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5.5. Connection Diagram (OPC_WTB_CST Lock)
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Copyright© 1995-2017 SAMSUNG. All rights reserved.
T1 / ERASER / OPC CRUM
-1. 5mm / 16*2P
CN36 T1 / ERASER /
J C39-0 2256A
OPC CRUM
J C39- 02255A
6
1
6
1
5V_PS
5
2
5
2
ON_ERASER_K
4
3
3
4
4
3
3. 3V_CRUM
3
4
SDA_CRUM _OPC_K
2
5
2
5
SCL_CRUM _OPC_K
1
6
1
6
DGND
J C39- 02256A
6
7
5V_PS
6
1
5
8
ON_ERASER_C
5
2
4
3
9
3
4
4
3. 3V_CRUM
10
3
SDA_CRUM _OPC_C
11
2
5
2
SCL_CRUM _OPC_C
1
12
DGND
1
6
2
13
ADC_I NNER_TE MP
1
14
DGND
15
NC
16
NC
J C39- 02256A
6
1
6
17
5V_PS
5
2
5
18
ON_ERASER_M
4
3
3
4
4
19
3. 3V_CRUM
3
20
SDA_CRUM _OPC_M
2
5
2
21
SCL_CRUM _OPC_M
1
6
1
22
DGND
J C39- 02256A
6
23
5V_PS
6
1
24
5
ON_ERASER_Y
5
2
4
3
25
3
4
4
3. 3V_CRUM
26
SDA_CRUM _OPC_Y
3
27
SCL_CRUM _OPC_Y
2
5
2
1
28
DGND
1
6
29
1
4
A_T1
30
2
3
nA_T1
31
3
2
nB_T1
32
4
1
B_T1
BLDC OPC KCMY
CN47 BLDC OPC
J C39- 02232A
KCM Y
10
1
DI R_BL DC_OPC_K
9
2
CL K_BLDC_OPC_K
8
3
nREADY_BLDC_OPC_K
7
4
nEN_BLDC_OPC_K
6
5
NC
BLDC
5
6
BRAKE_BLDC_OPC_K
4
7
DGND
3
8
DGND
2
9
24V1_SW
1
10
24V1_SW
10
11
DI R_BL DC_OPC_C
9
12
CL K_BLDC_OPC_C
8
13
nREADY_BLDC_OPC_C
7
14
nEN_BLDC_OPC_C
15
6
NC
BLDC
5
16
BREAK_BLDC_OPC_C
4
17
DGND
3
18
DGND
2
19
24V7
1
20
24V7
10
21
DI R_BL DC_OPC_M
9
22
CL K_BLDC_OPC_M
8
23
nREADY_BLDC_OPC_M
7
24
nEN_BLDC_OPC_M
6
25
NC
BLDC
5
26
BREAK_BLDC_OPC_M
4
27
DGND
3
28
DGND
2
29
24V7
1
30
24V7
31
DI R_BL DC_OPC_Y
10
32
CL K_BLDC_OPC_Y
9
8
33
nREADY_BLDC_OPC_Y
7
34
nEN_BLDC_OPC_Y
35
6
NC
BLDC
36
5
BRK_BLDC_OPC_Y
37
DGND
4
38
DGND
3
39
24V5
2
1
40
24V5
OPC HOM E
CN29 O PC HO M E
J C39- 02240A
1
R_5V_PS
3
DGND
2
2
nSENSE_OPC_HOM E_K
3
1
R_5V_PS
4
3
DGND
5
2
nSENSE_OPC_HOM E_C
6
1
7
3
R_5V_PS
DGND
8
2
nSENSE_OPC_HOM E_M
9
1
R_5V_PS
10
3
2
DGND
11
1
nSENSE_OPC_HOM E_Y
12
OPC K
J C39- 02239A
CN29 OPC K
1
10
DI R_BLDC_OPC_K
9
2
CLK_BL DC_OPC_K
8
3
nREADY_BLDC_OPC_K
4
7
nEN_BLDC_OPC_K
5
6
BLDC
NC
6
5
BRK_BLDC_OPC_K
7
4
DGND
8
3
DGND
9
2
DGND
1
10
DGND
11
NC
12
T/ C SENSOR
-1. 5m m / 15*2P
