Philips F21RE Service Manual
Colour television Chassis
F21RE
AA 02.01
Service Information F21RE AA 02.01
Introduction
Introduction of new print layout of the AV Interface Panel.
During production the print layout of the AV Interface Panel has been
changed. This new print layout is introduced from week 234 onwards.
Contents
• Electrical Diagrams and PWB Layouts
• Spare Parts List
Service Information F21RE AA 02.01
Einführung
Einführung eines neuen Print-Layout des AV-Interface-Moduls.
Während der Produktion wurde das Print-Layout des Interface-Moduls
geändert. Das Modul mit dem neuen Layout ist ab Produktionswoche
234 (2002, 34. Woche) eingebaut worden.
Inhalt
• Elektrische Schaltbilder und Platinenlayouts
• Ersatzteilliste
Information Service F21RE AA 02.01
Introduction
Introduction d'une nouvelle implantation de la platine interface AV.
En cours de production l'implantation de la platine interface AV a été
modifiée. Cette nouvelle implantation est introduite à partir de la
semaine 234.
Index
• Schémas électriques et cartes de circuits imprimés
• Liste des pièces de rechange
©
Copyright 2002 Philips Consumer Electronics B.V. Eindhoven, The Netherlands.
All rights reserved. No part of this publication may be reproduced, stored in a
retrieval system or transmitted, in any form or by any means, electronic,
mechanical, photocopying, or otherwise without the prior permission of Philips.
Published by LM 0270 Service PaCE Printed in the Netherlands Subject to modification 3122 785 40720
EN 2 F21RE AA SI0201
Personal Notes:
Electrical Diagrams and PWB Layouts
Electrical Diagrams and PWB Layouts
AV Interface Panel
3F21RE AA SI0201
21
A
B
C
Pb_HD
Pr_HD
Y_HD
D
R_Pr_HD
G_Y_HD
B_Pb_HD
E
F
G
H
I
Y_HD
Pr_HD
Pb_HD
R_Pr_HD
G_Y_HD
B_Pb_HD
HD2_SEL
J
K
B_Pb_HD
L
M
G_Y_HD
R_Pr_HD
Y_HD
Pr_HD
Pb_HD
N
3
AV INTERFACE PANEL
DIAGRAM CONNECTIONS
+8VV
+8V6
+8V6+8VV
DIAGRAM
YPBPR-MATRIX
AV304
Y_HD1
1
1881
Y_HD2
Y_HD2
LM
11
AV300
11
7351
PB_SD
PR_SD
1
Y_HD1
LM
1881
GND
+5VSTB
+5VSTB
7670
HD2_SEL
+5V
HD2_SEL
+5V
7360
DIAGRAM
HD-SYNC-PROCESSING
GND
HD_BLANKN
HD_CLAMPN
MATRIX_SELECT
HD_BLANKN
HD_CLAMPN
HD2_SEL
+8VV
+8VV
MATRIX_SELECT
HD
matrix
7215
HD_BLANKN
SYNC
rem.
