1 TMPA 8859 SERVICE MANUAL CONTENT (1) General-----------------------------------------------------------------------------1 (2) Frame Chart-------------------------------------------------------------------fig.1 (3) IC Function Introduction ------------------------------------------------------1 3.1 N501 TMPA8859-----------------------------------------------------2 3.2 N001 TC90L01N ----------------------------------------------------------3 3.3 N301 TDA8172 ------------------------------------------------------------4 3.4 N601 TA1343N-------------------------------------------------------------4 3.5 N602 TA8246N----------------------------------------------------------4 (4) I 2 C Bus Control ------------------------------------------------------------------5 4.1 Menu Entry -------------------------------------------------5 4.2 Item Introduction -----------------------------------------------------------5 (5) IC Voltage --------------------------------------------------------------8 (6) Trouble shorting------------------------------------------------------------------9 Modelos: TVS-2542M(SCL) TVS-2545PF(SCL) TVS-2944M(SCL) TVS-2945PF(SCL) TVS-3444M(SCL) TVS-3445PF(SCL)
diagrama
Oct 29, 2014
diagrama de tv sanyo dynamic
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
1
TMPA 8859 SERVICE MANUAL
CONTENT
(1) General-----------------------------------------------------------------------------1 (2) Frame Chart-------------------------------------------------------------------fig.1 (3) IC Function Introduction ------------------------------------------------------1
3.1 N501 TMPA8859-----------------------------------------------------2 3.2 N001 TC90L01N ----------------------------------------------------------3 3.3 N301 TDA8172 ------------------------------------------------------------4 3.4 N601 TA1343N-------------------------------------------------------------4 3.5 N602 TA8246N----------------------------------------------------------4
(4) I2C Bus Control ------------------------------------------------------------------5 4.1 Menu Entry -------------------------------------------------5 4.2 Item Introduction -----------------------------------------------------------5
(5) IC Voltage --------------------------------------------------------------8 (6) Trouble shorting------------------------------------------------------------------9
Modelos:
TVS-2542M(SCL) TVS-2545PF(SCL) TVS-2944M(SCL) TVS-2945PF(SCL) TVS-3444M(SCL) TVS-3445PF(SCL)
1
(1) General
This chassis is consists of main IC TMPA8859, TA1343N, TC90L01N. TMPA8859 is an integrated circuit for a PAL/NTSC TV. A MCU and a TV signal processor (SP) are integraed in a 64-pin shrink DIP package. The MCU contains 8-bit CPU,ROM,RAM,I/O ports,timer/counters, A/D converters,an on-screen display controller,remoter control interfaces,IIC bus interfaces. The TV signal processor contains PIF,SIF,Video,multi-standard chroma,Sync,RGB processors. (2) Frame Chart (see fig.1) L → R
PIF/SIF R, G, B
VT/BL BH/RF AGC
+130V +22V +27V � 110- 220V +13
fig.1
TUNER
AV/TV SWITCH TC90L01
AUDIO PRO. TA1343N
AUDIO POWER TN8246H
TMPA 8859 VM
CRT OSCILLLLATION
2SC3619 X 3
V-OUT TDA8172
DPC CIRCUIT 2SD880
H-OUT 2SD2539
SCAN TRANSFORMER BSC29-3802-12R
ON/OFF POWER STR-G9656
2
(3) IC Function Introduction 3.1 N501 TMPA8859 Function: MCU and SP
Icon PIN Description SDA2 1 IIC bus serial data input/output X-RAY 2 X-ray Output KEY 3 Key input DVSS 4 GND connection RESET 5 Reset signal input XOUT 6 8 MHz oscillator connection XIN 7 8 MHz oscillator connection TEST 8 GND connection DVDD 9 5V power supply VVSS 10 GND connection TV GND 11 GND terminal for Analog block FBP IN 12 Input terminal for FBP H.OUT 13 Horizontal driving pulse output H.AFC1 14 H AFC filter connection V.SAW 15 Terminal to be connected capacitor to generate V saw signal V.OUT 16 Vertical driving pulse output H.Vcc(9V) 17 Vcc terminal for DEF circuit Ys 18 Ys IN Cb in 19 Input terminal for Cb signal Y in 20 Input terminal for Y signal Cr in 21 Input terminal for Cr signal DIG GND 22 GND terminal for Digital block C in 23 Input terminal for Chroma signal V2 in 24 Input terminal for Video signal DIG Vdd 25 Vcc terminal for Digital block CW out 26 Output terminal for fsc wave signal ABCL in 27 Input terminal for ABL/ACL control EW out 28 Output terminal for east-west correction singal IF Vvv(9V) 29 Vcc terminal for IF circuit TV out 30 Detected PIF signal output terminal SIF out 31 Detected SIF signal output terminal EHT in 32 H.C0TT in 33 DC NF 34 Terminal to be connected capacitor for DC Negative feedback PIF PLL 35 Loop filter for PIF PLL connection IF Vvv(5V) 36 Vcc terminal for IF circuit REG FIL 37 Terminal to be connected capacitor for stabilizing internal bias DE-EMP 38 Terminal to be connected capacitor for SIF Det De-Emphasis IF AGC 39 IF AGC filter connection
