu The electrical adjustment is executed using the Service Mode submenu Press the STBY key once and back on to enter the STAND BY state or turn off the main power to exit the Service Mode Operation of remote commander in the Service Mode The six keys of MENU ENTER lt gt T and J are the basic operation keys in the same manner as in the user adjustment The other keys can be operated in the same manner as in the user adjustment The electrical adjustments using the Service Mode become necessary in the following cases When one of the following adjustments is made adjustment using the service mode becomes necessary When any repair related to picture Chroma Decoder quality is executed AD Converter White Balance When IC403 B board and its AD Converter peripheral part is replaced When PDP is replaced White Balance When memory IC1007 on the EEPROM Initialize
178. or H2 board User interface having the five keys MENU UP DOWN ENTER and POWER FWD 50PX1 4 2 Q Board The Q board has the three input channels for the video and sound signals two HD15 connectors J3001 and J3002 to input RGB YUV signals and one connector CN3000 to input the signal by connecting with the optional board The video signals input from the INPUT2 connector and optional board are switched by VIDEO SW IC3003 The output signal switched by VIDEO SW 3003 and the input video signal from the INPUTI connector switched by VIDEO SW 1C3004 The selection of with without LPF for the switched signals is performed by VIDEO SW 3006 then the signals are output to the B board from CN3001 The H V SYNC signal at the time of RGB signal input is input to Selector IC3005 In the same way the selected SYNC signal is output from CN3001 These SW controls are performed by the port control from the microcomputer The sound signals input from the two mini jack connectors 13003 and J3004 placed beside the HD15 connector and from the connector connected to the optional board are input to AUDIO SW 1C3022 It is controlled by IIC from the microcomputer and switched to the specified sound Then the switched sound is input to Surround Processor 1C3012 In the Surround Processor various controls of VOL BALANCE BASS and TREBLE and processing of Hall and Simulation in th
179. ordinary solder therefore it is recom Replacement mended to use the soldering iron having a temperature regulator 1 Forremoving the lithium battery refer to steps 1 to 5 The ordinary soldering iron can be used but the iron tip in Section 1 5 3 has to be applied to the solder joint for a slightly longer 2 Attach the lithium battery in the reverse order of steps time The printed pattern copper foil may peel away if the heated tip is applied for too long so be careful 1 9 Warning on Power Connection Use the proper power cord for your local power supply FWD 50PX1 United States Continental United Kingdom Ireland Canada Europe Australia New Zealand Plug type VM0233 COX 07 636 VM1296 Female end 0089 COX 02 VM0310B VM0303B VM1313 Cord type SVT H05VV F CEE 13 53rd O C HVCTF Minimum cord set rating 10 125 10A 250V 10A 250V 10A 125V Safety approval UL CSA VDE VDE DENAN HO Note Use an appropriate rating plug which is applied to local regulations 1 14 FWD 50PX1 Section 2 Electrical Adjustments 2 1 Equipment Required Oscilloscope Tektronix 2465 or equivalent band width 350 MHz or more VG Programmable video signal generator VG814 or equivalent Frequency counter Advantest TR5821AK or equivalent Digital voltmeter Advantest TR6845 or equivalent Potential transformer Regulated DC power supply Remote commander RM 980C Perform the f
