Connection Diagram (Hvps_Smps_Fdb) - Samsung SL-X7600GX Service Manual

5. Connection Diagram

5.6. Connection Diagram (HVPS_SMPS_FDB)

TY PE3R
CON1
LI VE 1
NEUTRAL 2
TY PE5
CN1
1 LI VE
2 NEUTRAL
5-6
TY PE5
CN7 ( Bl ue)
1 LI VE
2 NEUTRAL
TYPE3R
CN8( Red)
1 LI VE
2 NEUTRAL
SM PS TYPE 5
CN3
1
+24V1
GND 2
+24V2 3
GND 4
+24V3 5
6
GND
+24V4 7
8
GND
TY PE5 SI GNAL
CN4
GND 1
+24V_ON/OFF 2
GND 3
SM PS T YPE 5
CN2
+5V1 1
GND 2
+5V2 3
GND 4
CN2
1 LI VE
2 NEUTRAL
I NPUT OPTI ON
CN3
1 LI VE
2 NEUTRAL
DCF
CN4
1 LI VE
J C39- 02196A
J C 3 9 - 0 2 1 9 6 A
2 NEUTRAL
CN11
1
2
CN12
1
2
J C27- 00009A
J C 2 7 - 0 0 0 0 9 A
SM PS TYPE5 6*2P
CN5 SM PS TYPE5
1
5V1
2 5V2
3
24V1
4 24V2
J C39- 02213A( C)
5 24V3
J C 3 9 - 0 2 2 1 3 A ( C ) J C 3 9 - 0 2 3 4 4 A ( M )
J C39- 02344A( M )
6
24V4
7 DGND
8
DGND
9 DGND
10
DGND
11 DGND
12 DGND
SM PS TYPE3 4*2P
CN6 SM PS TYPE4
/ TYPE3R
8
J C39- 02212A( C)
1 5V_OPT
J C 3 9 - 0 2 2 1 2 A ( C ) J C 3 9 - 0 2 3 4 3 A ( M )
7
J C39- 02343A( M ) 2
24V5
6
3
24V6
5
4 24V7
4
5
DGND
3
6 DGND
2
7
DGND
1
8 DGND
AC CTRL. / FDB / PAPER
DET 1. 5m m /17*2P
J C39-0 2221A( C)
CN39 AC CTRL. /
J C 3 9 - 0 2 2 2 1 A ( C ) J C 3 9 - 0 2 2 3 3 A ( M )
J C39-0 2233A( M )
FDB / PAPE R DET
J C39- 02196A
J C 3 9 - 0 2 1 9 6 A
1
ZEROCROSS
17
10 1
2 AC_SENS
16
9 2
3 DGND
15
8
3
4 ON_SM PS_RREAY
14
7 4
5 24V3
13
6
5
6
ON_FUSER_RELAY
12
5 6
7 24VS_FUSER
11
4 7
8
DGND
10
3 8
9 ON_FUSER_SI DE
9
2 9
10 ON_FUSER_CENTER
8
1
10
3
11
2 11 EN_24V_ENGI NE
7
12 DGND
1 12
6
5
4
3
13 13 EN_24V_OPTI ON
2
5
14 14
DGND
1 4
3 15 15
FAN_SM PS
3
16
2 16 FB_OUT_FAN_SM PS
2
1 17 17 DGND
1
18 nDETECT_CST1
4
19 DGND
3
20 ADC_P_SI ZE1
2
21
DGND
1
22 nDETECT_CST2
4
23 DGND
3
24 ADC_P_SI ZE2
2
25 1. 8V_PS
1
26
FAN_DEVE
3
27 FB_OUT_FAN_DEVE
2
28 DGND
1
4 29 ADC_OUT_TEM P
3 30 DGND
2 31 ADC_OUT_HUM I
32
1 3. 3V_PS
33 NC
34 NC
Copyright© 1995-2013 SAMSUNG. All rights reserved.
HVPS
24 FF C
CN31 HVPS
nDETECT_HVPS 1 1 nDET ECT_HVPS
24V2_SW 2 2 24V
3 3 24V
24V2_SW