3
IF GND 40 GND terminal for IF circuit IF IN 41 Input terminals for IF signals IF IN 42 Input terminals for IF signals RF AGC 43 RF AGC control level output YC Vcc 44 Vcc terminal for Y/C circuit Vsm out 45 Output terminal for Vsm signal Black DET 46 Terminal to be connected with Black Det filter for black stretch APC Filter 47 Terminal to be connected with APC filter for Chroma demodulation IK IN 48 Sense ACB cathode current input RGB Vcc 49 Vcc terminal for RGB circuit R OUT 50 Output terminal for R signal G OUT 51 Output terminal for G signal B OUT 52 Output terminal for B signal TV GND 53 GND terminal for Analog block A GND 54 GND connection A VDD 55 5V power supply MUTE 56 SDA1 57 IIC bus serial data input/output SCL1 58 IIC bus serial clock input PWM 59 LED 60 SCL2 61 IIC bus serial clock input SYNC 62 Horizontal sync signal input REMOTE 63 Remote controller signal input POWER 64 Power control (On=Hi. Off=L)
3.2 N001 TC90L01N Function: I2C bus control , Audio/Video switching IC
Name Pin Function Lin TV 1 This pin is for input a left audio signal form the main demodulator in the TV Vin TV 2 This pin is for input a composite video signal form the main demodulator in the TV Rin TV 3 This pin is for input a right audio signal form the main demodulator in the TV V/Yin V1 4 This pin is for input a luminance signal or composite video signal from an external
source(V1 channel) LinV1 5 This pin is for input a left audio signal from an external source(V1 channel) CinS1 6 This pin is for input a chroma signal from an external source(S1 channel) RinV1 7 This pin is for input a right audio signal from an external source(V1 channel) VinV2 8 This pin is for input a composite video signal from an external source(V2 channel) LinV2 9 This pin is for input a left audio signal from an external source(V2 channel) ALC 10 This is an detect output pin of ALC(Auto Level Control) RinV2 11 This pin is for input a right audio signal from an external source(V2 channel) Vcc 12 This is the power supply pin. Apply 9V to this pin. SDA 13 This is an IIC bus data input/output pin. SCL 14 This is an IIC bus clock input pin. GND 15 This is the GND pin. Rout TV 16 This pin is for output right audio signal.
4
Lout TV 17 This pin is for output left audio signal. Yout 18 This pin is for output luminance signal. BAND2 19 This pin is for output band2 to control tuner. Cout 20 This pin is for output chroma signal. BAND1 21 This pin is for output band1 to control tuner. Vout 22 This pin is for output main channel composite video signal. Rout Mon 23 This pin is for monitor-output right audio signal. Lout Mon 24 This pin is for monitor-output left audio signal.
3.3 N301 TDA8172 Function: V-scan output
PIN FUNCTION 1 Inverting input 2 Supply voltage 3 Flyback generator 4 Ground 5 Output 6 Output stage supply 7 Non- Inverting input
3.4 N601 TA1343N Function:TV sound processor
Name Pin Function Offset canceling filter 1 DC offset canceling filter for bass boost. φ4-φ1 2-5 Terminals for capacitors of the phase shift blocks. Lch input 6 Audio input terminal. GND 7 GND terminal. Rch input 8 Audio input terminal. Bias filter 9 Filter for noise rejection of the bias. Bass LPF(R) 10 LPF for bass control circuits. Treble HPF(R) 11 HPF for treble control circuits. Wch output 12 Woofer audio output terminal. Rch output 13 Right audio output terminal. Treble HPF(L) 14 HPF for treble control circuits. Bass LPF(L) 15 LPF for bass control circuits. Lch output 16 Left audio output terminal. Woofer LPF1 17 LPF for bass boost circuit. Woofer LPF2 18 LPF for bass boost circuit. Woofer LPF3 19 LPF for bass boost circuit. Vcc 20 This is the power supply pin. Apply 9V to this pin. Volume filter 21 Smoothing filter for volume control Woofer LPF 22 Smoothing filter for bass boost control SCL 23 This is an IIC bus clock input pin. SDA 24 This is an IIC bus data input/output pin.
5
3.5 N602 TA8246 Function: Audio power amplifier Name Pin Function
NC 1 IN2 2 Audio signal input2. Pre-GND 3 GND terminal. IN1 4 Audio signal input1. MUTE.SW 5 Mute control terminal. RF 6 Ripple filter terminal. MUTE. T.C. 7 Mute control terminal. OUT1 8 Audio signal output1. Vcc 9 This is the power supply pin PW-GND 10 GND terminal. NC 11 OUT2 12 Audio signal output2.
(4) I2C Bus Control 4.1 Menu Entry Press “D” button on the factory remote control to enter the “D” mode, the letter “D” will be
displayed at the upper right coner and the adjusting items will be displayed at the upper left conrer. Press the channel +/- to select the preferred item; press the volume +/- to adjust the value of each item.
