Philips TES2.0E, Service Manual

Page: 20 / 40

EN 20 TES2.0E LA 7. Circuit Diagrams and PWB Layouts
Main Board: Scaler MST96889LD
5
5
4
4
3
3
2
2
1
1
D D
C C
B B
A A
<< HDMI_INP UT >>
<< PC_INPUT >>
<< DVD_INP UT >>
<< S CART_INP UT >>
<< VIDEO_INP UT >>
<< DDR_MEMORY_ BLOCK >>
HDMI_IN PUT
S CART_INPUT
DVD_INPUT
VIDEO_IN PUT
PC_INPUT
Mode S elec tion.
INT/EXT u -COM _OPTION
S PI_ S eri a l_ Fl as h
EXT_ u -COM.
PWM1,PWM2= =>LOW
PWM0,PWM 3 = => HI
2M X 16 b it X 4BK
CAP 02/14
.
0214
S PI FLA S H 96 88 . 0214
NON_PIP_TV-OUT
BOM .
PC S : L .
S FOR1 : L .
S FOR0 : L .
DEEM : H .
HYNIX HY5DU2 8 1622ET-5-20 0MHz 8 x16-2.5V
EtronTech EM6A9160T S -5G-2 00MHz 8 x16-2.5V
MIRA P2 S 2 8 D40DCTP-G5-200 MHz 8 x16X2-2.5V
NANYA NT5D S8 M16F S -5T-200 MHz 8 x16X2-2.5V
I2C a ddre ss a t A1.
HDCP KEY
I2C a ddre ss a t A0.
M a in EEP ROM
HDMI_ S CL
HDMI_ S DA
HDM
H
HDMI_TXCLK-
H
HDMI_TX1-
HDMI_TX2-
H S _RGB
BIN-
GIN-
GIN+
S OG
RIN+
BIN+
V S _RGB
RIN-
S C_Chrom a
F S _CVB S
S V_C0
S V_Y0
VCOM2
H S _CVB S
CVB S 1
VCOM1
TUNER_CVB S
VCOM0
CVB
S _OUT
DQM_DDR
MVREF_1
F S _ID
F S _FB
S CG-
S CR-
S CR+
S CB-
S CB+
S CG+
PR-
Y-
Y+
S OY
PR+
PB-
AUVREF AUVREF
H S _FB
PB+
AUVRADN AUVRADN
AUCOM
AUVRADP
HDMI_TX0-
H
GIN+
BIN+
S OG
RIN+
GIN-
RIN-
BIN-
V S _RGB
H S _RGB
HDMI_TXCLK-
HDMI_ S DA
HDMI_ S CL
HDM
HDMI_TX0-
H
HDMI_TX1-
H
HDMI_TX2-
H
PB-
PR-
S OY
PB+
Y+
PR+
Y-
S CR+
S CG+
S CB+
S CB-
S CR-
S CG-
F S _FB
F S _ID
S OGIN0
S C_Chrom a
F S _CVB S
H S _CVB S
S V_Y0
VCOM2
S V_C0
CVB S 1
TUNER_CVB S
VCOM0
CVB S _OUT
AUW S
AUMUTE
AUMCK
MDATA0
MDATA1
MDATA2
MDATA
3
MDATA6
MDATA7
MDATA4
MDATA5
MDATA10
MDATA11
MDATA 8
MDATA9
MDATA14
MDATA15
MDATA12
MDATA1
3
S BA0
S BA1
MCLK+
MCLK-
DQ S 0_DDR
DQ S 1_DDR
CKE_DDR
WE_DDR
RA S _DDR
CA S _DDR
PW
M
0
S PI_DO
S PI_CK
S PI_DI
S PI_CZ
PW
M
2
PW
M
1
PW
M
3
H S _ID
PWM 3 PWM2 PWM1 PWM0
Dimming_PWM
S
PI_
D
I
S
PI_
D
O
S
PI_
C
K
S
PI_
C
Z
AU S D
AU S CK
VCOM1
MCLK-
AR11
DQM_DDR
CKE_DDR
AR 8
MCLK+
MVREF
