THE SYMBOL MARK OF THIS SCHEMETIC DIAGRAM INCORPORATES
SPECIAL FEATURES IMPORTANT FOR PROTECTION FROM X-RADIATION.
FIRE AND ELECTRICAL SHOCK HAZARDS, WHEN SERVICING IF IS
ESSENTIAL THAT ONLY MANUFACTURES SPECIFIED PARTS BE USED FOR
THE CRITICAL COMPONENTS IN THE SYMBOL MARK OF THE SCHEMETIC.
B_TTLOUT[1]
B_WARP_OUT[6]
B_TTLOUT[6]
B_TTLOUT[4]
G_WARP_OUT[5]
R_WARP_OUT[6]
B_WARP_OUT[4]
B_WARP_OUT[5]
R_WARP_OUT[2]
R_WARP_OUT[5]
R_WARP_OUT[3]
R_TTLOUT[4]
B_TTLOUT[5]
R_TTLOUT[8]
G_TTLOUT[0]
R_TTLOUT[2]
R_TTLOUT[3]
G_TTLOUT[1]
R_TTLOUT[7]
R_TTLOUT[5]
R_TTLOUT[6]
R_TTLOUT[1]
R_TTLOUT[0]
R_TTLOUT[9]
G_TTLOUT[3]
G_TTLOUT[5]
G_TTLOUT[2]
G_TTLOUT[4]
G_TTLOUT[6]
G_TTLOUT[8]
G_TTLOUT[9]
G_WARP_OUT[6]
G_WARP_OUT[4]
R_WARP_OUT[9]
R_WARP_OUT[8]
B_WARP_OUT[2]
R_WARP_OUT[7]
B_WARP_OUT[9]
G_TTLOUT[7]
B_TTLOUT[2]
B_WARP_OUT[8]
B_TTLOUT[0]
G_WARP_OUT[9]
G_WARP_OUT[7]
B_TTLOUT[3]
R_WARP_OUT[4]
B_TTLOUT[9]
B_WARP_OUT[7]
B_TTLOUT[8]
G_WARP_OUT[2]
B_WARP_OUT[3]
B_TTLOUT[7]
G_WARP_OUT[8]
G_WARP_OUT[3]
R_WARP_OUT[8]
B_WARP_OUT[5]
G_WARP_OUT[6]
G_WARP_OUT[3]
R_WARP_OUT[5]
G_WARP_OUT[8]
G_WARP_OUT[9]
B_WARP_OUT[4]
B_WARP_OUT[6]
R_WARP_OUT[3]
R_WARP_OUT[2]
R_WARP_OUT[6]
G_WARP_OUT[7]
G_WARP_OUT[2]
G_WARP_OUT[5]
B_WARP_OUT[8]
R_WARP_OUT[4]
R_WARP_OUT[7]
B_WARP_OUT[3]
B_WARP_OUT[9]
B_WARP_OUT[7]
G_WARP_OUT[4]
R_WARP_OUT[9]
B_WARP_OUT[2]
R1346
0
AR1310
68
C1319
0.1uF
R1359
10K
R1349
10K
C1309
1uF
25V
+3.3V_WARP
R1364
10K
SPI_SDO
AR1311
68
CLK_WARP_OUT
VS_TTLOUT
C1307
1uF
25V
R1347
0
R1361
10K
SPI_SDI
AR1308
68
R1372
10K
C1312
1uF
25V
G_TTLOUT[0-9]
AR1309
68
P1300
54104-3692
MONIROR_OUT
1
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
37
+3.3V_WARP
R1373
10K
C1311
1uF
25V
R1342
0
R1362
10K
CLK_TTLOUT
C1353
4.7uF
10V
C1354
0.1uF
25V
C1314
1uF
25V
R_WARP_OUT[2-9]
L1300
UBW2012-121F
AR1307
68
HS_WARP_OUT
+1.2V_WARP
+3.3V_WARP
L1305
CM2012F1R0KT
C1308
1uF
25V
L1301
UBW2012-121F
AR1306
68
DE_WARP_OUT
R1374
10K
OPT
C1306
1uF
25V
+1.8V_WARP
L1302
UBW2012-121F
R1335
68