4.2 Item introduction
TMPA8859 BUS DATA No S D item Comment 1 S D1 RCUT R CUTOFF 20 2 S D1 GCUT G CUTOFF 20 3 S D1 BCUT B CUTOFF 20 4 S D1 GDRV G DRIVE 40 5 S D1 BDRV B DRIVE 40 6 D1 CNTX SUB CONTRAST MAX 7F 7 S D1 BRTC SUB BRIGHT CEN 50 8 S D1 COLC NTSC SUB COLOR CEN 40 9 S D1 TNTC SUB TINT CEN 40
10 S D1 COLP PAL SUB COLOR CEN(difference) 00 11 D1 COLS SECAM SUB COLOR CEN 40 12 S D1 SCOL SUB COLOR CENTER for DVD 07 13 D1 SCNT SUB CONTRAST 0D 14 D1 CNTC SUB CONTRAST CEN 30 15 D1 CNTN SUB CONTRAST MIN 02 16 D1 BRTX SUB BRIGHT MAX 20 17 D1 BRTN SUB BRIGHT MIN 30 18 D1 COLX SUB COLOR MAX 3F
6
19 D1 COLN SUB COLOR MIN 00 20 D1 TNTX SUB TINT MAX 3F 21 D1 TNTN SUB TINT MIN 3F 22 D1 ST3 NTSC SHARP CEN (TV) 28 23 D1 SV3 NTSC SHARP CEN (AV) 28 24 D1 ST4 OTHER SHARP CEN (TV) 28 25 D1 SV4 OTHER SHARP CEN (AV) 28 26 D1 SVD SHARP CENTER in DVD 28 27 D1 ASSH ASYMMETRY-SHARPNESS 04 28 D1 SHPX SUB SHARP MAX(difference) 3F 29 D1 SHPN SUB SHARP MIN(difference) 12 30 D1 TXCX UV COLOR MAX 1F 31 D1 RGCN UV COLOR MIN 1F 32 D1 ABL ABL data 35 33 D1 DCBS A part of video data 14 34 D1 CLTM The data when TV mode 28 35 D1 CLVO The data when AV mode 2F 36 D1 CLVD The data when DVD mode 40 37 D1 DEF 01 38 D1 AKB 00 39 D1 R SNS R SENSE 00 40 D1 G SNS G SENSE 00 41 D1 B SNS B SENSE 00 42 S D1 HPOS 60Hz H-position 0C 43 S D1 VP50 50Hz V-position 04 44 S D1 HIT 60Hz Vertical size 15 45 D1 HPS 50Hz H-position(D) 02 46 D1 VP60 60Hz Vertical phase 02 47 D1 HITS 50Hz Vertical size FF 48 S D1 VLIN 60Hz V-LINEARITY 0F 49 D1 VSC V-S CORRECTION 07 50 D1 VLIS 50Hz V-LINEARITY(D) FF 51 D1 DPC 60Hz E-W PARABOLA 0C 52 D1 DPCS 50Hz E-W PARABOLA(dif) 00 53 D1 KEY 60Hz TRAPEZIUM 21 54 D1 KEYS 50Hz TRAPEZIUM(D) 00 55 D1 WID 60Hz PICTURE WIDTH 1B 56 D1 WIDS 50Hz PICTURE WIDTH(dif) 00 57 D1 CNRT EW cornet corr 08 58 D1 CNRB EW cornet corr 09 59 D1 VEHT V-COMPENSATI 06 60 D1 HEHT H-COMPENSATI 01 61 D1 VSS Shift data of 50Hz/60Hz 00 62 D1 BRTS SUB BRIGHT(D) 00 63 S D1 RAGC RF AGC 28 64 D1 HAFC HAFC GAIN 09
7
65 D1 AGCC AGCC(Nouse) 66 D1 FLG0 Flags for IF 52 67 D1 FLG1 FLAGS 05 68 D1 REFP REF Pulse Position 00 69 D1 STBY 00 70 D1 SVM SVM data 06 71 D1 BLK 00 72 D1 VCEN V Centering 10 73 D1 HITL1 HIT offset for zoom1 04 74 D1 HITL2 HIT offset for zoom2 08 75 D1 HITL3 HIT offset for zoom3 0C 76 D1 DPCL1 DPC offset for zoom1 01 77 D1 DPCL2 DPC offset for zoom2 02 78 D1 DPCL3 DPC offset for zoom3 04 79 D1 MOD MODE 03 80 D1 UCOM Chroma APC Setting 60 81 D1 MODE3 Video mute setting 80 82 D1 NOIS HAFC control 01 83 D1 SYCT 08 84 D1 VTST 00 85 D1 PYNX H.SYNC MAX in normal condition 28 86 D1 PYNN H.SYNC MIN in normal condition 18 87 D1 PYXS H.SYNC MAX in search condition 22 88 D1 PYNS H.SYNC MIN in search condition 1E 89 D1 ONTM 00 90 D1 NSHP 10 91 D1 V01A VOLUME 1% 09 92 D1 V25A VOLUME 25% 24 93 D1 V50A VOLUME 50% 40 94 D1 V100A VOLUME 100% 60 95 D1 VMUTE2 Half mute volume setting 14 96 D1 WCTL APRO mode data 41 97 D1 SUR1 MONO Surround MODE 06 98 D1 SUR2 STORE 1Surround MODE 0C 99 D1 SUR3 STORE2 Surround MODE 0F 100 D1 BASC BASS Center 40 101 D1 BASX BASS MAX 72 102 D1 TREC TREBLE Center 42 103 D1 BALC BALANCE Center 40 104 D1 WOFC WOOFER Center 40 105 D1 BAS1 BASS data in MEMORY 1 CB 106 D1 BAS2 BASS data in MEMORY 2 3C 107 D1 BAS3 BASS data in MEMORY 3 CB 108 D1 TRE1 TREBLE data in MEMORY 1 55 109 D1 TRE2 TREBLE data in MEMORY 2 37 110 D1 TRE3 TREBLE data in MEMORY 3 A8
