Read Sony KDL-32T2600 Service Manual online
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~ BC Board Schematic Diagram [ Tuner, Audio/Video Processor, HDMI & PC Input ] Page 10/13 ~
1005
10V
X7R
C7214
0 . 1
1k
R7238
FE_DBA0,FE_DBA1,FE_DCASB,FE_DCKE,FE_DCLK,FE_DCLKB,FE_DCSB,FE_DQM0,FE_DQM1,FE_DQS0,FE_DQS1,FE_DRASB,FE
_DVREF,FE_DWEB
TP7226
GND_1
1/16W
R7234
CHIP
1005
5%
220
XX
R7205
DTC114EUA-T106
Q7203
1005
10V
0 . 1
X7R
C7204
XX
R7247
GND_1
TP7201
6.3V
47
C7230
JL7208
3.3V_MAIN
XX
C7223
GND_1
2012
10V
4.7
C7211
10V
0 . 1
C7221
68
RB7206
1
2
3
4
5
6
7
8
TP7211
FE_NAND_RBB
TP7202
FE_FWEB
1/10W
RN-CP
5%
100
R7236
GND_1
100
RB7207
1
2
3
4
5
6
7
8
GND_1
XX
R7211
GND_1
10k
R7226
JL7204
SDA
100
R7218
SDA_EMMA
JL7201
TP7200
FE_NAND_CLE
TP7203
1/10W
RN-CP
5%
100
R7237
GND_1
3.3V_MAIN
JL7218
10V
0.1
C7208
3.3V_MAIN
1005
10V
X7R
C7213
0 . 1
FE_DADD[0-12]
TP7207
SDA
FE_FTV_CONFIG0
TP7221
10k
R7209
100
R7230
68
RB7212
1
2
3
4
5
6
7
8
GND_1
FE_CI_TSD[0-7]
FE_FCSB0
50V
1000p
C7205
TP7210
JL7217
1k
R7227
470
R7207
JL7211
XX
R7220
1005
50V
1p
CK
C7227
1005
1/16W
CHIP
5%
R7224
10k
GND_1
JL7200
FE_CVBS
10V
0 . 1
C7200
10V
0 . 1
C7202
XX
R7214
TP7223
3.3V_MAIN
100
RB7210
1
2
3
4
5
6
7
8
JL7210
XX
R7212
68
RB7213
1
2
3
4
5
6
7
8
S
2SK2036(TE85L)
Q7201
FE_FOEB
TP7204
10k
R7221
TP7220
1k
RB7201
2
1
4
3
6
5
8
7
1k
RB7204
2
1
4
3
6
5
8
7
XX
C7206
GND_1
SCL
TP7225
100
R7219
TP7216
68
R7217
100
RB7209
1
2
3
4
5
6
7
8
TP7218
JL7203
R7240
XX
27MHz
X7200
1608
1/10W
RN-CP
5%
R7246
10k
FE_DQ[0-15]
68
RB7205
1
2
3
4
5
6
7
8
JL7216
1005
0 . 1
B
C7222
TP7219
8
7
6
5
4
3
2
1
ICS7150MLFT
IC7202
X1
NC
VIN
GND
CLK
VDD
PD
X2
10k
R7223
XX
R7225
2012
10V
4 . 7
F
C7209
10V
0 . 1
C7210
1/10W
RN-CP
5%
100
R7235
XX
R7222
FE_RADD[19-25]
0uH
FB7201
TP7205
GND_1
3.3V_MAIN
1k
R7204
0uH
FB7200
MA113-(TX)
D7200
10V
0 . 1
C7203
JL7212
16V
0 . 0 1
C7224
TP7215
10k
R7213
JL7206
48
43
6
5
46
4
3
2
1
47
45
44
42
41
37
38
39
40
12
10
11
9
8
7
36
31
32
33
34
35
18
17
16
15
14
13
30
29
28
27
26
25
24
23
22
21
20
19
NAND128W3A2BN6F
IC7200
NC
NC
NC
NC
NC
NC
RB
FOE
CE
NC
NC
VCC
VSS
NC
NC
CLE
ALE
WE
WP
NC
NC
NC
NC
NC
NC
NC
NC
NC
I/O1
I/O2
IO/3
IO/4
NC
NC
NC
VSS
VCC
LOCKPRE
NC
NC
IO/5
IO/6
IO/7
IO/8
NC
NC
NC
NC
JL7215
1/16W
C
H
IP
1005
5%
R7202
1k
1005
10V
X7R
C7215
0 . 1
10V
1
C7201
B
1608
3.3V_STBY
XX
R7216
FE_PWMOUT
100
R7229
3.3V_MAIN
TP7217
1005
10V
X7R
C7217
0 . 1
1005
50V
1p
CK
C7226
TP7208
0 . 1
C7212
10V
X7R
X7R
1005
10V
X7R
C7218
0 . 1
47
R7233
FE_FTV_CONFIG1
TP7206
JL7202
TP7213
100
