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8. Schematic Diagram
TEMP SENSOR
LEVEL
Date Changed
TEMP SENSOR
INTERRUPT
Time Changed
STEAM TEMP
Engineer
OSCILLATOR
RELAY
of
CONTROL
SAMSUNG ELECTRONICS
DIVIDER &
RESET
TITLE
416, Maetan-3Dong, Yeongtong-Gu,
N/P SINGLE
LATCH
TEMP SENSOR
PCB TEMP
DISPLAY PCB
OVP
PYROLYTIC
Drawn by
PYROLYTIC TWIN
TEMP SENSOR
R&D CHK
WATER
Changed by
MODULE
Suwon-Si, Gyeonggi-Do, KOREA 443-742
EEP ROM
MEAT PROBE
N/P TWIN
On board writing
DOC CTRL CHK
MFG ENGR CHK
Drawing Number
Sheet
QA CHK
REV
1
1
0
2
,
N
A
J
7
1
N
O
E
J
_
S
M
09:00 AM
MS_JEON
MS_JEON
1
1
24" OVEN_MD
A2
Size
-TWIN & PYROLYTIC
POWER SUPPLY
100K
R305
R313
10K
TTC05103K
TH901
+5V
D213
MM4148
KIA358F
VCC=+6V,GND=DGND
IC401
5
+
6
-
7
OUT
RY203
DU12D1-1P
TR217
KRC246
16.000MHz
XTL1
TR203
KRC246
TLP-181
PC102
MM4148
D202
ZD101
UZ5.1B
R105
KRC246
TR211
2K
KRC246
10uF
C103
TR221
4.7uF
EM518
D01
+5V
C01
PC101
TLP-181
C109
470uF
R101
47K
R308
1K
100nF
C04
DF06S
BD101
RY201
DU12D1-1P
1K
D02
EM518
R111
78L05
IC02
MM4148
D212
R201
2K
R40
6
2K
+5V
+12V
TR01
KRA226
+5V
R801
13K
470K
R07
+5V
R317
2K
C117 12pF
C102
2K
R902
10uF
1N4007
D101
+5V
C105
10uF
D304
MM4148
12pF
1K
R08
C108
C116
VCC
VEE
470uF
VCC
VEE
IC302
KIA75S358
KIA75S358
IC303
+12V
10K
R03
KRC246
TR201
KRC246
TR214
VREFH
3
X1
30
X2
28
C305
10nF
40
81
82
83
84
21
70
75
76
RESET
32
43
RXD1
24
SCL0
78
SDA0
77
42
TXD1
23
9
10
89
14
63
67
68
41
19
22
62
18
11
33
34
39
2
7
8
1
92
100
99
91
98
90
97
93
94
80
95
96
25
20
73
74
71
72
6
79
58
61
57
56
55
87
69
88
45
44
46
51
50
49
48
47
59
60
52
15
16
17
13
12
AM1
31
AVCC
5
AVSS
4
DVCC
27
DVCC1
66
DVCC2
85
DVSS
29
DVSS1
64
DVSS2
86
EMU0
35
EMU1
36
37
38
NMI
65
54
53
IC101
TMP91FW60FG
AM0
26
+5V
MM4148
D201
R803
2K
470uF
10nF
C111
C304
RY213
TR207
KRC246
M
P
G5T-1A-ASI-12VDC
10uF
C302
SSR202
AQG22212
1uF
C901
D206
MM4148
6
8
9
10
MM4148
D203
ST101
1
2
3
4
5
D208
MM4148
ST-ALCD
DU12D1-1P
RY202
R40
4
2K
R10
R302
26.1K
1K
RY205
DU12D1-1P
R113
2K
KRC246
TR219
3.01K
R319
R503
2K
R311
2K
+5V
C110
470uF
R312
26.1K
+5V
+12V
470
R09
TR216
KRA226
3
+
-
2
OUT
1
MM4148
D209
VCC=+6V,GND=DGND
IC401
KIA358F
MM4148
D214
+12V
D303
MM4148
+5V
D204
MM4148
1
2
3
4
5
6
7
8
CN40
1
SMW250-08_WHT
DU12D1-1P
RY206
C115
100nF
100nF
1.2M
R107
C106
2K
100nF
C701
R701
12K
R06
47
R05
+5V
+5V
+5V
3
-
2
OUT
1
10K
R02
+5V
IC402
VCC=+6V,GND=DGND
KIA358F
+
80.6K
R502
MM4148
D302
2K
R112
7033P
IC105
47K
R102
R409
2K
200K
R414
Vss
7
WP
10K
R307
1 A0
2 A1
3 A2
6
SCL
5
SDA
8
Vcc
4
IC601
24C04
TR206
KRC246
1K
R314
D207
MM4148
In
2
Ire
1
Isw
3
Out
5
RC
6
Thr
8
Vcc
+5V
LM331N
IC01
4
Gnd
7
2
4
3
IC104
KIA7812API
CN302 SMW250-04_BLU
1
D105
1N4007
R402
2K
2K