8
111 D1 WFL1 Woofer data in MEMORY 1 CB 112 D1 WFL2 Woofer data in MEMORY 2 99 113 D1 WFL3 Woofer data in MEMORY 3 E4 114 D1 WON1 WOOFER ON coefficient 05 115 D1 WON2 WOOFER ON coefficient 09 116 D1 WOFF WOFFER out level when Woofer off 00 117 D1 AUCON1 Stereo/SAP noise threshold AA 118 D1 AUCON2 Level adjust setting 02 119 D1 AUALI1 For wideband expander 00 120 D1 AUALI2 For spectral expander 00 121 D1 AUTIM Timing current alignment data 00 122 D1 AUSTP Audio step 01 123 D1 VPCT X-ray protection counter 02 124 D1 TUNR Select tuner 00 125 D1 CCDOSD 22 126 D1 CCDOSDF 59 127 D1 OSDF 65 128 D1 OSD 2E 129 D1 PDOPT0 PANDA OPTION0 F1 130 D1 PDOPT1 PANDA OPTION1 00 131 D1 Waittime V-MUTE when POWER ON 58 132 D1 CUR CEN CENTER OF SCREEN OPEN CA 133 D1 CUR STEP STEP OF SCREEN OPEN 02 134 D1 PWR Self check data 00 135 D1 BUS Self check data 00 136 D1 MEM Self check data 00 137 D1 OPT Optional setting 9F 138 D1 OPTM1 Optional setting A2 139 D1 OPTM2 Optional setting 00 140 D1 OPTM3 Optional setting C3 141 D1 OPTM4 Optional setting 04 142 D1 CATVSEL 00
Note: the bold date cannot be changed
(5) IC voltage N507 TMPA8859
PIN 1 2 3 4 5 6 7 8 9 10 11 12 13 Voltage / / / 0 5 2.4 2.3 0 5 0 0 1.1 1.9
PIN 14 15 16 17 18 19 20 21 22 23 24 25 26 Voltage 6.6 4.2 4.7 9 / 2.5 2.5 2.5 0 2.5 2.5 3.3 /
PIN 27 28 29 30 31 32 33 34 35 36 37 38 39 Voltage 4.9 4.6 9 5.1 1.8 4.1 3 2.3 2.4 5 2.2 4.4 4.2
PIN 40 41 42 43 44 45 46 47 48 49 50 51 52 Voltage 0 0 0 4.5 2.7 2.7 1.9 2.6 0 9 2.5 2.5 2.5
PIN 53 54 55 56 57 58 59 60 61 62 63 64 Voltage 0 0 5 / 4.8 4.8 / / / 4.4 2.5 /
9
N001 TC90L01
PIN 1 2 3 4 5 6 7 8 9 10 11 12 13 Voltage 4.5 4.5 4.5 4.5 4.5 4.5 4.5 4.5 4.5 5 4.5 9 /
PIN 14 15 16 17 18 19 20 21 22 23 24 Voltage / 0 4.5 4.5 4.5 / 4.5 / 4.5 4.5 4.5
N301 TDA8172
PIN 1 2 3 4 5 6 7 Voltage 2.7 26.2 1.4 0 14 26.5 2.7
N601 TA1343N
PIN 1 2 3 4 5 6 7 8 9 10 11 12 13 Voltage 4.5 4.5 4.5 4.5 4.5 4.5 0 4.5 5.7 4.5 4.5 4.5 4.5
PIN 14 15 16 17 18 19 20 21 22 23 24 Voltage 4.5 4.5 4.5 5.1 5.1 5.1 9 0 1.5 / /
N602 TA8246N
(6). Trouble shorting T803
Power supply outline
PIN 1 2 3 4 5 6 7 8 9 10 11 12 Voltage / 2.1 0 2.1 2.4 7.4 0 11 22 11 / 11
12
14
18
Rectifying and
Detection
B1 +130V
H.OUT Power supply
Rectifying and
Detection
B2 +27V
V.OUT Power supply
Rectifying and
Detection
B3 +21V
Audio Power supply
10
6.1 No grating, no picture, no sound General, these failures are produced by power sources, because of which refer to a wider area, so that can
be divided them two conditions to explain: no B1 130 V and existing B1 130V.