WE_DDR
CA
S _DDR
AR9
DQ S 1_DDR
DQM_DDR
RA S _DDR
S BA0
AR10
S BA1
AR0
AR1
AR2
AR
3 AR4
AR5
AR7
AR6
256M
DQ S 0_DDR
MDATA7
MDATA 3 MDATA12
MDATA 8
MDATA6
MDATA5
MDATA4
MDATA2
MDATA1
MDATA0
MDATA9
MDATA10
MDATA11
MDATA1 3
MDATA14
MDATA15
ADC-IN1
S DA1
S CL1
F S _CVB S
DIGO7 DIGO6 DIGO5 DIGO4 DIGO
3
DIGO2 DIGO1 DIGO0
H S _FB
MVREF_1
H S _ID
AUMCK
AU S D
AU S CK
AUMUTE
AUW S
CVB S3
CVB S3
S Y S _R S T
MVREF
S CL1
S DA1
S CL1
S DA1
AR 8
AR4
AR11
AR6
AR7
AR10
AR5
AR 3
AR2
AR1
AR0
AR9
VGA_R 2
VGA_G 2
VGA_B 2
H S _M S T 2
V S _M S T 2
HDMI_DDC_DATA 2
HDMI_DDC_CLK 2
HDMI_RXC- 2
H 2
HDMI_RX0- 2
H 2
HDMI_RX1- 2
H 2
HDMI_RX2- 2
H 2
M S T_Pr/Cr 3
M S T_Y 3
M S T_P b /C b 3
S CART_B 5
S CART_G 5
S CART_R_C 5
F S _ID 5
F S _FB 5
F S _CVB S _Y 5
H S _CVB S _Y 5
S VH S _Y 3
S VH S _C 3
AV 3 _CVB S 8
TCVB S 8
R_M S P 8
L_M S P 8
S IFP 8
S IFM 8
CVB S _OUT 5
TXE0- 6
TXE0+ 6
TXE1- 6
TXE1+ 6
TXE2- 6
TXE2+ 6
TXEC- 6
TXEC+ 6
TXE 3 - 6
TXE 3 + 6
TXE4- 6
TXE4+ 6
S CL1 8
S DA1 8
M S T_TXD 8
M S T_RXD 8
ADC-IN1 6
TV_MENU_OPEN 3
LED_R 6
HDMI_ S PDIF_OUT 3
IR 6
DVB_AUD_R 3
DVB_AUD_L 3
H S _FB 5
AUDIO_MUTE 7
S PK_RA 7
S PK_LA 7
IR_MUTE 3
TV_MUTE 3
OD S EL1 6
RPForEXT_V b r 6
S LEEP 7
LG_ S EL_DCR 6
S R S _ S CL 3 7
COMP_ S EL 3
HPD_ S INK 2
DVB_ON 3
LCD_ON/OFF 6
BLK_ON 9
POWER_ON/OFF 9
ACD 9
5VD_1 9
S R S _ S DA 3 7
H S _R_C 5
H S _ID 5
HDMI1_ S EL 2
HDMI2_ S EL 2
DVI_ S EL 2
AU S D
AU S CK
AUW S
AUMUTE
AUMCK
TXO4- 6
TXO0+ 6
TXOC+ 6
TXO4+ 6
TXO1+ 6
TXO1- 6
TXO2- 6
TXO 3 - 6
TXO2+ 6
TXO 3 + 6
TXOC- 6
TXO0- 6
TV_OUT_RA 5
TV_OUT_LA 5
LINE_OUT_RA 3
LINE_OUT_LA 3
AUMUTE
AUMCK
AU S CK
AUW S
AU S D
TV_OUT_L 8
TV_OUT_R 8
DVB_MENU_OPEN 3
DTT_CVB S 3
Dimming_PWM 9
PANEL_ S YNC 6
RLY_ON 9
S CL1 8
S DA1 8
S CL1 8
S DA1 8
S CL1 8
S DA1 8
DVB_PIP 3
VDDP_ 3 . 3
V SS3 V
V SS3 V
V SS3 V
V SS3 V
+2.5V_DMC +2.5V_DMQ
AVDD_DVI_ 3 . 3
AVDD_ADC_ 3 . 3 VDDP_ 3 . 3
AVDD_AU_ 3 . 3
AVDD_MPLL_ 3 . 3
VDDC_1 8 /12
VDDM_2.5
AVDD_MEMPLL_ 3 . 3
AV
D
D
_
S
IF_
3
.
