Thomson vph-6910c free download

File name VPH6910C 1.pdf

POWER SUPPLY INTERFACE - INTERFACE ALIMENTATION - NETZTEIL - ALIMENTAZIONE - INTERFAZ ALIMENTACIУN SCHEMATIC DIAGRAM - SCHEMA DE PRINCIPE - SCHALTBILD - SCHEMA - ESQUEMA FP001 T1AL 250V BP001 AC1 LP701 2x47mH DP002 DP001 CP850 1n0 400Vac PGND PGND DP004 DP003 CP010 47u/400V RP015 33k/2W CP015 2n2/400V TGND MAIN -UH -UH * TW080 BC337-40 * RW082 47K GND RW051 22R/2W TW051 BC337-40 GND DW095 RLS4153 RW095 12k/0.25W TW095 BC848B +5VS1 TW005 2SC3279-M RW033 27R CW033 prep. TW033 RN2402 RW005 680R RW006 680R RW007 680R RW008 680R CW005 100u TW050 2SA1300-GR * TW081 RN2402 * RW081 10k/0.25W * RW024 2k7 * DWO25 BZT55C24 GND ECO1 DVCC +5VE +UHSTBY CP801 100n AC2 180~264Vac (W) * FP051 N10 * DP051 RGP10G +UH +UH -30VE +5VE4 RW055 22k LP050 SMT17(10646230) 17 CW050 22u RP030 100K/0.125W RP031 100K/0.125W -24VE RP032 180K/0.25W RP017 82K/0.125W PGND RP016 82K/0.125W DP015 RGP10M 8 * CP051 100uF 16 6 10 RP056 15R DP056 RGP10G CP057 33u/50V CP056 Prep. 14 TGND TGND TGND * RP053 15R * CP053 Prep. * DP053 RGP10G -UH +33VE RW054 5k6 RW053 1k3 CW051 100u GND +14VE +33VE 10k * DW081 LS4448 10k 1 GND CP034 4n7 RP033 470R RP039 150R RP036 470R TP030 BC858B RP037 1K5 0.25W RP034 22k RP029 47R/0.25W CP030 47uF PGND DP030 BAV21 DP031 BZX85C18 PGND 10k CP032 10n 10k DW034 GND GND BZT55C33 + GND +33VS DP032 BZT55C10 TP031 BC858B DP035 LS4448 RP049 10k RP041 prep(SMD) CP049 10u RP043 1k RP042 1k TP048 BC848B DP048 LS4448 DP047 LS4448 CP026 prep. RP027 1K8 RP024 4K7 RP026 4K7 18 11 * CP054 33uF/50V 10k RW012 8R2/2W RW013 2k7/0.5W TW012 BC337-40 CW012 33u POWER_ON -30VE VM_+17VE 10k GND TW034 RN1402 +12VS TP020 STP5NB60 RP020 33R RP040 Prep.(0.25W) CP040 prep. PGND RP025 100R DP040 Prep.(SMD) 3 15 DP025 1N4148 2 DP061 prep. CP061 prep. 10k TP049 BC858B RP048 100k DW014 BZT55C12 TW013 RN2402 DW013 0R GND GND TW014 RN1402 RW056 100R/1W RW052 2k7/0.5W + CP020 100p 1K0V DP064 RGP15G CP064 470uF/25V TGND LP064 22U CP065 prep. DW012 LS4448 +14VE 10k 2 RP021 68k RP023 47R 10k DP065 prep. DP067 prep. JP211 DW015 LS4448 ECO2 CP025 4u7 PGND DP037 LS4448 1 13 TGND LP066 6u8 CP066 1000uF CP072 prep. GND 10k +5VE4 GND TW052 2SC3279-M +5VS2 RW057 1R5 PGND PGND CP021 1n DP046 LS4448 DP020 BZX85C15 1.3W CP048 10u RP008 4K7/0.25W DP066 TGND IN5822 12 CP067 1000uF TW093 BC848B RW004 10k 0.25W DW052 BZT55C5V1 3 RP044 100k RP009 10R CP039 68p CP038 68p TGND GND RP079 prep. DW053 1N4148 GND +14VE TP032 BC337-40 RP038 1K5 PGND RP046 1k IP050 TLP621 DP091 LS4448 RP074 RP072 100R prep. JP205 DP092 LS4448 RP096 10k RP092 33k RP098 1K/0.25W RP099 22k +5VE DW091 BZT55C10 RW098 11K TW092 STP22NE03L V_CAPSTAN RP071 TP071 100R BC858B CP073 prep. RP076 150R PG 4 RP022 4R7/3W DP021 BZX85C15 1.3W CP033 220p J206 TP096 BC848B CP091 1u CP092 1u TGND TGND JP207 CP071 10u RP070 330R0 CP070 prep. DP070 MTZJ4.7C PGND PGND PGND TGND TGND TGND TGND TGND TGND RW099 10k 10k CAP_HIGH 10k TGND GND DRAWN GND GND TW094 RN1