(1) No B1 (130 V) voltage (voltage of network 220 V ac)
These failures may be caused by power supply switch.
(2) Existing B1 130 V
These failures may be caused by abnormal operation of horizontal scan, to confirm which can
observe the filament of tube whether bright on. If determined horizontal scan in abnormal operation, look
for the failure start from the horizontal drive stage. Search upward to TMPA8859 with method of
checking DC voltage and waveform according to sequence: PIN13/H.OUT port→ PIN17 power supply→
V707/9V output.
Check C809(+) voltage
Check N804(5) voltage
Check C809,N804 at
condition of short-circuit?
Replace the parts of failure
Check V708 b voltage
300V 0V
Y
Check voltage+B 0V
Check R812 N804
0V 1.5V
0.7V 0
Check N501 Check VD855 VD854 VD851 VD852 C851 C861 C863 C855
11
6.2 Existing grating and no picture
Check voltage at 17 pin of TMPA8859 =9 V
Check voltage at 13 pin of TMPA8859
=1.9 V
Check V707 V706 V705
Check VD852 Check V401 T401 T402
Check N501
N Y
Y N
AbnormalNormal
Y N
N Y
Check the voltage of PIN29
36 44 49 of N501
Check V2in waveform
existed at PIN24 of N501
Check TVin waveform at N001/PIN2
Check N501
Check N801 N802
Check circuit between PIN41~PIN42 of N501
Check N001
* � Whenever open or interconnect on the bus from CPU to E2PROM and main chip, no picture can occur.
Check (15V) voltage
15V0
Check OSD on screen
Check N803 N501 G701
NY
12
6.3 Existing grating and picture, no sound
6.4 Cannot save channels 6.5 CPU non-operating
Check the audio signal of + pins of two loudspeaker
Check loudspeaker Check waveform at pin2 4 of N602
Check waveform at pin5 7 of N601
Check N602 R880
Abnormal Normal
Y
N
N
Y
Y Y
N
N N
N
When searching automatically channels, observe whether can display picture
Check VT voltage of TUNER=0--30 V
Check SYNC waveform at N501/PIN62
Check N501 Check SYNC waveform at V703 V704 N001/PIN22
Check 33 V of voltage
Check N501 V702 Check R863 and VD713
Check voltage at PIN9 54 of N501 =5V
Check voltage at N501/PIN5(RESET)=5V Check N803
VD852
Y
Y
N
Check N701 G701 Check V701 VD701
N
Check tuner
Check N602 V603 V604
Check waveform at pin1 3 of N001
Y
Y N
Check N001 Check N501 V605 C601
Y
56 55 54 53 52 51 50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33
323130291 2 3 4 5 6 8 9 10 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26 27 28117
IF V
CC
(+9V
)
SIF
OU
T
IF G
ND
IF IN
IF IN
RF A
GC
IF A
GC
APC
FIL
TER
CW O
UT
RGB
Vcc
Ys I
N
V2
IN
TV G
ND
R OU
T
G OU
T
B OU
T
IK IN
V.S
AW
TV G
ND
V.OU
T
REG
FIL
.
AB
CL
IN
H.C
OTT
/SIF
IN
TV O
UT
DC N
F
DE-
EMP
EHT
IN
PIF
PLL
Vsm
OU
T
(CB)
Vin
(CR)
Vin
C IN
YC
Vcc
EW O
UT
Y IN
DIG
Vdd
BLA
CK D
ET
IF V
CC
(+5V
)
DIG
GN
D
H.OU
T
H.V
cc
FBP
IN
H.A
FC1
64 63 62 61 60 59 58 57
KEY
DV
SS
BAND
1
BAND
2
VT
MU
TE
POW
ER
SCL2
SDA
2
SYN
C
AV D
DV
V S
S
AGND
XIN
XOUT
RES
ET
REM
OTE
TEST
SCL1
SDA
1
DVDD
VD7041SS133
C7180.1C719
0.1
C7220.01
C72110uF
VD713uPC574
VD7141SS133
C716330
R7231KOV702
2SC1815Y R72422KO
C717220
R725330
B8
R72933KO
R72833KO
R72633KO
R72733KO