CN34 T/C SENSOR
J C39- 02259A
J C39- 02260A
DGND
1
4
1
TC_VI N_K
2
3
2
24V1_TC
3
2
3
4
TNR_VCON_K
1
4
J C39- 02259A
5
DGND
4
1
TC_VI N_C
6
3
2
24V1_TC
7
2
3
TNR_VCON_C
8
1
4
9
R_5V_PS
12
1
10
DGND
11
2
11
nSENSE_FULL _RES_K
10
3
R_5V_PS
12
9
4
DGND
13
8
5
nSENSE_FULL _RES_C
14
7
6
J C39- 02342A
15
NC
6
7
5
8
4
9
3
10
2
11
1
12
16
J C39- 02259A
DGND
4
1
17
TC_VI N_M
3
2
18
24V1_TC
2
3
TNR_VCON_M
19
1
4
J C39- 02259A
DGND
20
4
1
TC_VI N_Y
21
3
2
22
24V1_TC
2
3
23
TNR_VCON_Y
1
4
R_5V_PS
24
DGND
25
nSENSE_FULL _RES_M
26
27
R_5V_PS
28
DGND
nSENSE_FULL _RES_Y
29
NC
30
HVPS2 / SKEW MO TOR
-1. 5mm / 12*2P
CN2
CN4 HVPS2 / SKEW
M O TOR
J C39-0 2228A
12
nEN_DEVE_AC_K
12
1
nEN_DEVE_AC_K
11
nEN_DEVE_AC_C
11
nEN_DEVE_AC_C
2
10
nEN_DEVE_AC_M
10
nEN_DEVE_AC_M
3
9
nEN_DEVE_AC_Y
9
nEN_DEVE_AC_Y
4
8
ADC_READ_HVPS_24V
8
ADC_READ_HVPS_24V
5
7
GND
7
DGND
6
6
GND
6
DGND
7
5
GND
5
8
DGND
4
3. 3V
4
9
3. 3V_PS
3
24V
3
24V2_SW
10
2
24V
2
24V2_SW
11
1
24V
1
24V2_SW
12
A_SKEW _Y
13
12
14
nA_SKEW _Y
11
15
B_SKEW _Y
10
nB_SKEW _Y
16
9
A_SKEW _M
17
8
nA_SKEW _M
18
7
B_SKEW _M
19
6
nB_SKEW _M
20
5
A_SKEW _C
21
4
22
nA_SKEW _C
3
23
B_SKEW _C
2
nB_SKEW _C
24
1
W TB/CST LOCK/ FAN_LSU
CN38 W TB/CST
LOCK/FAN_L SU
J C39-0 2337A
FAN_LSU
1
3
2
FB_OUT_ FAN_LSU
2
3
DGND
1
A_W TB
4
4
nA_W TB
5
3
nB_W TB
6
2
B_W TB
7
1
8
DGND
3
1
9
COVER_OPEN_FRONT
2
2
nCOVER_OPEN_FRONT
10
3
1
DGND
11
4
1
ADC_W TB_FUL L
12
3
2
EN_W TB_LED
13
2
3
5V_PS
14
1
4
R_5V_PS
15
3
DGND
16
2
nDETECT _ W TB
17
1
10
1
OUT_DC_CST_LOCK1_2
18
9
2
OUT_DC_CST_LOCK1_1
19
20
8
3
R_5V_PS
7
4
DGND
21
6
5
nSENSE_CST_LOCK1
22
J C39-0 2186A
5
6
OUT_DC_CST_LOCK2_2
23
4
7
OUT_DC_CST_LOCK2_1
24
25
3
8
R_5V_PS
DGND
26
2
9
1
10
nSENSE_CST_LOCK2
27
NC
28
LSU PD / RESERVOI R SENSOR
-1. 5m m / 22*1P
CN26 LSU P M OTOR
J C39- 02231A
1
5V_LSU
2
5V_LSU
DGND
3
24V2
4
DGND
5
nSTART_L SU_M OT
6
nREADY_LSU
7
8
CLK_LSU_M OT
5. Connection Diagram
4
3
2
1
4
3
2
1
3
2
1
3
2
1
3
2
1
3
2
1
4
3
2
1
4
3
2
1
COM
N. O.
N. C.
4
3
2
1
2
1
1
2
3
2
1
2
1
1
2
3
2
1
5-5
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