3
V SS3 V
MVDD_2.5
V SS3 V
V SS3 V
A 3 . 3 V
A 3 . 3 V
+2.5V_DMQ +2.5V_DMC
+2.5V_DMQ +2.5V_DMC MVDD_2.5
MVDD_2.5
V SS3 V
V SS3 V V SS3 V
V SS 5
V SS3 V V SS3 V
V SS3 V S 5V
C206
10nF
R109 100R
R1 3 0 47R
R95 0_2012
C94 1nF
RA20 33
1 8
2
3
4 5
6
7
C116 47nF
TP29
R201 100R
1 2
R 8 5 100R
C75 47nF
R
3
96
75R
TP 3 1
RA1 22
1 8
2
3
4 5
6
7
C1 88
10 u F_2012
C104 47nF
RA15 4.7K
1 8
2
3
4 5
6
7
R1
7
4
7
5
R
R9
33
90R
_
1
%
R10 8 47R
C112
100nF
R96
47R
R164 47R
R10 3
4.7K
R 3 25
220K
R 8 7
1M
C125
100nF
R211 100R
R4 3 5 100R(NU)
C209
10
u F_2012
C97 47nF
R 3 11 47
C6 8
10 u F/16V
RA17 22
1 8
2
3
4 5
6
7
TP 33
R154 100R
1 2
R20 3 100R 1 2
R5 8 0 0R
R72
22K
R115 0R(NU)
R1 3 5 100R
R129 47R
R1 8 5 100R
C92 47nF
C11 3
100nF
TP27
C 3 57 4.7 u F_2012
R1
3
17
5
R
R1 8 1 22R
C76 1nF
C212
100nF
R159 47R
R11 8 47R
R97
47R
R 3 2 8 10K(NU)
R104
4.7K
R199 100R
1 2
U10
PM25LV040
1
2
3
4 5
6
7
8
CE#
S O
WP#
V SS S I
S CK
HOLD#
VDD
R165 47R
C124
1000pF
TP 3 4
C 8 0
4.7 u F_2012
R105 0R
1 2
R
1
77
100R
(N
U
)
R119
1K
C114
100nF
R
1
79
100R
TP2 8
R152 100R 1 2
R175 22R
C117 47nF
R99 100R
TP24
C 8 2 47nF
RA14 4.7K
1 8
2
3
4 5
6
7
RA21 33
1 8
2
3
4 5
6
7
R191 10K(NU)
RA2 22 1 8
2
3
4 5
6
7
C70 20pF
C91
100nF
C 3 5 8
15nF
R217 10K
R601 4.7K(NU)
R 8 6
10K
RA19 33 1 8
2
3
4 5
6
7
R195 4.7K
C 8 6
100nF
RA11 4.7K 1 8
2
3
4 5
6
7
R1 88 100R
R4 3 7
22K
TP26
R194 10K
R100
2.2K
R91
47R
R116 47R
TP25
C107
100nF
RA1 8 22
1 8
2
3
4 5
6
7
R1
7
0
7
5
R
R200 100R
1 2
R 3 20 100R
C79
1 u F
R1 3 4 47R
C74 20pF
C 8 9 47nF
R150 100R 1 2
R202 100R
1 2
R205
10K(NU)
C127
10 u F_2012
1
2
R576
4.7K
R1 8 7 100R
TP 3 5
S W1
S W
3
2 1
4
C90
100nF
R4 3 6
22K
C95 47nF
R9 8 100R
C45 8
100nF
R92
470
C12 3 47nF
TP2 3
R591 0R
R121 47R
C 3 59
15nF
R219 100R
U9
DDR_12 8 M b _T S OP66
29
3 0
3 1
3 2 3 5
3 6
3 7
38
3 9
40
2 8
41
2
4
5
7
8
10