A2A1A0
GND
VDD
1 2 3 4
8 7 6 5C7120.01
C71310uF
R71747
ATM
24C0
8N7
01
SDA
SCL
V7032SC1815Y
V7042SA1015Y
R73222KO
C7242700
R7333.9KO
R7343.9KO
C7251500
R73512KO
R736470
C726180R737
68KO
C7271uF
R738560KO
R739680
C72833uF
16V
C7050.01
C70610uF
C714100
G7018MHz
C70422
C70322
L70110uH
R714 10KO
R71610KO
R70610KO
C7080.01
C70710uF
L70210uH
R721330
R71910KO
R70210KO
C710100
C72327
R73110KO
R742100
R7411kO
VD7014B3
V7012SA1015Y
C7020.01
R701330
R705100
R7031KO
R70433KO
R7111KO
R7094.7KO
R7071.5KOR708
8.2KO
T101TRF0459
1
2
3
5
4
Z101D1036C1
C1110.022
L1021uH
V1012SC1906
C1091000
R104910
R1053.3KO
R106560
R10733
R102120
R103100
R1103.3KO
C1120.01
R108220
C3010.47uF
C514100uF
C5150.01 C513
2200
C1270.22uF
C5120.22uF
C125100uFC126
0.01
C4031000uF
C4040.01
C5090.01
C60210uF
C1280.01
C4060.01
C40510uF
C508100uF
R410270
VD4031SS133
R4058.2KO
C4020.47uF
C4018200
R511270
R512270
R513270
R50730KO
L10412uH
C1231000
C1240.47uF
R111100
C4074700
C5040.01
C5111uF
R4461KO
R506220KO
R40110kOVD401
OPEN
VD4141SS133
C50610uF
16V
C5070.1
R505100KO
R11210KO
R448100KO
R447150KO
V1022SC1815Y
L1058.2uH
X101X6.5MHz
C1210.01
+
C12210uF
V1032SC1015Y
R118470
R117100
R119470
R116220
R115220
R6013.3KO
R114100
L10312uH
C6010.01
R4081KO
R4072.2KO
V4112SC1815Y
C1130.01
C11447uF
C1060.47uF
C1050.47uF
C1014.7uF
16V
R10191KO
R1092.2MO
C1030.1
L11147uH
1 2 3 4 5 6 7XS201
Lin
V2
Cin
S1
ALC
Rin V
2
V/Yi
n V1
Lout
MO
N
V ou
t
Vin V
2
Rin V
1
Lin
V1
Vin
TV
Lout
TV
1 2 3 4 765 8 9 11 12
131415222324
10
Lin
TV
Rin
TV
161718192021
I/O 1
/
I/O 2
/
SDA
SCL
GND
Vcc
C ou
t
Rout
MO
N
Y ou
t
Rout
TV
R0134.7KO
C0171000
R0124.7KO
C0161000
R0064.7KO
C0081000
R0054.7KO
C0071000
R00882
V
L/M
R
V
L/M
R
C Y
C0111000 L001
56uHR00782
AV1 IN
AV2 IN
C00310uF
C0022.2uF
R001100
R003100
C0012.2uF
L/R
-IN
V-I
N
C0052.2uF
C00410uF
16V
C0062.2uF16V
C0090.01
R004100
R011100
L-S
1
R-S
1
C-S
1
Y-S
1
C01210uF
C0132.2uF
C0152.2uFR009
100C0180.01
C019100uF
R016100
R015100
C01422uF
R0141MO
L-S1
R-S
1
C-S
1
Y-S
1
L-IN
2
Rin2V-IN
2
L IN2
R IN2
V IN2C02747uF16VR025
75
R0341KOR033
2.2KOC03410uF16V
R035100KO
R026180
R0281KO
R0292.2KO
C02910uF16V
R031100KO
V0012SC1815Y
V0022SC1815Y
V0032SC1815Y
R032100
R027100
V
L/M
R
TV OUTMON-V
AV-L
AV-R
Y
Cb
Cr
R05382
R05282
DVD IN
R019100
R024100 R018
100R017100
R021100O
R05182
R502100
R503100
R504100
R0442.2kO
R0471KO
V0052SA1015Y
FIL
-1
FIL
-2
V.F
SDA
SCL
W.F
HPF
(R)
OFF
SET
FIL
-3
FIL
-4
L OU
T
R OU
T
Vcc
(9V
)
R IN
PUT
LPF(
R)
W O
UT
GND
FILT
ER
L IN
PUT
1 2 3 4 765 8 9 11 12
131415161718192021222324
10
N601
TA13
43N
HPF
(L)
LPF
(L)
LPF
2
LPF
1
LPF
3
C61110uF C612
0.039C6140.039
C6190.027
C6150.039
C6130.01
C622 OPEN
C6218200
C6248200
C626 0.01
C6270.033
C6230.01
C6250.027
C6184.7uF
C6162.2uF
C6172.2uF
C6343.3uF
C63210uF
R611100
R619100 R618
100R617100
R616100
R612OPEN R613
100R614OPEN
R615100
C6330.01
C6290.022
C6280.047
C6310.01
41 2 3
L OU
T
GND
R OU
T
XS601
1 2 3 4 765
V IN
GND
Vcc
1
V OU
T
C3071uF
C309220uF
C3052200uF C306
0.47uF
C311100uF
C3082700
C3030.22
R3021.5
VD302ERB4406
4321
!