File name VPH6910C 3.pdf

IF AMPLIFIER - AMPLIFICATEUR FI - ZF VERSTДRKER - AMPLIFICATORE FI - AMPLIFICADOR FI SCHEMATIC DIAGRAM - SCHEMA DE PRINCIPE - SCHALTBILD - SCHEMA - ESQUEMA FI LI100 10U JI200 JI003 JI004 CI075 100n LI080 +5_IF 4u7 RI081 560R +5_IF PB REC TI080 BC848B PB / REC +5VS (18) +5_IF (I ) * DI040 BA592 RI040 4K7 * TI040 RN1402 * RI042 4K7 * FI020 OFWK9453M I1 O1 RI072 27K RI084 130R (CE,ME) 180R(GR) 270R(UR) FI081 6.5MHz (CE) 6/6.5MHz(ME) RI080 3K3 RI082 330R TI080 EE FI080 5.5/74MHz 6MHz(UR) (CE,ME,GR) I2 O2 GND @ RI044 0R * CI045 10n * RI041 2K7 RI071 1K * CI040 1n CI072 CI041 1n RI070 10K 56n TI045 RN1402 * * JI001 CI070 10n RI073 27K CI076 100n * CI002 22n 40.4MHz FI001 # * CI003 56p RI003 15K * CI004 5p6 # RI020 3K3 # CI005 4p7 +5_IF LI020 CI020 22n u33 * JI002 RI005 18K * CI071 100u +5_IF BA592 DI001 * * RI002 15K CI001 1n TI030 RN1402 * TI020 MMBTH10LT1 CI021 1n RI024 RI021 1K RI022 33R II010 TDA9817/18 +5_IF RI004 180R RI050 330R RI025 47R 100R FI010 I1 O1 CI024 CI025 RI100 2K7 RI029 RI028 330R RI030 0R 5K6 22u CI028 RI051 1K TI050 BC848B RI052 330R CI050 22n RI001 10R 2u2 I2 O2 GND RI023 1R CI022 22n +5_IF OFWG3953M RI027 0R * JI009 JI008 JI011 JI010 JI006 (T) (W) * * CI023 270p 2u2 1K RI026 * 3n3 CI100 CI026 220n CI027 10n CI101 56n 77.8MHz FI070 RI102 (prep) * RI043 2K7 DI041 BA592 0R (PAL only) PI010 22K RI083 3k3 CI074 10n +5_IF JI005 RI101 180K H 1Vpp * -- delete for PAL models ( ME, GR, UR ) (N) # -- delete for PAL I models (UR) (T) (N) AGC (Z) SOUND_IF (T) B_1(L') NORM +5VS IF 9 2 10 3 A_IF GND TI031 RN1402 * 4 5 6 1 7 AFT @ -- delete for SECAM/PAL models (CE) 8 R 9000 First issue 04/00 VIDEO_IF (Z) (V)