7260
HD_CLAMPN
DIAGRAM
HD-MATRIX
GND
MATRIX
7607
V_HD_EXT
V_HD_EXT
7375
V_HD V_HD_EXT
7280
16:9_EXT3
H_HD_EXT
16:9_EXT3
H_HD_EXT
H_HD_EXT
16:9_EXT3
H_HD
7610
1FH
1FH
1FH
Y_HD1
R_SD
G_SD
B_SD
USA ONLY
EXT_SYNC_PRESENT
VGA_SELECT
SYNC_TRISTATE
FBL_HD
NOT_SUPPORTED
SDA_S
SCL_S
H_HD
V_HD
Y_HD1
R_SD
G_SD
B_SD
CVBS_Y_EXT3
C_EXT3
FBL_YUV
EXT_SYNC_PRESENT
R_HD
G_HD
B_HD
VGA_SELECT
SYNC_TRISTATE
FBL_HD
EXT_SYNC_PRESENT
H_HD
V_HD
R_HD
G_HD
B_HD
Y_HD1
R_SD
G_SD
B_SD
CVBS_Y_EXT3
C_EXT3
FBL_YUV
AV328
1
11
AV302
1
6
AV305
1
11
GND
+5VSTBA
+8VV
+5V2
+5VSTBD
+8VV
+5VSTBA +5VSTBD
+5V2
FBL_HD
AV370
1
5
AV301
1
16
7400
7450
7420
DIAGRAM
VGA/HD-SELECTION
GND
+8VS
SCL_S
SCL_S
SYNC_TRISTATE
NOT_SUPPORTED
OR
7460
+5VSTBA
+5VSTBA
SDA_S
SDA_S
1
AV398
1
11
+5VSTBY
+5VSTBY
7840
TEA6422D
AUDIO
SELECTOR
VGA_SELECT
AV371
7
SCALER
+7V7
+7V7+8VS -7V7
7810
RESET_SCALER
RESET_SCALER
AV399
1
11
121110
-7V7
DIAGRAM
AUDIO+CONTROL
AV313
MUTE
7880
8574AT
I2C_SCALER_ACTIVE
HD
VD
H_HD_VGA
V_HD_VGA
CVBS_SCALER
Y_SCALER
C_SCALER
R_HD_VGA
G_HD_VGA
B_HD_VGA
1
6
AV373
1
7
PCF
POWER_VALID
CONFIG_IDENT
HD_VGA_SELECT
SYNC_TRISTATE_MON
RC_EXT
SNDL_MAIN_OUT
SNDR_MAIN_OUT
SNDR_FRONT
SNDL_FRONT
FBL_YUV
RC_FRONT_SEL_N
RC_FRONT_MON_SEL
15141398
POWER_VALID
CONFIG_IDENT
HD_VGA_SELECT
SYNC_TRISTATE_MON
167654
Y_HD1
R_SD
G_SD
B_SD
CVBS_Y_EXT3
C_EXT3
FBL_YUV
RC_EXT
SNDL_MAIN_OUT
SNDR_MAIN_OUT
SNDR_FRONT
SNDL_FRONT
RC_FRONT_SEL_N
RC_FRONT_MON_SEL
CVBS_SCALER
Y_SCALER
C_SCALER
HD
VD
H_HD_VGA
V_HD_VGA
AV340
R_HD_VGA
G_HD_VGA
B_HD_VGA
17
+8VVA
+8V6
+5VSTB
+5VSTB +5VSTBA +5VSTBY+8V6+8VVA
+5VSTBA
+5VSTBY
201918
A
DIAGRAM
VIDEO+RC-SELECTION
AV333
1
AV309
1
VIDEO
11
SELECTOR
7710
7740
GND
SCL_S
SDA_S
RC_MON
I2C_SCALER_ACTIVE
+8VV
+8VV
+8VS
+8VS
+7V7
-7V7
+8V6
-7V7
+8V6
+7V7
+5V2
+5V
RC_MON
+5V
+5V2
AV303
1
7575
7570
1
AV355
1
3
7550
9
7520
LPF
GND
OUTPUT-SELECTION+SUPPLY
16
DIAGRAM
+8VVA
+8VVA
AV307
1
11
AV315
1
9
AV341
1
9
+5VSTBA
+5VSTBD
+5VSTBD
+5VSTBA
11
AV372
1
9
AV308
1
11
+5VSTBY
+5VSTBY
HFB
GEN
50HZ_60HZ
+5VSTB
50HZ_60HZ
+5VSTB
POWER_ON
AV306
1
9
AV310
1
9
POWER_ON
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
3122 123 60092
123
45678
9 101112
13 14 15
16
17
CL 26532118_001.eps
18 19 20
O
P
221002