2
R307270
1R309OPEN
1
R308OPEN
1 R3111
R3034.7KO
R3044.3KO
R306OPEN
R30110KO
R3134.3KO
R305OPEN
R31222KO
ABCL IN
EHT IN
EW OUT
V4012SC2383-0
R4042.7KO
C412390
C411820
+ C41347uF
T401BCT-15
L402TEM2011Y
L403TEM2011Y
V4022SD2539
C4147200
C4167200
C4170.033
VD404BY228
VD409EU2A
C421220
VD405BYT56M
R402560
R403240
4
1
R4121
+ C42222uF
C4332200
V4072SD2012
L401TLN3109D
L407TLN2083-3
+ C419OPEN
C4180.39
+ C43710uF
1
R4341KO
6
R4143.9
!
2
R4334.7
R41156
1
R4300.39
XS401
321
C4340.056
R44110KO
VD415 1SS133
R445 2.7MO
R4442.2MO
FV1
FV2
SV
HV
1
3
2
5
6
7
9
4
10
8
T402A BSC29-3802-12R
R47610KO
R4776.8KO
C423OPEN R413
OPEN
VD411OPEN
V403OPEN
R43110KO
R421OPEN
R42556KO
R422560
R424OPEN
R423560
R4296.8KO
R4273.3KO
R428560
R43210KO
V4062SA1015Y
VD4071SS133
R426560
C438OPEN
VD4062V7C436
OPEN
V4052SA1015Y
V4042SA1015Y
VD4127B3
VD413BYT56M
1
R4160.33
+ C4271000uF
C426470
C5011uF
C5021uF
C5031uF
R1133.3KO
C442OPENR442
OPENR443OPEN
R4062.2KO
H.OUTFBP IN
H.OUTFBP IN
WPD
H.COTT
R439OPEN
XS701
R74610KO
R472OPEN
R473OPEN
R471OPEN
V408OPEN
R474OPEN
SHORT
SHORT
SHORTOPEN
C4320.01
C431470uF
1
2
3
N801AN7809
C4290.01
C4281000uF
1
2
3
N802AN7805
H.OUT
FBP IN
IN(R)
R5091.8KO
R508100
R7514.7kO
R7523.3kO
R7534.7KOR754
2.7KO
R75533kO
R75668
V7052SC1815Y
V7062SC1815Y
V7072SC2655Y
R7584.7KO
VD7119C3
R757180
2R409 270
C1020.01
PWM SI
F
C701100
R605100
R6062.2KO
L50110uH
L50210uH
1 2 3 1 2
R31033KO
R796110KO
R79530KO
R79311KO
R79416KO
R7925.6KO
S701
S702
S703
S704
S705
S706
2
1
GND
KEY
A3 A1
IN(W)
A1 XS702
A3 XP701 A3 XP702
16V
GND
16V
A 2 XP201
16V16V
16V
C6034.7uF16V
16V 16V
16V
16V 16V
16V
16V16V16V16V
XP402
16V
16V
16V16V16V
16V16V
N001
TC90
L01N
16V16V16V
16V 16V
16V16V16V 16V
25V
16V
250V
500V
500V
!
!
!500V
16V16V16V
500V 35V
1.6KV 1.6KV
220VAC50Hz
!
XP803
XP802
!
!
16V
16V 16V
2R437 56
B5+9V
B6+5V
500V
B2+27V
B1+130V
N301TDA8177
R122 1.5MO
B5+9V
U101TDL-3N1
AGC VT BU BH BL MB IF
B5+9V
+32V
B6+5V
B6+5V
B5+9V
B4+9V
B4+12V
B2+27V
V0062SC1815Y
8O/10W 8O/10W
B5+9V
V6032SA1015Y
C51710
C51810
C51910
VD705 1SS133
VD706 1SS133
L301TEM2011Y
R4351KO
R436 1KO
C5050.47uF
1
R41812KO
250V
250V
!