R1314
0
C786_MOSI
C1310
1uF
25V
G_WARP_OUT[2-9]
L1303
UBW2012-121F
R1334
68
/SPI_CS
C786_CLK
C1313
1uF
25V
R1325
10K
R1332
68
+3.3V_WARP
R1343
4.7K
OPT
SPI_SCK
C1330
0.1uF
25V
R1324
10K
R1326
0
R1333
68
+1.8V_WARP
R1336
4.7K
OPT
C1327
0.1uF
25V
+3.3V_WARP
R1321
10K
R1330
68
C786_CS
C1316
0.1uF
25V
R1319
10K
R1331
68
C786_MISO
R_TTLOUT[0-9]
C1350
0.1uF
25V
R1323
10K
R1339
100
C1345
0.1uF
25V
C1347
0.1uF
25V
+1.2V_WARP
R1320
10K
R1340
100
C1348
0.1uF
25V
C1344
0.1uF
25V
B_WARP_OUT[2-9]
R1360
10K
R1322
10K
C1317
0.1uF
25V
C1341
0.1uF
25V
+1.2V_WARP
+3.3V_WARP
R1345
0
R1337
100
C1328
0.1uF
25V
C1338
0.1uF
25V
R1341
0
R1338
100
C1331
0.1uF
25V
C1335
0.1uF
25V
R1370
0
R1313
0
X1300
66MHz
4
GND_2
1
XTAL_1
2
GND_1
3
XTAL_2
C1334
0.1uF
25V
C1332
0.1uF
25V
+3.3V_WARP
R1369
0
R1327
10K
HS_TTLOUT
IC1300
IP00C786
RSTB
B12
INT
A13
IFMD[0]
C12
IFMD[1]
D12
MCLKSELX
A12
XTALIN
W7
XTALIO
Y7
TESTB[0]
E10
TESTB[1]
D10
TESTB[2]
C10
TDI
C11
TMS
B11
TCK
A11
TRST
A10
TDO
B10
SYSCLK
B16
CEB
E12
REB
C13
WEB
A14
WAITB
B13
AD
C15
DB[0]
B14
DB[1]
D13
DB[2]
A15
DB[3]
C14
DB[4]
B15
DB[5]
E13
DB[6]
A16
DB[7]
D14
C1337
0.1uF
25V
C1315
0.1uF
25V
R1368
0
R1344
0
R1328
10K
DE_TTLOUT
C1340
0.1uF
25V
C1329
0.1uF
25V
R1317
10K
R1367
0
R1315
0
HS_WARP_OUT
IC1300
IP00C786
PICLK
J19
PIHSB
J16
PIVSB
J18
PIFLDIO
H20
PIACTB
H19
PID[0]
A17
PID[1]
E14
PID[2]
D15
PID[3]
C16
PID[4]
B17
PID[5]
A18
PID[6]
A19
PID[7]
B18
PID[8]
C17
PID[9]
D16
PID[10]
A20
PID[11]
B19
PID[12]
C18
PID[13]
D17
PID[14]
C19
PID[15]
B20
PID[16]
E17
PID[17]
D18
PID[18]
D19
PID[19]
C20
PID[20]
E18
PID[21]
D20
PID[22]
F17
PID[23]
E19
PID[24]
G16
PID[25]
F18
PID[26]
E20
PID[27]
G17
PID[28]
F19
PID[29]
F20
PID[30]
H16
PID[31]
G18
PID[32]
G19
PID[33]
H17
PID[34]
G20
PID[35]
H18
POCLK
T7
POCLKO
M4
POHS
L4
POVS
L3
POFLDIO
L2
POACT
L1
POD[0]
Y6
POD[1]
W6
POD[2]
V6
POD[3]
Y5
POD[4]
W5
POD[5]
V5
POD[6]
Y4
POD[7]
W4
POD[8]
V4
POD[9]
Y3
POD[10]
W3
POD[11]
Y2
POD[12]
Y1
POD[13]
V3
POD[14]
W2
POD[15]
W1
POD[16]
U3
POD[17]
V2