Electrical Diagrams and PWB Layouts
HD Matrix + Sync Remover Panel (USA only)
1 2345678 10111213
HD-MATRIX+SYNC REMOVER (USA ONLY)
AV6
AV6
A
B
C
D
E
F
G
H
I
AV6
I213
I212
I214
22u
22u
22u
2210
2205
2201
4V9
(0V)
3211
4V9
(0V)
4V9
(0V)
3202
VREF1
3206
VREF1
22K
I211
NTSC / ATSC
SELECTION
+8VV
3122 123 60092
5250
600R
1 2345
VREF1
22K
I202
22K
I206
BC847B
7211
2250
BC847B
7202
BC847B
7206
100u
+8A
+8A
+8A
3212
2251
4V2
(0V)
3203
560R
4V2
(0V)
3207
560R
F217
4V2
(0V)
560R
+8A
2227
PDTC124EU
3231
F215
F216
PB
100n
10K
100n
7246
I215
3215
1%
Y
1K8
3216
PR
1K2
1%
VREF2
Y
VREF2
PR
1%
1%
PB
0V0
(0V)
VREF2
Y
1%
PB
7230
BC847B
PR
1%
VREF2
I245
3V3
(0V)
3250
6250
(0V)
4V7
6251
100n
2252
3217
1K2
3219
10K
22K
1%
1K
1%
1K
I225
1K
3241
470R
3223
3224
3228
3229
560R
3230
1%
4V6
I237
3237
2K2
3238
1K2
3239
1%
1K2
3236
22K
F246
HD-MATRIX
AV3
F250
470R
F251
5V4
(0V)
BAS316
F253
100u
2253
BZM55-C4V7
3227
100R
I231
4V3
3226
5K6
+8A
VREF1
VREF2
1%
1%
I228
4V3
(0V)
(0V)
(0V)
4V3
(0V)
4V4
(0V)
4V4
4V3
(0V)
4V3
3
2
12
11
I230
14
15
3240
2K2
FOR DC MEASSUREMENTS:
+8A
+8A
+8A
1%
4
13
4
13
+8A
4
13
+8A
7215-A
TSH95
8
7215-C
TSH95
9
7215-D
TSH95
9
2215
100n
1%
3225
330R
I255
1
3V7
(0V)
3218
1K8
3242
1% 1%
1K
3243
10
4V4
22K
(0V)
I229
1%
16
3V6
(0V)
2216
100n
4V5
(0V)
I259
4V5
(0V)
4F21RE AA SI0201
9
FROM YPBPR-YUV-MATRIX
AV6
AV6
AV6
2274
6275
100n
3265
3267
3269
2V1
(0V)
2V1
(0V)
(0V)
5274
100n
BZM55-C2V7
F283
1K
F288
F293
1K
1K
+8VV
100R
100R
100R
3282
3284
3286
3283
100R
3281
3285
100R
I281
I284
I286
I289
I291
I294
+8VV
10K
3296
F296
7296
PDTC124EU
TO INPUT
7280
TDA8601T
16
IOCNTR
VIDOa
VIDOb
VIDOc
12
3287
11
3288
10
3289
13
FBO
0V
I280
1
Vp
9
GND
100R
2281
2282
2283
2284
2285
2286
3297
DECODING
(0V)
1V3
2
I282
2u2
(0V)
1V3
6
I285
2u2
(0V)
1V3
3
I287
2u2
(0V)
1V3
7
I290
2u2
(0V)
1V3
4
I292
2u2
(0V)
1V3
8
I295
2u2
(0V)
5
5V3
15
14
10K
I297
VIDIa1
VIDIa2
VIDIb1
VIDIb2
VIDIc1
VIDIc2
SEL
FBI1
FBI2
SELECTABLE
CLAMP
SELECTABLE
CLAMP
SELECTABLE
CLAMP
SELECTABLE
CLAMP
SELECTABLE
CLAMP
SELECTABLE
CLAMP
3-STATE
3-STATE
3-STATE
3-STATE
RGB / YPBPR SELECTION
0V3
(0V)
6297
BAT254
I298
AV3,6
6296
BAT254
AV3,4
FROM / TO HD-SYNC_PROCESSING
AV4
AV4
AV4
F268
1V3
(0V)
1K
F269
1V3
(0V)
1K
F270
1V3
(0V)
1K
(0V)
5280
8V4
2280