11
1 3 54
56
57
59
60
62
6 3
65
26
27
24
2 3
22
21
20 47
16 51
44
45
46
1
1 8
33
3
9
15
55
61
3 4
4 8
66
6
12
5 8
64
49
52
14
17
19
25
4 3
5 3
50
42
A0
A1
A2
A
3 A4
A5
A6
A7
A 8
A9
A10/AP
A11
DQ0
DQ1
DQ2
DQ 3
DQ4
DQ5
DQ6
DQ7 DQ 8
DQ9
DQ10
DQ11
DQ12
DQ1 3
DQ14
DQ15
BA0
BA1
C S
RA S
CA S
WE
LDM UDM
LDQ S UDQ S
CKE
CLK
CLK
MVDD
MVDD
MVDD
VDDQ
VDDQ
VDDQ
VDDQ
VDDQ
V SS
V SS
V SS
V SS Q
V SS Q
V SS Q
V SS Q
VREF
V SS Q
NC
NC
NC
NC
NC
NC
NC
A12
R216
10K/NC
R1
8
01
0
0
R
C 8 5
100nF
C119 47nF
C196
10nF
R1 8 9 100R
R74 0R
D4
ED
S 914
1
3
2
R101
2.2K
R577
4.7K
R167 47R
TP20
R14 8 100R
1 2
C10 8
100nF
R1
0
6
4
.7
K
C 88
100nF
CN2 3
S MW250-04/NC
1
2
3
4
V SS
S CL
S DA
GND
R12 8 47R
C69
15nF
C96 47nF
TP 3 0
R 3 2 3 47
R19 8 100R
1 2
R215
10K
RA6 100
1 8
2
3
4 5
6
7
R1 38 100R
R102 0R
1 2
C1 8 9
100nF
R161 47R
R 3 16 47
R90 6.5M (NU)
TP22
U7
M S T96 88 LD
1
2
96
3
4
5
6 97
7
8
252
9
10
11
16
17
14
15
1 8
19
20
21
22
2
3
24
25
26
27
2
8
29
3 0
3 1
251
9
8
3 2
33
3
4
3 5
3
7
38
3
9
40
41
42
4
3
44
45
46
47
5 3
4 8
49
50
51
52
191 192
99
250
100
19
3
194 195
249
196 209
210
22
3
225
62 64 65 67 71 6
8
69
2 3 6
101
72 7
3
74 75 76 77 7
8
79
229
151
152
10 8
15 3
154
155
156
157
15
8
110
245
159 160 161
246
164 165 166
147
14 8
149
150
109
247
140
1
3 9
14 3
2 3 5
142
141
127
12 8
129
1 3 0
1 3 4
24 8
105
2 3 0
1 3 5
1 3 6
1 3 7
1 38
54
55
56
57
5
8
59
61
12 3
124
125
2 38
241
111
11 3
114
8 4
8
5
8
6
8
7
88
8
9
8
0
8
1
8
2
83
126
92
9
3
94
95
106
2 33
115
116
117
11 8
119
120
121
122
90
91
2 3 4
242
197
19 8
199
200
201
202
20 3
204
205
206
207
20 8
2 3 2
2 3 9
10
3
211
212
21 3
214
215
216
217
21 8
219
220
221
222
102
167 16
8
169 170 171 172 17
3
174
2
3
7
175 176 177 17
8
2 3 1
107
179
1
8
0
1
8
1
1
8
2
1
83
1
8
4
1
8
5
1
8
6
240
1
8
7
1
88
1
8
9
190
254 255 256
226 227
1
3
12
224
244
104
22