100V
16V
16V
N501
TMP8
827P
SNG
(OTP
)
XP702
V
L/M
R
XS005
GND
LIN
GND
RIN
VINXP006
6
5
4
3
2
1
GND
AV2 IN
A4
A1 XS006
XS006
GND
LIN
GND
RIN
VIN
6
5
4
3
2
1
GND A4 XP006
XS702
OPENN602
W IN
R IN
GND
L IN
MU
TE
FIL
TE
MU
TE.T
.C
L OU
T
Vcc
GND
W O
UT
R OU
T
1 2 3 4 5 6 7 8 9 10 11 12
TA8246
C6521uF
C6531uF
C65447uF
C6554.7uF
C663470uF
25V
C661470uF25V
C656470uF35V
25V
R6332.2
C6580.1
C6570.01
R6352.2
C6600.1
16V
C64110uF
C64847uF R63247kO
R63110KO
R65315kO
VD6011SS133
VD6041SS133
C6422.2uF16VR623
2.7kO
R6248.2kO
R62822kO C645
0.012
V6022SC2878A
C6432.2uF16VR625
2.7kO
R6268.2kO
R62922kO C646
0.012
V6032SC2878A
V6042SA1015Y
16V16V
C6472.2uF
35VL OUT
R OUT
GND
IN(L)
B3+21V
B4+12V
Vcc
2
XS402
XP601
R65615kO
V2062SC1815Y
V2042SC1815Y
V2032SC3619
V2022SC1815Y
V2012SC3619
V2052SC3619
R201 560
R202 560
R20356
R204470
R205 560
R206 220
R20756
R208470
R209 560
R210 560
R21156 R212
470R2211KO
C201470
C202470
C203470
VD201 1SS131
VD202 1SS131
VD203 1SS131
VD204 1SS131 VD205 1SS131
VD2061SS131
C211 100
C212 100
C213 100
R226 100
R227 100
R228 100
R213 100KO
R21415
R222 910
R223150
R2253.3kO
R264 15
V2072SC2120Y
+ C20510uF
+ C20610uF +
C207220uF
+C2080.47
R220 1.2KO
R219 1.2KO
R218 1.2KO
2 R21515KO
L20110uH
L20210uH
C2091000
XP401
SV
FV
HV
XS205 XP205
16V 16V 16V16V
+ C2044.7uF250V
K R
KG
K B
FILG
ND
FIL
G1
G2
FOC
US
EHT
AQU
Text
Text
Text
A2 XS401
C2210.01 V210
2SC1815Y
V2112SC752
V2132SC2655Y
V2142SC1815Y
VD2081SS133
VD2091SS133
R24510
C228100
C2274700
V2162SB1186A
C22647µF
V2172SD1763A
V2152SA1015Y
VD2111SS131
C2304700
C229100
VD2101SS131 R260
2.7
C23247µF
C22247µF16V
+ +
16V
500V
16V
+
500V
A1 XS201
!
1
2
3
4
56
7
R
G
B
GND
VMGND
+9V
XP201
V2082SC1015Y
R2501.2KOR251
1.5KO
V2092SA1015Y
R2321KO
R2332.2KO
R235 150
R23668
R2401.8KO
R247 22
R24922
R2551.5KO R256
1.2KO
R25268KO
R25368KO
R25412KO
2R216 15KO
2R217 15KO
2KV
A2
1
2
3
4
R234470
R23827KO
R23933KO
R23722KO
L20010uH
R25856
C23468
XS204
500V 1
2
3
+ C23347uF16V
R25756
2 R261220
1R246 330
+C2242.2uF
R229 1KO
R230 1KO
R231 1KO
R248220
R2592.7
L203TEM2011
L204TEM2011
L205TEM2011
C23510µF160V
+
HEATER
+200V
GND
XP804+130V
GND
+12V
C23110µF+160V
R271 OPEN
XS804+12V
GND
+130V B1+130V
Circuit Diagram of TMPA8829-E-KD Color TV Receiver
C862470uF
C865470
C861470
VD852EU2A
VD855BYT56M
C809330uF
C8041000
C8031000
C8021000
C8051000
VD803TVR4J
VD801TVR4J
VD804TVR4J
VD802TVR4J
R831 12MO
R821680
VD81818V
VD8161S133
C831 2200
C8110.022R815
56KO
R8013.3MO
C8010.1
T801LCL-45
4 1
3 2
N805PC817C
10
12
15
16
2
1
7
3
V8112SC2655Y
!
!
!
!
1 R8121MO
T803 BCK-150-29A!
!
!
!
!
15
R8724.7
C8641000uF
C863470
VD854EU2A
14
11
F8014A/250V
2
3
450V1KV
1KV
1KV
1KV
630V
500V
35V
25V
500V
AC 400V
AC250V
XS8031
XS802
LIVE AREA
1KV
RT801MZ73B-12O-J
VD811RU1P
C8122202KV
L812TEM2011Y
1 2 3 4 5
N804STR-G9656
C81310002KV
L810TEM2011Y
R8220.22
L813TEM2011Y
R8230.22
R81610
VD813EU2A
R8183.3KO
C815680
VD812EU2A
VD81530V
R8206.2KO
VD81418V
C81747uF
VD817EU2A
C816470
C8100.01
VD810 ISS133R814 3.3KO
C8140.1
L811TEM2011Y
R81168KO
C853470uF
C851470
VD851BYT56M 35V
500V
18
R8251KO
R85547kO
R856OPEN
R854150kO
VD8616C2
RP851B-2KO
R852120KO
R8800.33
C866330uF
R8535.6kO
V8532SC1815Y
C8720.1
R8661!
B2+27V
B3+21V
160V
R873 1KO
R86315KO B8B1
+135V +32V
1
2
3
N803AN7805
C8920.01
C893470uF16V
B7+5V
R855220
V7082SC1815Y
R7594.7KO
C8320.47uF16V
R87210KO
VD8585.6V
This diagram is only for reference
VD710
R791470
XP7013
2
1
GND
+5V
REMOA1 XS701
HRF205
N703HS0038
1 2 3R798
10
R799470
C78110uF16V
X102X5.5MHz
C5210.1
L50327uH
C52222
TMPA8829-E-KD
TO
TO
TO
TO
TO
FROMFROM FROM
FROM
Related Documents