POD[18]
V1
POD[19]
T3
POD[20]
U2
POD[21]
U1
POD[22]
R3
POD[23]
T2
POD[24]
T1
POD[25]
R1
POD[26]
R2
POD[27]
P1
POD[28]
P2
POD[29]
P3
POD[30]
N1
POD[31]
N2
POD[32]
N3
POD[33]
M1
POD[34]
M2
POD[35]
M3
POD[36]
K4
POD[37]
J1
POD[38]
J2
POD[39]
J3
POD[40]
J4
POD[41]
H1
POD[42]
H2
POD[43]
H3
POD[44]
G1
POD[45]
H4
POD[46]
G2
POD[47]
F1
POD[48]
G3
POD[49]
F2
POD[50]
E1
POD[51]
G4
POD[52]
F3
POD[53]
E2
POD[54]
D1
POD[55]
E3
POD[56]
D2
POD[57]
C1
POD[58]
C2
POD[59]
D3
POSYRSTB
K2
POEXTB
K3
MSTSLVSEL
K1
C1343
0.1uF
25V
C1326
0.1uF
25V
R1318
10K
C1342
0.1uF
25V
JIG_TXD
R1348
0
DE_WARP_OUT
IC1300
IP00C786
LVDSO1[0]
B9
LVDSO1B[0]
A9
LVDSO1[1]
D9
LVDSO1B[1]
C9
LVDSO1[2]
B8
LVDSO1B[2]
A8
LVDSO1[5]
D8
LVDSO1B[5]
C8
LVDSO1[3]
B7
LVDSO1B[3]
A7
LVDSO1[4]
D7
LVDSO1B[4]
C7
LVDSO2[0]
B6
LVDSO2B[0]
A6
LVDSO2[1]
A5
LVDSO2B[1]
B5
LVDSO2[2]
C5
LVDSO2B[2]
D5
LVDSO2[5]
A4
LVDSO2B[5]
B4
LVDSO2[3]
A3
LVDSO2B[3]
B3
LVDSO2[4]
A2
LVDSO2B[4]
B2
C1346
0.1uF
25V
C1325
0.1uF
R1316
10K
C1339
0.1uF
25V
JIG_CS
CLK_WARP_OUT
IC1300
IP00C786
VCCK_1
H10
VCCK_2
H11
VCCK_3
H12
VCCK_4
J5
VCCK_5
K5
VCCK_6
K8
VCCK_7
L5
VCCK_8
M5
VCCK_9
N4
VCCK_10
N5
VCC18O_1
L13
VCC18O_2
M13
VCC18O_3
N12
VCC18O_4
N13
VCC18O_5
T11
VCC18O_6
T13
VCC18O_7
T14
VCC18O_8
U13
VCC18O_9
U14
VCC3IO_1
H13
VCC3IO_2
J13
VCC3IO_3
L8
VCC3IO_4
M8
VCC3IO_5
P4
VCC3IO_6
P5
VCC3IO_7
R4
VCC3IO_8
T4
VCC3IO_9
U4
VCC3IO_10
U5
VCC3IO_11
U6
VCC12A_DDRDLL1
L16
VCC12A_DDRDLL2
U12
VCC12_PLLM
T10
VCC12_PLLPO
T9
VCC33A_LVDS1
E9
VCC33A_LVDS2
C4
VCC33D_LVDSDLL1
C6
VCC33D_LVDSDLL2
D4
GNDK_1
J10
GNDK_2
J11
GNDK_3
J12
GNDK_4
K9
GNDK_5
K10
GNDK_6
K11
GNDK_7
L9
GNDK_8
L10
GNDK_9
L11
GNDK_10
M9
GNDK_11
N8
GNDK_12
N9
GNDK_13
T8
GNDK_14
U8
GNDK_15
V7
GNDK_16
V8
GND18O_1
K12
GND18O_2
K13
GND18O_3
L12
GND18O_4
M10
GND18O_5
M11
GND18O_6
M12
GND18O_7
N10
GND18O_8
N11
GND18O_9
R18
GND18O_10
T20
GND18O_11
U17
GND3IO_1
A1
GND3IO_2
B1
GND3IO_3
E7
GND3IO_4
F4
GND3IO_5
G5
GND3IO_6
H5
GND3IO_7
H8
GND3IO_8
H9
GND3IO_9
J8
GND3IO_10
J9
GND12A_DDRDLL1
M16