470n
CL 26532118_002.eps
600R
+8VV
221002
I274
I273
1K
F276
AV3
2255
220n
2257
220n
2259
220n
7273
BC847B
I260
I261
I262
2V7
(0V)
2V7
(0V)
2V7
(0V)
0V3
(0V)
7274
BC847B
7260-B
74HC4053D
Y0
2
Y1
1
Vss
8
7260-C
74HC4053D
Y0
5
Y1
3
7260-A
74HC4053D
Y0
12
Y1 Z
13
F277
3271
10K
HD_BLANKN
AV3
7275
BC847B
Vee
7
6
Vee8Vss
6
7
Vee8Vss
6
7
I271
3270
I275
16
Vdd
S
10
Z
15
E
16
Vdd
S
9
Z
4
E
16
Vdd
S
11
14
E
0V6
(0V)
10K
3273
7272
PMBT2369
0V7
I272
(0V)
10K
10K
3275
3272
+8A
2256
100n
7255
BC847B
+8A
8V4
7215-B
5
4
TSH95
7
3232
1K
4V6
8
(0V)
13
I256
7257
BC847B
7259
BC847B
6
3255
3257
3259
3V0
(0V)
1K
3V9
(0V)
1K
2V9
(0V)
1K
HD_CLAMPN
F218
F227
F240
1K
3274
2V5
(0V)
2u2
2275
10K
3260
2260
7265
BC847B
I265
2V7
(0V)
7267
BC847B
I267
2V7
(0V)
I263
7269
BC847B
I269
2V7 2V1
(0V)
(0V)
1V4
7271
PMBT2369
SYNC_REMOVER
CONNECT 480p YPbPr SIGNAL TO HD2 INPUT AND SELECT HD2 INPUT
2201 B1
2205 B1
2210 B1
2215 B4
2216 F4
2227 F2
2250 H1
2251 B2
2252 I2
2253 I3
2255 C6
2256 C5
A
2257 E6
2259 F6
2260 C8
2274 B8
2275 B8
2280 F13
2281 C10
2282 D10
2283 D10
2284 D10
2285 D10
2286 E10
B
3202 B1
3203 C1
3206 C1
3207 D1
3211 D1
3212 E1
3215 C2
3216 C2
3217 C3
3218 C4
3219 C3
3223 C2
C
3224 D2
3225 E4
3226 E3
3227 E3
3228 D2
3229 D2
3230 E2
3231 F2
3232 D5
3236 F3
3237 F2
D
3238 F2
3239 F3
3240 F3
3241 E3
3242 D4
3243 E4
3250 H2
3255 C5
3257 E5
3259 F5
3260 C8
3265 D8
E
3267 E8
3269 G8
3270 G7
3271 G7
3272 B5
3273 B6
3274 B8
3275 B6
3281 C10
3282 D9
3283 C9
3284 D9
F
3285 C9
3286 E9
3287 D13
3288 D13
3289 E13
3296 F9
3297 F10
5250 H1
5274 A9
5280 F13
6250 I2
G
6251 I2
6275 B8
6296 G10
6297 G10
7202 B1
7206 C1
7211 E1
7215-A C4
7215-B D5
7215-C E4
7215-D F4
7230 E2
H
7246 G2
7255 C5
7257 D5
7259 F5
7260-A F7
7260-B C7
7260-C D7
7265 C8
7267 E8
7269 F8
7271 G8
7272 B6
I
7273 B6
7274 B7
7275 B7
7280 B10
7296 F9
F215 C2
F216 D2
F217 E2
F218 C6
F227 E6
F240 F6
F246 G2
F250 H3
F251 H3
F253 I3
F268 C13
F269 D13
F270 D13
F276 G6
F277 G7
F283 C9
F288 D9
F293 E9
F296 F9
I202 C1
I206 D1
I211 E1
I212 B1
I213 B1
I214 B1
I215 B3
I225 D3
I228 D3
I229 E4
I230 E3
I231 E3
I237 E3
I245 G2
I255 C4
I256 D5
I259 F4
I260 C6
I261 E6
I262 F6
I263 F8
I265 C8
I267 E8
I269 F8
I271 G8
I272 B5
I273 B6
I274 A8
I275 B8
I280 E13