ADC_HVPS_24V 4 4 ADC_HVPS_24V
5 5 24V
24V2_SW
GND 6 6 GND
GND 7 7 GND
3. 3V 8 8 3. 3V
GND 9 9 GND
10 10 NC
NC
ADC_READ_M HV 11 11 ADC_READ_M HV
12 12 PW M _THV+_CV_hyb r i d
PW M _THV+_ CV_hyb r i d
PW M _M HV 13 13 PW M _M HV
PW M _THV+_ CV_SELECT_hyb r i d 14 14 PW M _THV+_CV_SELECT_hybr i d
PW M _SAW 15 15 PW M _SAW
ADC_READ_THV 16 16 ADC_READ_THV
17 17 PW M _THV_N
PW M _THV_N
nEN_DEVE 18 18 nEN_DEVE
19 19 PW M _FUSE R_BI AS
PW M _FUSER_BI AS
PW M _DEVE_DC 20 20 PW M _DEVE_DC
21 21 PW M _THV_P
PW M _THV_P
PW M _DEVE_VPP 22 22 PW M _DEVE_VPP
PW M _DEVE_AC 23 23 PW M _DEVE_AC
24 24 GND
GND
HVPS
35 FFC
CN3 HVPS
nDET ECT_HVPS
nDETECT _HVPS 1 1
PW M _D_AC_FREQ 2 2 PW M _D_AC_FREQ
3 3 PW M _D_AC_VPP_Y
PW M _D_AC_VPP_Y
ADC_R_M HV_K 4 4 ADC_R_M HV_K
5 5 PW M _D_DC_Y
PW M _D_DC_Y
NC 6 6 NC
7 7 PW M _DC_AC_VPP_M
PW M _DC_AC_VPP_M
PW M _THV+_CC_SEL
PW M _THV+_ CC_SE L 8 8
PW M _D_DC_M 9 9 PW M _D_DC_M
10 10 PW M _THV+CC_Hyb
PW M _THV+CC_Hyb
PW M _D_AC_VPP_C 11 11 PW M _D_AC_VPP_C
12 12 PW M _M HV_K
PW M _M HV_K
PW M _D_DC_C 13 13 PW M _D_DC_C
14 14 PW M _M HV_C
PW M _M HV_C
PW M _D_AC_VPP_K
PW M _D_AC_VPP_K 15 15
PW M _M HV_M 16 16 PW M _M HV_M
17 17 PW M _D_DC_K
PW M _D_DC_K
PW M _M HV_Y 18 18 PW M _M HV_Y
19 19 ADC_R_THV2
ADC_R_THV2
ADC_R_M HV_C 20 20 ADC_R_M HV_C
21 21 PW M _THV_2
PW M _THV_2
ADC_R_M HV_M
ADC_R_M HV_M 22 22
PW M _THV2_CLEAN 23 23 PW M _THV2_CLEAN
24 24 ADC_R_M HV_Y
ADC_R_M HV_Y
PW M _SAW 25 25 PW M _SAW
26 26 ADC_R_I THV_Y
ADC_R_I THV_Y
PW M _FUSER_BI AS 27 27 PW M _FUSE R_BI AS
ADC_R_I THV_M 28 28 ADC_R_I THV_M
ADC_R_I HTV_K
ADC_R_I HTV_K 29 29
PW M _I THV_Y 30 30 PW M _I THV_Y
31 31 ADC_R_I HTV_C
ADC_R_I HTV_C
PW M _I THV_M 32 32 PW M _I THV_M
33 33 PW M _I THV_K
PW M _I THV_K
PW M _I THV_C 34 34 PW M _I THV_C
GND 35 35 GND
1
DEVE HV M 2
THV M
SAW / M HV
1
2
3
1
FUSER HV M 2
HV_OPC_Y
HV_OPC_M
HV_OPC_C
HV_OPC_K
HV_DEVE_Y
HV_DEVE_M
HV_DEVE_C
HV_DEVE_K
HV_T1_Y 1
2
HV_T1_M 3
4
HV_T1_C 5
6
HV_T1_K 7
T2 HV
1
2
HV_SAW
3