A
B
C
D
E
F
G
H
I
J
K
L
M
N
1
2
3
4
5
6
7
8
9
10
11
O
- 55 -
+5V
CVBS
YUV_V
YUV_U
YUV_Y
YC_C
YC_Y
XX
FB3401
8
7
6
5
4
3
2
1
IC3401
XX
A_OUT
A-IN
A+IN
V-
B+IN
B-IN B_OUT
V+
ALRCK_OUT
ABCK_OUT
JL3400
JL3401
JL3402
JL3404
JL3403
+10V5
JL3406
JL3407
ADO_OUT
ABCK_OUT
ALRCK_OUT
ALRCK_OUT
ABCK_OUT
ADO_OUT
CVBS_OUT
VDCLK,VDO[0-7]
JL3423
XX
C3425
XX
FB3400
0uH
FB3402
8
76
5
4
3
2
1
IC3400
XX
DATA
BCKI
LRCK
MCK
RO
VSS
VDD
LO
Q3412
XX
ATX
+3V3D
XX
R3405
XX
R3447
XX
R3444
1k
R3430
XX
C3419
XX
R3412
XX
R3445
XX
C3420
XX
C3422
XX
R3413
XX
C3424
XX
R3446
XX
R3448
XX
R3442
C3441
XX
16V
0.01
C3404
XX
R3453
XX
C3406
R3484
XX
XX
R3410
XX
R3452
XX
C3421
XX
R3402
XX
R3492
XX
R3493
XX
C3440
XX
R3404
XX
R3481
47
R3436
XX
R3409
XX
R3450
XX
R3411
XX
R3424
XX
R3480
XX
R3403
10p
C3411
0uH
FB3416
0uH
FB3417
0uH
FB3412
0uH
FB3403
0uH
FB3415
0uH
FB3418
0uH
FB3419
0uH
FB3413
0uH
FB3414
0uH
FB3410
0uH
FB3409
0uH
FB3411
VDO_FLD
VDO_VHSB
VDO_VVSB
XX
FB3420
XX
FB3421
XX
FB3422
JL3433
JL3434
JL3435
XX
R3414
XX
R3416
XX
R3417
ABCK,ADO,ALRCK,AMCK
+10V5
XX
C3407
XX
R3490
XX
R3491
54
3
2
1
IC3403
XX
CONTROL
GND
NOISE
VOUT
VIN
XX
C3438
XX
R3420
XX
C3408
XX
C3437
TP3404
TP3405
TP3406
TP3407
Q3409
MSB709-RT1
CVBS_OUT
nBOARD_RST
+3V3D
+1V5D
1k
R3407
+3V3D
+2V5D
1k
R3401
10k
R3418
+3V3D
CI_PWR_EN
+5V
nCI_OVR
10k
R3419
1
10V
C3412
+5VD_CI
8765
4
3
2
1
L5973ADTR
IC3406
OUT
SYNC
INH
COMP
FB
VREF
GND
VCC
6.3V
470
C3445
16V
180
C3439
25V
10
C3444
STPS2L25U
D3400
15uH
L3401
10uH
L3400
5.6k
R3433
6.2k
R3434
6.8k
R3435
+10V5
16V
0.022
C3443
16V
220p
C3442
4.7k
R3432
+3V3D
0uH
FB3407
0
R3437
Q3400
XX
XX
R3439
XX
R3438
Q3404
XX
XX
R3458
XX
R3459
XX
R3460
XX
R3474
XX
C3453
R3473
220
+9V
XX
R3423
PTZ-TE25-3.9B
D3401
1
2
3
4
5
6
7
7P
CN3401
CVBS
GND
L/(LRCLK)
GND
R/(BCK)
GND
(DATA)
0uH
FB3408
TP3426
XX
R3451
XX
R3449
VINVOUT
GND/ADJ
NCP1117STAT3
IC3404
10V
4.7
C3413
XX
C3400
200
R3425
1k
R3426
+5V_AUDIO_DAC
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
20P
CN3400
GND
VCLK
GND
VDO[7]
GND
VDO[6]
GND
VDO[5]
GND
VDO[4]
GND
VDO[3]
GND
VDO[2]
GND
VDO[1]
GND
VDO[0]
GND
M_RST
1
2
3
4
5
PQ070XNA1ZPH
IC3405
VIN
EN
VO
U
T
VREF
GND
1k
R3400
8765
4
3
2
1
LM3525MX-H/J5000395
IC3402
EN
FLAG
GND
NC
NC
OUT
IN
OUT
0.1
C3405
XX
C3401
10V
0.1
C3403
XX
C3414
0.1
C3402
10V
0.1
C3410
XX
C3416
10V
0.1
C3432
0.1
10V
C3417
10V
0.1
C3446
10V
0.1
C3415
XX
C3423
16V
100
C3436
16V
0.47
C3409
10V
C3428
10
33
R3406
AMCK
DAC_R
DAC_L
ADO
ABCK
ALRCK
VDO[4]
VDO[6]
VDO[5]
VDO[7]
VDO[2]
VDO[3]
VDO[0]
VDO[1]
VDCLK
COMPOSITE
VIDEO
AUDIO DAC & AMP
AMPLIFIER GAIN = 1.6
VIDEO AMPS/BUFFERS
OPEN/SHORTS COUNTERMEASURE
PLACE CLOSE TO IC3400
EMMA 2V5 REG
DIGITAL VIDEO OUT
SYSTEM & I2S AUDIO & VIDEO
EMMA 1V5 REG
NOTE R3425, R3426
ARE 0.5% TOLERANCE.
Cu Heatsink
-----------
Add 16mmx16mm area
Connect to TAB of
Regulator
NOTE R3401, R3407
ARE 0.5% TOLERANCE.
Cu Heatsink
-----------
Add 13mmx13mm area
Connect to TAB of
Regulator
CI POWER SWITCH
NOTE R3433, R3434, R3435
ARE 0.5% TOLERANCE.
EMMA 3V3 REG
NOTE : THESE ANALOGUE LEFT AND RIGHT OUTPUTS ARE
CURRENTLY NOT USED. DIGITAL I2S IS PASSED THROUGH HERE.
NOTE - R3145 ON SHEET 1 ALSO MADE NO-MOUNT
FEE
4/6
FEE-WAX2
TO AE BOARD
CN7502
1.5V REGULATOR
COMPONENTS MARKED AS XX ARE NOT FITTED ON THIS MODEL
TP1
~ FEE Board Schematic Diagram [ Digital Microprocessor ] Page 4/6 ~
(20us/div)
~ FEE (4/6) Board Waveform ~
500mVp-p (H)
TP1
Summary of Contents for BRAVIA KDL-32V2000
Page 19: ... 18 WAX2 RM ED005 SECTION 2 DISASSEMBLY 2 2 STAND REMOVAL 2 1 REAR COVER REMOVAL ...
Page 20: ... 19 WAX2 RM ED005 2 3 VESA BRACKET REMOVAL 2 4 SHIELD COVER REMOVAL ...
Page 21: ... 20 WAX2 RM ED005 2 5 SPEAKER REMOVAL 2 6 AC INLET REMOVAL ...
Page 22: ... 21 WAX2 RM ED005 2 7 AE and TUE BOARD REMOVAL 2 8 BE and FEE BOARD REMOVAL ...
Page 23: ... 22 WAX2 RM ED005 2 9 G1 or G2 BOARD REMOVAL 2 10 H1E BOARD REMOVAL ...
Page 25: ... 24 WAX2 RM ED005 2 13 SHIELD BASE REMOVAL 2 14 LCD PANEL REMOVAL ...