I281 C10
I282 C10
I284 C10
I285 D10
I286 D10
I287 D10
I289 D10
I290 D10
I291 D10
I292 E10
I294 E10
I295 E10
I297 F10
I298 G10
6 7 8 9 10 11 12 13
Electrical Diagrams and PWB Layouts
Sync Processing Panel (USA only)
5F21RE AA SI0201
A
B
C
D
E
F
FROM HD-
G
H
I
MATRIX
3122 123 60092
12 910
34
567
8
SYNC-PROCESSING (USA ONLY)
5303
600R
3302
10K
2u2
2302
3306
10K
2u2
2306
2321
2320
470n
I323
2330
470n
I332
74HCT4053D
Y0
Y1
Vee8Vss
7
E
6
100n
F302
3303
470K
I302
16
Vdd
3320
3321
3322
3330
3331
3332
(0V)
0V5
7302
BC847B
BC847B
73047303
BC847B
I309
3V3
2304
(0V)
2303
0V
100n
100n
16:9_EXT3
2373
100n
2372
F311
I307
3307
100R
3309
100R
I310
3308
3310
4K7
4K7
2307
2u2
2312
100n
2308
(0V)
0V
2314
47p
47p
3312
3314
3311
220K
470K
3313
220K
470K
F321
5V
(0V)
3324
4K7
3334
4K7
I333
I324
2322
2333
100n
10n
I325
1V0
(0V)
I334
1V0
(0V)
0V9
(0V)
0V9
6322
6334
100K
I322
2K2
100K
22K
100K
2K2
100K
22K
3323
I331
3333
+5VSTB
AV4,7,8
I343
5V1
(5V1)
2340
100n
7340-C
74HCT4053D
Y0
5
4V5
(4V5)
Y1
3
Vee7Vss
E
8
6
3347
47K
+5A
7341
S
10
BC847B
I341
Z
15
2V6
(0V)
2V0
(0V)
7321-B
9
11
LM319D
GND
10
0V3
(0V)
6
8
BAS316
7321-A
4
11
LM319D
GND
5
3
6
BAS316
I340
5340
6340
BAT254
SDA_EPLD
I346
16
Vdd
0V
S
9
(0V)
4
Z
3346
4V5 4V5
(4V5)
(5V0)
I347
0V
7347
F341
BC847B
7
12
0V3
(0V)
4V5
10K
2311
100n
2313
10n
F326
F336
AV4,7,8
74HCT4053D
Y0
12
Y1
13
3316
3325
3326
3335
3336
7340-A
Vss
8
0V7
(0V)
F312
F313
F314
470K
F306
1K
2K2
1K
2K2
Vee
7
I349
3349
7360
EP1K10TC144-3
CS_
1
AV2
2K2
(0V)
(0V)
3378
1K
3380
1K
AV2
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
AV2
TCK
CONF-DONE
CEO_
TDO
VCCIO1
GNDINT1
CLKUSR
IO1
IO2
IO3
RDY_BUSY
IO4
IO5
INIT-DONE
GNDINT2
VCCINT1
IO6
IO7
IO8
IO9
IO10
IO11
IO12
VCCIO2
GNDINT3
IO13
IO14
IO15
IO16
IO17
IO18
IO19
IO20
TMS
STATUS_
IO21
HD_BLANKN
I366
AV6,7
3377
100R
IO2237IO23
FBL_HD
I378
2360
CONFIG_DONE
100n
3V3
V_SYNC_TTL
V_SYNC_POLN
2V5
3V3
H_C_SYNC_TTL
H_C_SYNC_POLN
75OHM_ON
2361
100n
2362
100n
F309
V_SYNC_COMP
H_SYNC_COMP
C_SYNC_OUT
LM_CSYNC_2
0V
0V
LM_VSYNC_2
LM_VSYNC_1
LM_CSYNC_1
2V5
AV6
3379
2K2
AV2,4
F378
F379
3381
AV2,4
16
Vdd
S
11
Z
14
E
(4V5)
6
138
140
139
142
141
143
144
CS
RS_
WS_
IO77
IO78
IO79
GNDINT13
SYNC PROCESSING +
FORMAT DETECTION
IO2439IO2541IO2643IO2744IO29