180. p tente uniquement Power cord plug should be pulled out from the wall before starting the service operation If power switch is turned OFF only you may receive an electric shock because the unit may have an electric inside Therefore you should pull out the power cord plug from the wall before starting the service operation FWD 50PX1 PEREMO TEH WORDS SRM H 0 KT MERE DEMI TALE CAUTION Danger of explosion if battery is incorrectly replaced Replace only with the same or eguivalent type recommended by the manufacturer Dispose of used batteries according to the manufacturer s instructions Vorsicht Explosionsgefahr bei unsachgemaBem Austausch der Batterie Ersatz nur durch denselben oder einen vom Hersteller empfohlenen ahnlichen Typ Entsorgung gebrauchter Batterien nach Angaben des Herstellers ATTENTION Il y a danger d explosion s il a remplacement incorrect de la batterie Remplacer uniquement avec une batterie du m me type ou d un type quivalent recommand par le constructeur Mettre au rebut les batteries usag es conform ment aux instructions du fabricant FWD 50PX1 ADVARSEL Lithiumbatteri Eksplosionsfare ved fejlagtig h ndtering Udskiftning kun ske med batteri af samme fabrikat og type Lev r det brugte batteri tilbage til leverandgren ADVARSEL Lithiumbatteri Eksplosjonsfare Ved utskifting benyttes kun batteri som an
181. s Harnesses with no part number are not registered as spare parts In need of repair get components shown in the list and repair using them FWD 50PX1 6 1 Cover Block 6 2 Exploded Views 6 x 20 WASHER 6 0 M NYLON PSW 3x8 PSW FWD 50PX1 6 2 Part 1 10 2 10 3 A 10 4 X 20 5 A X 20 X 20 6 7 X 20 8 X 20 9 0 1 46 1 75 1 2 15 2 2 15 3 3 68 4 4 03 5 4 08 6 4 08 7 4 09 8 4 09 7 62 7 62 7 68 7 68 7 68 7 68 FWD 50PX1 No SP Description 62 627 A o MOUNTED CIRCUIT BOARD 0 63 069 o MOUNTED CIRCUIT BOARD 01 FOR FWD 50PX1 70 525 o MOUNTED CIRCUIT BOARD B 22 899 1 s PANEL ASSY Ul FOR FWD 50PX1 22 906 1 s ASSY REAR COVER 23 679 2 s ASSY TERMINAL 0 24 621 1 o ASSY FRAME SIDE 24 710 1 ASSY QB SHIELD COVER 9 778 11 o CLAMP FERRITE 6 157 11 s BATTERY LITHIUM 1220 9 508 01 s CABLE COVER BOTTOM 9 533 01 s BOLT M8X16 0 613 11 o SUPPORT PC BOARD 5 160 01 s PURSE LOCK S DIA 12 1 315 02 s KNOB 3 966 01 s SCREW HEXAGON 0 178 01 o SHEET THERM B 1 0 179 01 o SHEET THERM B 2 3 927 01 s WASHER PLASTIC 6X0 5 8 000 10 s SCREW PSW M6X20 2 947 01 s SCREW PSW 3X6 2 948 09 s SCREW PSW 3X8 2 953 09 s SCREW PSW 3X20 5 646 79 s SCREW BVIP 3X8 Cover Block 6 3 Chassis Block 6 4 FWD 50PX1 gt DOF O to CO
182. s IC BR24C21F E2 C3002 8 759 697 54 s IC BR24C21F E2 C3003 8 759 541 25 s IC M52758FP C3004 8 759 541 25 s IC M52758FP C3005 8 759 011 64 s IC MC74HC4052F C3006 8 759 541 25 s IC M52758FP C3007 8 759 700 07 s IC NJM2903 C3008 8 759 460 81 s IC BA12FP E C3009 8 759 011 64 s IC MC74HC4052F C3010 6 700 571 01 s IC TK15452V C3011 8 759 331 71 s IC NUM4558E C3012 8 759 172 60 s IC TA8776N C3014 6 700 481 01 s TDA7480 C3015 6 700 481 01 s IC TDA7480 C3016 8 759 335 28 s IC 78 09 161 3017 8 159 232 44 s IC TC74HC125AF C3018 8 759 252 59 s IC MAX202CSE C3019 8 759 439 67 s IC TCIW126FU TE12R C3020 8 759 327 60 s IC TC7W125FU TE12R C3022 8 759 351 01 s IC TEA6422DT 03023 8 759 673 52 s IC MM74HC32MTCX C3024 8 759 669 50 s IC SN74CBTD3306PWR 12 C3025 8 759 669 50 s IC SN74CBID3306PWR 12 C3026 8 759 669 50 s IC SN74CBID3306PWR 12 C3027 8 159 232 44 s IC TC74HC125AF J3001 193 183 11 s CONNECTOR D SUB 15P J3002 193 183 11 s CONNECTOR D SUB 15P J3003 566 822 21 s JAC J3004 566 822 21 s JAC J3005 563 330 11 s JACK 3 5MM J3006 563 330 11 s JACK 3 5MM J3007 565 269 31 s SOCKET CONNECTOR D DUB L 9P JR3002 216 295 91 s CONDUCTOR CHIP 2012 13001 406 666 21 s COIL CHOKE 1500H 13002 406 666 21 s COIL CHOKE 1500H 13003 412 029 11 s CHIP INDUCTOR 1004 3225 13004 416 857 11 s COIL CHOKE TROIDAL 65UH 13005 416 857 11 s COIL CHOKE TROIDAL 65UH
183. sers 1 13 Backup Battery 1 14 Unleaded 1 14 Warning on Power Connection 1 14 Electrical Adjustments Equipment 2 1 Electrical Adjustments Using Service Mode 2 1 White Balance Adjustment 2 20 AD Calibration Adjustment 2 20 Sub Color and Sub Hue Adjustments 2 21 Video Decoder Adjustment 2 21 Watch Error Adjustment 2 2 22 Troubleshooting Judging Method When Image Does Not Appear 3 1 Self Diagnosis Eunction ettet 3 2 3 2 1 sienten ppt dei steps 3 2 3 2 2 Abnormality Judgment Criterion 3 2 4 Circuit Description 4 1 Outline rd ba bebe va a dada eda 4 1 4 2 Board tee ERR RR GER EUR 4 1 4 3 B Board ahnen 4 2 4 4 5 Board eti 4 2 5 Semiconductors 6 Spare Parts 6 1 Repair Parts eec ehe een 6 1 6 2 Exploded tare epe repe fe 6 2 6 9 Electrical Parts 4 east 6 8 6 4 Packing Materials amp Supp