R405
+5V
R321
D301
MM4148
R306
+5V
+5V
2K
470
MM4148
D205
D210
MM4148
1
3
5
7
9
+5V
CN201 SMW250-09A_RED
2K
R325
TR202
KRC246
KRC246
TR215
ZNR101
560V
TVR14561
TR102
KRC246
R41
3
200K
C306
200K
R412
10uF
C202
10nF
+6V
R103
47K
3
4
5
6
R901
5.1K
SMW250-06(WHT)
CN301
1
2
R702
330
TR101
KRA226
RY211
G5T-1A-ASI-12VDC
G5T-1A-ASI-12VDC
RY210
SMW250-04_WHT
CN501
4
2
1
3
T9AS1D22-12
D215
MM4148
RY207
G5T-1A-ASI-12VDC
RY215
2K
R410
100K
R318
6
7
SMW250-07_WHT
CN402
2
1
3
4
5
150K
30.1K
R316
+5V
R108
1
3
KRC246
TR205
CN204 SMW250-03A_RED
8
7
6
9
3
SMW250-09(WHT)
CN102
1
2
4
5
A
C
100nF
D104
MBRF5100
R11
470K
C112
R12
10K
LF-2CTOP
L101
1
2
3
4
2K
R320
DU12D1-1P
RY204
100nF
C307
12.7K
R315
10uF
C301
2K
R114
+5V
IC103
KIA78D05PI
UF4007
D102
KRC246
TR208
R322
100K
R304
1.87K
+5V
1nF
C114
3.01K
R323
26.1K
R301
2K
R324
2K
R408
R802
80.6K
+6V
R106
20K
TR218
KRC246
R41
1
200K
2K
R403
TR213
MM4148
D211
KRC246
M
P
C03
10uF
AQG22212
SSR203
VCC
VEE
1nF
C104
+5V
KIA75S393F
IC301
1uF
C02
RY209
G5T-1A-ASI-12VDC
KRC246
TR209
220
R110
C
2.2nF
C107
MBRF5100
D103
A
3
2
1
1nF
C05
CN801 SMW250-03_WHT
+6V
R407
2K
5
7
TR222
KRC246
CN202 SMW250-07A_RED
1
3
R116
TR210
KRC246
M
P
47K
AQG22212
SSR201
+5V
RY214
G5T-1A-ASI-12VDC
R310
30.1K
R303
10K
2
3
4
100K
R04
CN203 SMW250-04_RED
1
47K
R104
10nF
C201
RY212
G5T-1A-ASI-12VDC
G5T-1A-ASI-12VDC
RY208
+5V
C601
100nF
12K
R109
TR204
KRC246
1
2
3
6
CN701
SMW200-06P
5
4
+5V
R309
12.7K
TLP-181
PC01
6
4
1
3
R401
2K
R11
5
47K
+
5
6
-
7
OUT
470K
R01
KIA358F
IC402
VCC=+6V,GND=DGND
13K
R501
KRC246
10nF
C303
TR212
10uF
C113
100nF
270M
PTC101
S6
7
S7
S8 8
C101
TNY276P
B 2
4 D
1
E
S5
5
6
IC102
+5V
TR220
KRC246
TEST-1
TEST-2
2K
R601
OVP
NEUTRAL
LIVE-2
LIVE-2
LIVE-2
LIVE
EMU0
EMU0
DATA
STAND-BY
S-LEVEL
W-H
WH
WM
W-M
W-L
SL
WL
RXD
TXD
SCL
SDA
WAKE-UP
TOGGLE
BOT-HT
STEAM-HT
GRILL-SUB
GRILL-MAIN
OPTION
W-VALVE
WH
WL
SL
WM
STEAM-TEMP
SOURCE
STEAM-TEMP
S-U
PCB-TEMP
AD-IN-U
U-BAND-2
L-BAND-2
STEAM-HT
OPTION
W-M
DV-SW
RXD1
TXD1
RESET
UPPER-HT
AD_L
AD_U
RESET
OVP
INT
X2
WAKE-UP
RXD
SCL
TXD1
LOWER-HT
BOT-HT
GRILL-MAIN
LOWER-FAN
LATCH-CLOSE
LOWER-LP
COOLING
LATCH-2
DOOR-SW
L-BAND-1
CLK
S-LEVEL
W-H
W-L
STAND-BY
LATCH-1
SIDE-RACK
RXD1
SDA
TXD
X1
L-BAND-2
L-BAND-1
U-BAND-2
U-BAND-1
AD-IN-L
AD-IN-U
INT
LATCH-OPEN
W-VALVE
UPPER-HT
GRILL-SUB
UPPER-FAN
SOURCE
SPIT
W-PUMP
UPPER-LP
AD-IN-L
PROBE
S-L
U-BAND-1
TOGGLE
LIVE
NEUTRAL
LATCH-1
LATCH-2
SIDE-RACK
DOOR-SW
DATA
CLK
PROBE
X2
X1
AD_U
COOLING
SPIT
W-PUMP
LATCH-OPEN
LOWER-LP
UPPER-LP
LOWER-FAN
UPPER-FAN
LOWER-HT
LATCH-CLOSE
S-U
AD_U
LATCH-CONTROL
S-L
AD_L
LATCH-CONTROL
RESET
DV-SW
AD_U
PCB-TEMP
AD_L
8-1 Schematic Diagram
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