GND12A_DDRDLL2
T12
GND12_PLLM
U10
GND12_PLLPO
U9
GND33A_LVDS1
E8
GND33A_LVDS2
C3
GND33A_LVDSDLL1
D6
GND33A_LVDSDLL2
E4
C1349
0.1uF
25V
C1324
0.1uF
C1300
8pF
50V
VS_TTLOUT
R1371
10K
JIG_CLK
R1350
0
VS_WARP_OUT
C1351
0.1uF
25V
C1323
0.1uF
C1301
8pF
50V
R1353
10K
JIG_RXD
VS_WARP_OUT
B_TTLOUT[0-9]
C1352
0.1uF
25V
C1322
0.1uF
R1354
10K
C1333
0.1uF
25V
C1318
0.1uF
C1321
0.1uF
R1351
10K
C1336
0.1uF
25V
R1312
1M
OPT
R1363
10K
+3.3V_WARP
C8115
12pF
50V
OPT
C1320
0.1uF
R1352
10K
R1329
10K
R1385
0
OPT
R1386
0
OPT
R1387
0
OPT
R1388
0
OPT
C786_CS
JIG_CLK
C786_MOSI
JIG_CS
IC1302
SN74CBTLV3257DGVR
3
1B2
2
1B1
4
1A
1
S
6
2B2
5
2B1
7
2A
8
GND
9
3A
10
3B2
11
3B1
12
4A
13
4B2
14
4B1
15
OE
16
VCC
SSP1_DI
C786_MISO
JIG_RXD
+3.3V_WARP
SSP1_CSZ0
C786_SPI_SEL
JIG_TXD
SSP1_DO
C786_CLK
SSP1_CLK
R1391
0
OPT
R1392
0
OPT
R1393
0
OPT
R1394
0
OPT
+3.3V_N_SUB
+3.3V_N_SUB
R_WARP_OUT[2-9]
B_WARP_OUT[2-9]
G_WARP_OUT[2-9]
SPI_SDI
/SPI_CS
SPI_SCK
SPI_SDO
R1397
10K
R1398
10K
R1399
10K
R1301
0
R1302
0
R1303
0
R1304
0
MTK_CLK
MTK_MOSI
MTK_MISO
MTK_CS
SSP1_CSZ0
SSP1_CLK
SSP1_DO
SSP1_DI
R1355
10K
+3.3V_WARP
R1390
1K
C1291
22uF
10V
C1303
22uF
10V
C1304
22uF
10V
C1305
22uF
10V
C1292
22uF
10V
C1293
22uF
10V
P1301
12507WR-06L
1
2
3
4
5
6
7
C786_INT
DTC_PDN
+3.3V_WARP
R1395
10K
R1510
0
1/16W
5%
OPT
3rd overtone crystal
WARPING DEBUG
WARPING USE X-TAL
MCLKSELX PORT
X-TAL 1 XTALIN
OSCILLATOR 0 MCLK
FO
REB
H : I2C
L : UART
POEXTB
0 : Input, External Sync
1 : Output, Internal Sync
PIFLDIO
Open : MSTSLVSEL is High
Pull-up or Pull-down : MSTSLVSEL is Low
Crystal Reference : 62 ~ 66MHz
IFMD [1] IFMD [0]
0 0 I2C or UART
0 1 4-wire serial
1 0 8bit parallel
1 1 prohibition
FCS0
FCS1
FCLK
TXD
POFLDIO
Open : MSTSLVSEL is High
Pull-up or Pull-down : MSTSLVSEL is Low
SDA
SCL
RXD
Bypass cap.
Placed near IC1300
MONITOR OUT
Serial Flash
SPI TO I2C BRIDGE
EXTERNAL JIG
OE S
L L A = B1,C786 -> MTK
L H A = B2,C786 -> External JIG
H X Disconnect
10
2014.15.19
PF1500-JE
8
Wapping
MTK TO C786 SPI
Delete
Delete