RB7211
1
2
3
4
5
6
7
8
4.7k
R7208
3.3V_MAIN
TP7209
R7201
XX
RF_DIGITAL
GND_1
GND_1
TP7227
3.3V_STBY
TP7222
1k
RB7202
2
1
4
3
6
5
8
7
FE_NAND_ALE
FE_CLK27M
JL7214
5V_MAIN
1608
1/10W
RN-CP
5%
R7244
10k
470
R7200
100
RB7208
1
2
3
4
5
6
7
8
1005
10V
0 . 1
B
C7229
100
R7231
JL7213
2012
10V
4 . 7
F
C7219
SCL_EMMA
XX
R7239
5.5V
0.22F
C7231
1
0
9876
5
4
3
2
1
RV5C387A-E2
IC7203
32KOUT
SCL
SDA
INTRC
VSS
INTRA
INTRB
OSCOUT
OSCIN
VDD
68
R7228
JL7207
100
R7232
470
R7206
SCL
RESET_N
R7241
XX
16V
100
C7220
1/10W
RN-CP
5%
220
R7249
FE_RDATA[0-7]
XX
R7210
FE_FTV_CONFIG2
JL7209
XX
C7207
TP7212
GND_1
FE_+2V5_DDR
1k
RB7203
2
1
4
3
6
5
8
7
3.3V_MAIN
0uH
FB7202
TP7214
1005
10V
0 . 1
X7R
C7216
1k
RB7200
2
1
4
3
6
5
8
7
10k
R7203
XX
R7215
JL7205
TP7224
DTA143EUA-T106
Q7205
RT1N141M-TP-1
Q7202
1/10W
RN-CP
R7243
5%
10k
MMDL914T1
D7201
WAKE_UP
RTC
2
3
4
1
32.768kHz
X7201
48
9
53
56
1
49
50
51
2
55
54
52
345678
47
10
46
45
44
43
42
11
12
13
14
15
41
40
39
38
37
36
35
16
17
18
19
20
21
22
34
33
23
24
32
25
31
30
29
26
27
28
57
58
59
60
61
62
63
64
65
66
IC7201
HYB25DC256160CE-6
VDD
DQ0
VDDQ
DQ1
DQ2
VSSQ
DQ3
DQ4
VDDQ
DQ5
DQ6
VSSQ
DQ7
NC
VDDQ
LDQS
NC
VDD
NC
LDM
WE
CAS
RAS
CS
NC
BS0
BS1
A10
A0
A1
A2
A3
DQ15
VSS
A4
A5
A6
A7
A8
A9
A11
A12
NC
CKE
CLK
CLK
UDM
VSS
VREF
NC
UDQS
VSSQ
NC
DQ8
VDDQ
DQ9
DQ10
VSSQ
DQ11
DQ12
VDDQ
DQ13
DQ14
VSSQ
VSS
VDD
1005
50V
27p
CH
C7232
1005
50V
68p
CH
C7233
15uH
L7200
Q7200
ISA1235AC1TP-1EF
TP7230
TP7231
TP7232
TP7233
JL7222
TP7228
TP7229
1005
50V
100p
CH
C7234
1005
50V
100p
CH
C7235
1005
50V
100p
CH
C7236
1005
50V
100p
CH
C7237 1005
50V
100p
CH
C7238
GND_1
GND_1
GND_1
FE_RDATA[7]
FE_DADD[11]
FE_DQ[2]
FE_RDATA[5]
FE_DADD[3]
FE_RADD[22]
FE_DCASB
FE_DRASB
GND_1
FE_RADD[23]
FE_DQ[12]
FE_DADD[10]
FE_DQS1
FE_RADD[21]
FE_CI_TSD[0]
FE_RADD[25]
FE_CI_TSD[5]
FE_CI_TSD[1]
FE_DVREF
FE_DADD[9]
FE_CI_TSD[6]
GND_1
FE_CI_TSD[2]
GND_1
GND_1
FE_DWEB
FE_DADD[12]
FE_DADD[7]
FE_DADD[0-12]
FE_CI_TSD[3]
FE_CI_TSD[7]
FE_DQ[3]
FE_DADD[1]
GND_1
FE_DADD[0]
FE_DBA1
FE_CI_TSD[4]
FE_DQ[6]
FE_DADD[5]
FE_DQM0
FE_RADD[24]
GND_1
FE_DADD[6]
FE_RADD[20]
FE_DADD[8]
FE_RDATA[6]
FE_DQ[0]
FE_RDATA[3]
FE_DQS0
FE_RDATA[6]
FE_DQ[13]
FE_RDATA[0]
GND_1
FE_DQ[11]
FE_DQ[10]
FE_RDATA[2]
FE_DQ[14]
FE_DQ[5]
FE_DQM1
FE_RDATA[7]
FE_DQ[4]
GND_1
FE_DADD[2]
FE_DQ[1]
FE_DVREF
FE_RDATA[0]
FE_DCLK
FE_RDATA[2]
FE_RADD[19]
GND_1
FE_RDATA[4]
FE_DCLKB
FE_RDATA[1]
FE_RDATA[3]
FE_DQ[15]
FE_DADD[4]
FE_DQ[9]
FE_DQ[8]
FE_DBA0
FE_DCKE
FE_RDATA[1]
FE_DCSB
FE_DQ[7]
FE_RDATA[4]
FE_RDATA[5]
NAND FLASH