LOCK
GNDINT4
38
40
42
3V3
3V3OSC
F367
VGA_SELECT
AV4
AV4
AV2,6
I376
I377
2377
I379
100n
3348
10K
22K
+5A
I350
3350
100R
F353
F355
I354
3353
1K
3355
2353
100n
I355
I353
I356
1K
1K
2K2
2K2
3356
3345
3354
131
132
133
135
136
137
134
IO71
IO72
IO73
IO74
IO75
IO76
VCCIO8
EPLD
VCCIO3
VCCINT2
IO3048IO3149IO32
I028
47
45
50
46
2363
2364
100n
100n
3V3
2V5
(0V)
F380
7380
FXO-31FL
1
TS
2380
100n
7375
LM1881M
(0V)
1
0V
CSYNC
(0V)
2
1V4
VIN
(0V)
3
0V
VSYNC
4
GND
7351
LM1881M
(0V)
3V5
1
CSYNC
(0V)
1V9
2
VIN
(0V)
3V6
3
VSYNC
4
GND
SDA_EPLD
SCL_EPLD
I361I363 I362
2V5
3357
100n
100R
I357
130
129
127
125
124
126
128
DEV-OE
VCCINT6
GNDINT11
GNDINT12
DEDICATED-INP3
DEDICATED-INP4
DEDICATED-CLK-PINS
VCC-CKLK
GNDINT552GNDINT6
DEDICATED-INP154DEDICATED-INP2
GCLK155GND-CKLK
53
51
57
56
F381
4
VDD
OSC
GND
3
OUT
2
VS
O|E-FI
RSET
BG|BP
VS
O|E-FI
RSET
BG|BP
RES
121
123
122
IO70
DEV-CLR_
IO3359IO3460IO35
58
2365
8
7
6
5
8
7
6
5
3358
100R
I358
119
120
IO67
IO68
IO69
VCCIO4
IO3663IO3764IO3865IO39
61
62
100n
+5A
5V0
(0V)
1V2
(0V)
+5A
5V0
(0V)
1V2
(0V)
I375
I352
3V3
1315
3V3
3V3
I360
I373
100R
I364
F365
2370
100n
0V1
2369
100n
2368
100n
2367
100n
3315
1K
3386
1K
5350
600R
3387
1K
2V5
I374
3V3
2V5
2V5
3V3
RES
2371
100n
3359
100R
3360
112
100n
111
DATA3
110
DATA2
VCCIO5
71
3V3
109
DATA1
DATA0
DCLK
GNDINT10
VCCINT5
IO65
IO64
IO63
IO62
IO61
IO60
IO59
IO58
VCCIO6
GNDINT9
IO57
IO56
IO55
IO54
IO53
IO52
IO51
VCCINT4
GNDINT8
IO50
IO49
IO48
IO47
IO46
IO45
MSEL0
MSEL1
VCCINT3
CONFIG_
IO44
72
I359
108
107
106
CE_
105
TDI
104
103
102
101
0V1
100
99
98
97
96
95
94
93
92
91
0V
90
89
(0V)
88
87
86
85
84
83
82
81
80
79
78
77
76
75
74
73
I315
1
+5V
117
115
113
114
116
118
IO66
DATA4
DATA5
DATA6
DATA7
VCCIO7
IO4068IO4169IO4270IO43
GNDINT7
67
66
2366
3V3
2375
100n
2376
100n
3376
220K
+5V
2351
2390
3
100n
7390
LD1117
IN
100n
2352
100n
3352
220K
2393
LD1117DT25
3IN2
100n
SYNC SEPARATOR
CONNECT 480p YPbPr SIGNAL TO HD2 INPUT AND SELECT HD2 INPUT
789
10 11 12 13
+5V
75R
3301
7301
I301
BC847B
I311
I304
0V
(0V)
75R
3305
I305
7305
I308
BC847B
I306
0V
(0V)
5321
+5V
600R
AV6
F343
2K2
3343
I342
+5A
3342
3344
7340-B
2
1K
2V6
(0V)
1
2V5
(0V)
1K
FOR DC MEASSUREMENTS:
123456
11 12 13
F383
F384
F386
F387
0V
0V
3V3
3V3
(0V)
(0V)