184. t DEC Init DC Init Power Off OK OK OK OK OK OK OK OK OK OK When the internal power supply digital system 5 V digital system 3 3 V or analog system 6 V does not start up NG is displayed If any one of these power supplies does not start up the shutting down operation is activated and this indication is stored in log after the PDP unit returns to the normal operation FWD 50PX1 9 Detecting abnormal power off sequence Service Mode Service Status Warning Status EEP ID EEP Save EEP Load Init VDET OK DEC Init DC Init Power Off 1 1 Power Off If the power off sequence is not FWD 50PX1 formed correctly NG is displayed Failure of the power supply block or the PDP is suspected 3 5 Section 4 Circuit Description 4 1 Outline The main functions of each board are as follows Q board Input terminal and selector of video sound system preamplifier of sound system power amplifier of sound system and fan control etc B board Signal processing of video system such as color decoder sync separation A D converter IP conversion scan converter PDP panel interface and OSD composition S board Temperature sensor to detect the temperature inside the unit H1 board Two color LED driver and SIRCS photorecept
185. ue becames the setup value Setup value 220 3 Adjust the Red Gain and Blue Gain until the R and B detection values become the G detection value Set the RGB signal to the VGA 640 x 480 60 all gray 20 IRE Adjust Red Bias Green Bias and Blue Bias until the R B and G detection values become the setup value Setup value 48 2 Repeat the above steps 1 to 5 until all the adjustment values are satisfied at the same time AD Adjustment of Component Input Set INPUTI to the Component input Input the component signal 1080 601 all white 90 IRE to INPUTI Adjust Sub Cont YUV of YUV Calibration until the G detection value becomes the setup value Setup value 220 3 Set the component signal to the 1080 60 all gray 20 IRE Adjust Sub Brt YUV until the G detection value becomes the setup value Setup value 48 2 Adjust Cb Offset YUV until the B detection value agrees with the G detection value Adjust Cr Offset YUV until the detection value agrees with the G detection value Repeat the above steps 5 to 7 until all adjustment values are set to the setup value of step 5 Repeat the above steps 2 to 8 until all adjustment values are set to the setup values of steps 3 and 5 AD Adjustment of Video Input When the Video Input connector is installed Set the INPUT to the Video input Set the video signal to the NTSC all white 90 IRE Adjust Sub Cont Video of Video Calibration until th
186. x135F 0x1360 to 0x137F Area 28 0x1380 to 0x139F 0x13A0 to 0x13BF 0x13C0 to 0x13DF 0x13E0 to Ox13FF 29 0x1400 to Ox141F 0x1420 to Ox143F 0x1440 to Ox145F 0x1460 to 0 147 0x1480 to 0x149F 0x14A0 to Ox14BF 0 14 0 to Ox14DF 0x14E0 to 0x1500 to 0 151 0x1520 to 0x153F 0x1540 to 0x155F 0x1560 to 0 157 Area 32 0x1580 to 0x159F 0x15A0 to Ox15BF 0x15C0 to 0x15DF 0x15E0 to 0x15FF FWD 50PX1 Reserved FWD 50PX1 0x1600 to 0x161F 0x1620 to Ox163F 0x1640 to 165 0x1660 to 0x167F 0x1680 to 0 169 0x16A0 to Ox16BF 0 16 0 to Ox16DF 0x16E0 to Ox16FF 0x1700 to 0x171F 0x1720 to 0x173F 0x1740 to 0x175F 0x1760 to 0x177F 0x1780 to 179 0x17A0 to 0 17 0 17 0 to 0x17DF 0x17E0 to Ox17FF 0x1800 to 0x181F 0x1820 to 0x183F 0x1840 to 0x185F 0x1860 to 0x187F 0x1880 to 0x189F 0x18A0 to Ox18BF 0 18 0 to Ox18DF 0x18E0 to Ox18FF 0x1900 to Ox191F 0x1920 to 0x193F 0x1940 to 0x195F 0x1960 to 0x197F 0x1980 to 0x199F 0x19A0 to 0x19BF 0 19 0 to 0x19DF 0x19E0 to Ox19FF 0x1A00 to Ox1A1F 0x1A20 to 0x1A3F 0x1A40 to 0x1A5F 0x1A60 to 0x1A7F 0x1A80 to Ox1A9F 0x1AA0 to Ox1ABF to OX1

Download Pdf Manuals

Related Search

Related Contents

MXI-Express x4 Series User Manual  Real Decreto 2370/1996, de 18 de Noviembre  Philips Tornado Spiral energy saving bulb 871829111690500  l`engagement professionnel des jeunes agriculteurs  ナイスミドル1キロ粒剤 - 石原バイオサイエンス    Epson A251B User's Manual  

Copyright © All rights reserved. Failed to retrieve file