THIS BOX IN SAME AREA ON PWB
RDATA[0] = 1 = ENDIAN = Big Endian
RDATA[2:1] = 10 = MRGMODE1-0 = Full merge & All bytes
RDATA[3] = -- = RESERVED
RDATA[5:4] = 10 = VRCLKSEL1-0 = 187MHz
RDATA[8:6] = 101 = MCLKSEL2-0 = 166MHz
RDATA[9] = 1 = ROMBEND = Big Endian
RDATA[10] = 1 = BWSEL = 8bit
RDATA[11] = 1 = MINIBOOT = use miniboot
RDATA[13:12] = 11 = BOOTSEL1-0 = Nand, then Memory Stick
RDATA[15:14] = 00 = BOOT_NAND_SEL1-0 = <256mbit
RADD[25] = 1 = EJTAG_MODE = EJTAG
RADD[24] = 0 = DINT_EN = disable
RADD[23] = 1 = DSYSELB = main only
RADD[22] = 1 = PCIMODE = host
RADD[21:20] = 00 = PCI_SIZE1-0 = 32Mbyte
RADD[19] = 0 = NANDCS = CS0
RDATA[2:1] = 10 = MRGMODE1-0 = Full merge & All bytes
RDATA[3] = -- = RESERVED
RDATA[5:4] = 10 = VRCLKSEL1-0 = 187MHz
RDATA[8:6] = 101 = MCLKSEL2-0 = 166MHz
RDATA[9] = 1 = ROMBEND = Big Endian
RDATA[10] = 1 = BWSEL = 8bit
RDATA[11] = 1 = MINIBOOT = use miniboot
RDATA[13:12] = 11 = BOOTSEL1-0 = Nand, then Memory Stick
RDATA[15:14] = 00 = BOOT_NAND_SEL1-0 = <256mbit
RADD[25] = 1 = EJTAG_MODE = EJTAG
RADD[24] = 0 = DINT_EN = disable
RADD[23] = 1 = DSYSELB = main only
RADD[22] = 1 = PCIMODE = host
RADD[21:20] = 00 = PCI_SIZE1-0 = 32Mbyte
RADD[19] = 0 = NANDCS = CS0
0
OPTION #1
PLACE THESE CAPACITORS CLOSE TO IC PINS.
MRGMODE1
BOARD VERSION RESISTORS - MOUNT ON
SIDE-A
SIDE-A
LEAVE N.C. SO NOT USED
0.5%
DDR SDRAM
MCLKSEL0
0.5%
RESERVED
BOOTSEL0
0
OPTION #2
VIDEO AMPS/BUFFERS
PLACE R7201 &
R7202 ADJACENT
R7202 ADJACENT
STRAP PINS
VRCLKSEL1
LAYOUT NOTE:-
REMOVE GND PLANE AROUND AND UNDERNEATH IC7202
AND X7200 INCLUDING TRACKS FROM XTAL TO IC.
REMOVE GND PLANE AROUND AND UNDERNEATH IC7202
AND X7200 INCLUDING TRACKS FROM XTAL TO IC.
0
PCIMODE
S/W OPTION SELECT RESISTORS
0
BOOT_NAND_SEL_0
TO FORCE "BOOT FROM MEMORY STICK",
CONNECT (SHORT) TP7207 TO TP7208, OR
CONNECT (SHORT) JL7200 TO JL7201
CONNECT (SHORT) TP7207 TO TP7208, OR
CONNECT (SHORT) JL7200 TO JL7201
ROMBEND
PCI_SIZE1
MCLKSEL2
DSYSELB
MRGMODE0
MINIBOOT
BOOTSEL1
FTV_CONFIG0
DINT_EN
FTV_CONFIG1
FTV_CONFIG2
0
BOARD VERSION RESISTORS - MOUNT ON
SIDE-B WITH JL’S ON SIDE-B
SIDE-B WITH JL’S ON SIDE-B
EJTAG_MODE
0
NOTE PIN 6 IS NOT GND ON SAMSUNG
NAND FLASH, ONLY TOSHIBA
NAND FLASH, ONLY TOSHIBA
PCI_SIZE0
27MHZ CLOCK
BWSEL
BOOT_NAND_SEL_1
VRCLKSEL0
0
NANDCS
MCLKSEL1
0
OPTION #3
0
PLEASE PLACE COMPONENTS IN
ENDIAN
PLACE THESE CLOSE TO PIN 49 OF IC
10D/13
BC
BC.SE1A
COMPONENTS MARKED AS XX REFER TO PARTS LIST, WILL ONLY BE LISTED IF FITTED
10C/13
BC
10A/13
BC
10B/13
BC
BC.SE1A
BC.SE1A
BC.SE1A