8
24
3
25
3
3
6
162 70 146 112 1
3
2
144 1
33
6
3
60 66 1
3
1
145 16
3
8
4
83
RXCKN
RXCKP
NC
GND
RX0N
RX0P
A
V
DD-D
VI
VDDP
RX1N
RX1P
VDDP
GND
RX2N
RX2P
H S YNC1
V S YNC1
DDCD_DA
DDCD_CK
RMID
VCLAMP
REFP
REFM
BIN1P
BIN1M
S OGIN1
GIN1P
GIN1M
RIN1P
RIN1M
BIN0M
BIN0P
GIN0M
DI15
GND
GIN0P
S OGIN0
RIN0M
RIN0P
GND
H S YNC0
V S YNC0
V S YNC2
BIN2P
BIN2M
S OGIN2
GIN2P
GIN2M
RIN2P
RIN2M
CVB S3
C1
Y1
C0
Y0
VCOM2
DIGO
8
PW
M
2
VDDC
DI14
DQ S 1
PW
M
3
AV
D
D
_
M
P
L
L
VDDC
DI1 3
VDDP VDDP
GND
VDDP
GPIOE
3
S
IF0
P
S
IF1
P
S
IF1
M
AU
V
R
A
D
N
AU
L
0
AU
V
R
A
N
P
AU
V
R
E
F
DI 3
MDATA15
AU
R
0
AU
L
1
AU
R
1
AU
C
O
M
AU
L
2
AU
R
2
AU
L
3
AU
R
3
ICLK/RX0
AD0
AD1
MDATA10
AD2
AD
3
AD4
AD5
AD6
AD7
MDATA 8
DI9
WR
Z
RDZ AL
E
DI10
S
CK
S
DI
C
S
Z
MADR 8
MADR9
MADR10
MADR11
MDATA9
DI11
MADR4
MADR
3
MADR7
DI2
MADR6
MADR5
MCLK
BADR1
BADR0
RA S Z
CA S Z
DI12
MDATA12
IDE/TX0
WEZ
MADR0
MADR1
MADR2
CVB S 2
CVB S 1
VCOM1
CVB
S 0
VCOM0
CVB
S OUT
S
IF0
M
DQM
MVREF
MCLKF
DI4
DI7
GND
MDATA7
MDATA6
NC
AU
O
U
T
L
AU
O
U
T
R
AU
O
U
T
S
NC
NC
AU
M
O
N
O
A
U
OUT
L
3
AU
O
U
T
R
3
NC
MCLKZ
NC
NC
NC
NC
VDDM
DI0
MDATA5
MDATA4
VDDM
MDATA 3
MDATA2
MDATA1
MDATA0
DQ S 0
NC
NC
DI1
VDDC
LA4P
LA4M
LA 3 P
LA 3 M
LACKP
LACKM
LA2P
LA2M
LA1P
LA1M
LA0P
LA0M
IV S YNC/TX1
DI5
GND
LB4P
LB4M
LB 3 P
LB 3 M
LBCKP
LBCKM
LB2P
LB2M
LB1P
LB1M
LB0P
LB0M
MDATA14
S
DO
S
AR0
S
AR1
S
AR2
S
AR
3
PW
M
0
PW
M
1
DDCR_
D
A
VDDP
DDCR_
CK
DDCA_
D
A
DDCA_
C
K
INT
IH S YNC/RX1
MDATA11
IRIN
VDDP
GND
VDDC
DIGO0 DIGO1 DIGO2 DIGO
3
DI6
DIGO4 DIGO5 DIGO6 DIGO7
XOUT
XIN
AV
D
D
_
M
P
L
L
GPIOE2 GPIOE1
REXT
AV
D
D
_
D
V
I
GND
DI 8
MDATA1 3
GPIOE0 GND
HW
RE
S
ET
A
V
DD_
ADC
VDDP
A
V
DD_
A
U
VDDC
VDDM VDDM VDDM
A
V
D
D
_
MEMPLL
AV
D
D
_
S
IF
GND GND GND GND GND
AU
O
U
T
R
2
AU
O
U
T
L
2
R4 38
22K
C120 47nF
R126 47R
C7 8
100nF
C109
100nF
C99
100nF
R1 83 22R
C10 3 47nF