File name VPH6910C 8.pdf

POWER SUPPLY INTERFACE - INTERFACE ALIMENTATION - NETZEIL - INTERFACCIA ALIMENTAZIONE - INTERFAZ ALIMENTACIУN BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES FP001 LP701 MAINS FILTER DP001 а DP004 - CPO10 BRIDGE RECTIFIER 8 17 RECTIFIER SMOOTHING DP051 CP051 +UH ­UH 16 TP020 CP020 POWER SWITCHING RPO22 230-264VAC 50Hz SWITCHING OFF CIRCUIT TP032 TP030-TP031-TP033 BASE DRIVER 6 10 RECTIFIER SMOOTHING RECTIFIER SMOOTHING RECTIFIER SMOOTHING RECTIFIER SMOOTHING RECTIFIER SMOOTHING DP056 CP057 DP053 CP054 +33VE 1 18 ­30VE ZERO VOLTAGE 11 DP061 (PREP) CP061 (PREP) +17VE DP064 CP064 DP067 CP066 MINIMUM ON TIME CIRCUIT 15 +14VE POWER COMP. 3 12 +5V4E LP050 SOFTSTART CIRCUIT TRANSFORMER VOLTAGE RЙGULATION OPTOCOUPLER FEEBACK SEPARATOR TP071 IP050 VIDEO SIGNAL PROCESSING - TRAITEMENT VIDEO - VIDEO SIGNALVERARBEITUNG - ELABORAZIONE VIDEO - TRATAMIENTO VIDEO BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES QV002 4,43MHz 72 SECAM DET PAL_M DET 71 70 VXO2 69 63 AMP 61 59 INV 55 1H/2H D.L 53 52 + KIL DET PB APC R A B 47 COMB TH D.L EQ 1H D.L 46 TV030 ACC DET P R Sub BPF PB BGA-B PB BGA-A BPF2 P P LPF BPF1 R P R YNR CLAMP LA71555M/LA71565M IV001 R 1/2 FBC P Y/C MIX R NLde EM P R SYNC SEP CLAMP5 Chara INS 44 42 BV 001 Sub CONV Main CONV R R P B-UP AMP ACC AMP P R KIL B.D. NAP LPF P C-LPF TV102 TV103 8 1 FM AGC PB EQ DOUBLE LIM DEMOD SUB LPF P R BPF PIC CONT CLAMP DPH SERIAL DECODER NC 29 OSD Video 4 TV101 6 9 10 12 PB SECAM 13 16 17 IIC CLK SW 18 19 25 23 VEE PB TV400 V.EE PB TV401 OSD mix(L) IIC DA SW HD (T) Main EMPH CSYNC1 FILTER LV401 TV002 LUMINANCE PLAYBACK PATH PAL PLAYBACK PATH VIDEO SIGNAL PROCESSING - TRAITEMENT VIDEO - VIDEO SIGNALVERARBEITUNG - ELABORAZIONE VIDEO - TRATAMIENTO VIDEO BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES REC ON PC103 3 4 PC104 C SYN IV001 pin19 KIL DET IV001 pin24 TC112 12 16 1 FREQ. ADJ. 4,3 L E L E/L 1 26 24 19 SYN GATE TIMING GENERATOR E LIMIT. :4 REC SYN. GATE 1,1 ANTI BELL FILTER CTL mode E BELL FILTER REC MUTE S P 30 L REG 31 5/7 CC130 22 28 4,2V V EE REC CC124 CC132 5VSS TC 127 TC128 ES TC 126 HA SEC VIDEO IX101 pin2 REC ON SEC CHR REC SECAM RECORD PATH PC103 3 4 PC104 C SYN C1 IV 001 pin 19 KIL DET TV 001 pin 24 16 21 IC100 L E 18 22 FREQ. ADJ. L 4,3 L LIMIT. E 5/7 1,1 BELL FILTER LIMIT. x2 2,2 x2 REG 31 SYN GATE TIMING GENERATOR PB SYN GATE ANTI BELL FILTER CTL mode P S 6 8 11 14 AMP E PB MUTE 26 24 TC133 AMP PB Y/C BV 001 pin 3 + 5V SS 4,2V CC132 CC124 CC114 SECAM PLAYBACK PATH PB SECAM IV001 pin 12 MECHA DECK CONTROL / SERVO CONTROL - GESTION / ASSERVISSEMENTS - MECHANIKSTEUERUNG / SERVO - CONTROLLO MECCANICA / SERVO - SERVOMECANISMO / GESTIТN BLOCK DIAGRAM - SCHEMA SYNOPTIQUE - BLOCKSCHALTBILD - SCHEMA A BLOCCHI - ESQUEMA DE BLOQUES BJ001 IH001 IH002