(0V)
(0V)
7385
EPC1441
1
DATA
2
DCLK
3
OE
4
CS_
VCC1
VCC2
CASC_
GND
(0V)
5385
3V3
8
7
6
5
I385
2385
600R
100n
PROM
TO INPUT
3374
100R
F370
F371
AV4
AV4
AV4
AV4
AV6
3373
100R
FROM / TO
2350
GND
7393
GND
F350
100u
2
OUT
1
2391
OUT
1
2394
F391
F394
100n
100n
5390
600R
5391
600R
5392
600R
+5A
F392
3V3
(0V)
F393
3V3
(0V)
F395
2V5
(0V)
3V3OSC
3V3
2V5
CL 26532118_003.eps
3V3
221002
1315 E10
2302 B2
2303 B4
2304 B4
2306 C2
2307 B3
2308 B3
2311 B4
2312 C3
2313 C4
2314 C3
2320 D2
2321 D2
2322 E3
A
2330 E2
2333 F3
2340 G3
2350 H11
2351 I9
2352 I9
2353 I8
2360 C6
2361 D6
2362 D6
2363 F8
B
2364 F8
2365 F9
2366 F9
2367 E10
2368 D11
2369 C10
2370 C11
2371 B9
2372 B8
2373 B8
2375 H9
2376 H9
C
2377 H8
2380 G8
2385 B12
2390 I10
2391 I11
2393 I10
2394 I11
3301 A1
3302 B2
3303 A2
3305 B1
3306 C2
D
3307 B3
3308 B3
3309 C3
3310 C3
3311 B4
3312 B4
3313 C4
3314 C4
3315 E10
3316 C4
3320 D2
E
3321 D2
3322 E2
3323 E3
3324 D3
3325 D4
3326 D4
3330 E2
3331 F2
3332 F2
3333 F3
3334 E3
3335 E4
F
3336 F4
3342 I1
3343 H2
3344 I1
3345 I5
3346 H4
3347 H3
3348 I5
3349 I5
3350 I7
3352 I9
3353 I7
G
3354 I6
3355 I7
3356 I6
3357 B8
3358 B9
3359 B10
3360 B10
3373 C11
3374 C11
3376 H9
3377 H7
H
3378 H7
3379 H6
3380 H7
3381 H6
3386 B11
3387 B11
5303 A2
5321 D2
5340 G3
5350 H11
5385 A13
5390 H12
I
5391 H12
5392 I12
6322 E3
6334 F3
6340 G4
7301 B2
7302 A3
7303 A3
7304 A4
7305 C2
7321-A E4
7321-B D4
7340-A G4
7340-B I2
7340-C G3
7341 I3
7347 I4
7351 I8
7360 B7
7375 H8
7380 F8
7385 A12
7390 H11
7393 I11
F302 A2
F306 C5
F309 D6
F311 B5
F312 B5
F313 C5
F314 C5
F321 D4
F326 D4
F336 E4
F341 I4
F343 G2
F350 H11
F353 I7
F355 I7
F365 D10
F367 F7
F370 C12
F371 C12
F378 H6
F379 H6
F380 F8
F381 F9
F383 A11
F384 A11
F386 B11
F387 B11
F391 H12
F392 H12
F393 H12
F394 I12
F395 I12
I301 B1
I302 B2
I304 B1
I305 C1
I306 C2
I307 B3
I308 C1
I309 A4
I310 C3
I311 B2
I315 E10
I322 D3
I323 E2
I324 E3
I325 D3
I331 E3
I332 F2
I333 F3
I334 E3
I340 G4
I341 I3
I342 H2
I343 G3
I346 G4
I347 H4
I349 I5
I350 I6
I352 I9
I353 I8
I354 I7
I355 I8
I356 I8
I357 B9
I358 B9
I359 B10
I360 C10
I361 A9
I362 A9
I363 A7
I364 D10
I366 F7
I373 C10
I374 C11
I375 H9
I376 H8
I377 H8
I378 H7
I379 H8
I385 A12
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