C9 3 47nF
R110 0R
R125 47R
R197 100R
R1 8 6 100R
R 3 09 100R
R21 3
10K(NU)
R146 100R
1 2
C126 47nF
R 3 15 47
R1
6
9
7
5
R
C 8 4 100nF
R1
0
7
4
.7
K
R1 8 2 100R
R 8 9
47R
R16 3 47R
R209 100R
R160 47R
R1
33
75R
R145 0R
C72 100nF
R140 150R_1 %
C190
100nF
R4 3 2 100R(NU)
RA1 3
4.7K
1
8
2 3 4
5 6 7
R112 0R
C101 47nF
C 3 60
15nF
C9 8
1000pF
R176 22R
RA4 100
1 8
2
3
4 5
6
7
TP 3 2
C122 47nF
RA9 4.7K
1 8
2
3
4 5
6
7
R600 4.7K
R 3 24 0R
R
33
70
R
(N
U
)
R204
10K
R157
22R(NU)
R4
9
3
75R
C 3 55 4.7 u F_2012
R7 8 100R
R190 100R
C100 1000pF
C71 47nF
R1
7
8
100R
R16 8 47R
R
33
50
R
C11 8 47nF
R117 470
R7 3 0R
R127 47R
C110
100nF
R592 0R
RA 3 22
1 8
2
3
4 5
6
7
R14 3 100R
1 2
U 3 1
24C0 8
1
2
3
4 5
6
7
8
A0
A1
A2
GND
S DA
S CL
WP
VCC
C 3 54 4.7 u F_2012
R206
10K(NU)
R590 0R
R114 0R(NU)
X1
14. 3 1 8 MHZ
R192 10K(NU)
TP9
C 83 47nF
R4 3 9
22K
C7 3 47nF
R 33 1 10K(NU)
C 3 90 47nF
U 8
24C64
1
2
3
4 5
6
7
8
A0
A1
A2
GND
S DA
S CL
WP
VCC
R21 8 10K(NU)
C67
15nF
TP 3 6
RA5 100
1 8
2
3
4 5
6
7
R166
1K
C 8 7 100nF
R57 8
4.7K
R1
7
2
7
5
R
RA7 100
1 8
2
3
4 5
6
7
R4 33 100R(NU)
R1 3 7 100R
R 3 12
220K
R214
10K
R156 100R
1 2
R210 100R
C105 47nF
TP21
RA16 22
1 8
2
3
4 5
6
7
R20 8
100R
1 2
R94
47R
C201 10 u F_2012
R 88
47R
R
33
60
R
C102 47nF
C197 10 u F_2012
R 8 2
22K
R196 100R
R1 8 4 100R
R71 100R
R111 100R
R120 47R
R162
1K
U14
UDA1 33 4BT S
12
4 5 15
2
6
16
8
7
10
3
14
9
1
11
1
3
Vref
VDD
V
SS
D
V
SS
A
W S
S Y S CLK
VOUT_R
MUTE
S FOR1
PC S
DATA_IN
VOUT_L
DEEM
BCK
S FOR0
VDD
A
C 3 56 4.7 u F_2012
R1 3 6 100R
C 3 61
15nF
R579 0R
R1
7
1
7
5
R
R492 47R
R207
10K
R 3 19 47
C106 47nF
C77
10 u F_2012
R15 8 47R
R1
3
27
5
R
C 8 1 47nF
R4 3 4 100R(NU)
R 33 2 10K
R1
7
3
75R
C115 47nF
C12 8
100nF
R11 3 47R
C111
100nF
R155 100R
1 2
C121 47nF
R19 3 10K(NU)
R122
1K
B 3 B 3
H_17490_00 3 .ep s
011107
S CALER M S T96 88 9LD