Wiring Diagram Of The Printed Wiring Board - Hitachi RAM-60QH4 Manuel De Service

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WIRING DIAGRAM OF THE PRINTED WIRING BOARD

MODEL
RAM-60QH4
P OW E R P . W. B.
T E R M I N A L B O A R D
C O I L
2 5 A− F U S E
N F −C O I L 1
P OW E R − R E L A Y
B L A C K
S A U R G E
R 0 0 2
R 0 0 3
R U S H C U R R E N T R E L A Y
A B S O R VA
J W 3
R 0 0 1
WH I T E
VA R I S T O R 2 D I O D E
L 0 0 7
C T 1
S T A C K
G R E E N 1
0 V
C 1 0 3
J W 2
C 0 1 7
0 V
R 0 0 9
J W 5
C 0 1 4
L 0 0 6
G R E E N 3
C 0 1 3
( 3 −G)
F M− 1 5 V
R 1 1 5
( 7 )
( 3 )
SW P OWE R P. W. B.
WH T
(1 )
B L K
5 V
C N 8 B (WH T)
( 5 )
(V H 2 P)
P Q 1 0 2
3 2
C N 1 0 (WH T)
(X H 2 P)
( 9 )
( 4 )
SW− T R A N S
D 7 1 3
R 7 1 7
1 6
1 7
D 7 1 0
R 7 1 8
1 8
C 7 1 4
R 7 0 3
R 7 0 2
R 7 0 1
1 9
C 7 3 5
D 7 0 9
1 3
D 7 0 5
1 4
I C 1
D 7 0 2
R 7 0 8
D 7 0 6
1 2
R 7 2 3
1 5
C 7 3 1
2 0
C 7 3 4
F B 1
1 1
R 7 2 2
2 1
D 7 0 7
D 7 1 5
R 7 2 4
R 7 1 5
2 2
C 7 3 3
C 7 3 2
C 8 2 2
R 7 1 0
R 7 1 1
C 7 2 5
R 7 2 6
P Q 8
D 7 0 8
C 7 2 4
R E V E R S I N G V A L V E
R 7 2 5
+ 5 V
D 8 3 1
P Q 8 3 1
R 8 3 2
C 7 3 6
N F −C O I L 3
C N 2 (R E D)
V H− 2 P
R 8 3 1
Q 8 3 1
R 8 3 3
R E D
R 7 3 0
B R N
+ 1 2 V
L 8 0 1
I N T E R F A C E
T E R M I N A L B O A R D
C N 1 (WH T)
R E L A Y − 1
B R N
V H− 4 P
0 V
C 8 0 3
C 8 2 0
0 V
C 1
C 8 0 4
C 8 0 6
( I N D O O R −U N I T 1 )
C 8 0 7
L 8 0 3
D 1
R E D
C 8 0 5
N F −C O I L 2
N F−C O I L 5
+ 1 2 V
L 8 0 2
I N T E R F A C E
R E L A Y − 2
B L U
0 V
C 8 1 3
C 8 2 1
0 V
C 2
C 8 1 4
C 8 1 6
( I N D O O R −U N I T 2 )
C 7 3 7
L 8 0 4
C 8 1 7
D 2
Y E L
C 8 1 5
N F −C O I L 4
S ( 2 −B)
G R E E N 4
+ 1 2 V
+ 5 V
R 2 1 0
C N 1 6 (WH T)
X A− 6 P
R 2 1 1
1 6 9 1 8
I C 7
1 5
1 4
1 0
1 1
E L E C T R I C
E X P A N S I O N V A L V E 2
C 2 2 6
1 2
1 3
C N 1 5 (R E D)
R 2 0 8
+ 5 V
X A− 6 P
R 2 0 9
1 6
I C 6
1 5
1 4
1 0
1 1
E L E C T R I C
C 2 2 5
4 5 1 2 1 3
E X P A N S I O N V A L V E 1
+ 5 V
0 V
C N 5
O V E R H E A T
R 1 1 0 : 1 . 2 8 k Ω± 5%
B 1 0 0/1 1 0 :
T H E R M I S T O R
4 4 0 0 K± 1 5 0 K
XA−2 P (WHT)
C N 6
D E F R O S T
R 0 : 5. 9 k Ω± 5%
T H E R M I S T O R
B 0/2 5 : 3 4 0 0 ± 2%
XA−2 P (B L K)
C N 7
0 V
O U T D O O R T E M P
R 3 5 : 1. 4 3 3 k Ω±2%
T H E RM I S T O R
+ 5 V
B 0/7 0 : 3 4 0 0 K±2%
XA−2 P (R E D)
C N 8
R 3 1 3
R 3 1 6
J W 7
C N 9
N A R R OW P I P E T H E R M I S T O R
R 3 1 7
〔 F O R I N D O O R U N I T 1 〕
R E D
J W 8
R E D
R 3 1 8
W I D E P I P E T H E R M I S T O R
R 3 2 4
B L K
〔 F O R I N D O O R U N I T 1 〕
J W 9
R 3 1 9
B L K
N A R R OW P I P E T H E R M I S T O R
G RY
〔 F O R I N D O O R U N I T 2 〕
J W 1 0 R 3 2 0
G RY
W I D E P I P E T H E R M I S T O R
B L U
〔 F O R I N D O O R U N I T 2 〕
B L U
R 2 5 : 2 . 0 k Ω± 5 %
C N 9 (WH T)
B 2 5 / 5 0 : 3 5 0 0 K± 2 %
0 V
P H− 8 P
0 V
0 V
0 V
– 35 –
R E A C T O R
Y E L L OW
Y E L L OW
L 1
L 2
D I O D E S T A C K
Y E L L OW
D 1 5 V B A 6 0
G R A Y
B L U E
R E D
C N 3 1 (WH T)
2 9
2 7
2 6
2 5
C 1 0 1
V H− 2 P
(8−B)
2 A−F U S E
(8−B)
3 0
0 V
0 V
1 0
0 V
F M− 1 5 V
V C C
F M
R E F (5V)
1 3
OU T
R 1 0 7
0 V
1 2
ON/OF F
SYNC
1 4
R 1 0 4
0 V
0 V
1 1
C S V C
Q 1 0 1
R 1 0 3
D 1 0 1
C N 3 0 (WH T)
1 6
I D E T
C T
1 5
X H 7 P
C 1 0 2
I F B
OV P
R 1 0 1
I I N
V F B
V I N
V D E T
G N D
F M− 0 V
R 1 0 9
R 1 0 6
0 V
FM−0 V
0 V
0 V
2 8
C N 1 1 (G R Y)
M I N I C T − 5 P
0 V
1 2 3 4 5
+ 5 V
D 1 0 4
R 1 1 0
C 2 0 3
C N 3 (G R Y)
C N 3 A (WH T)
M I N I C T
M I N I C T
+ 1 7 V
0 V
C 6 0 8 I C 3
+ 1 7 V
(9 −C)
0 V
0 V
−1 1 P
−2 2 P (P A R A L L E L)
1 1
(9 −C)
R 7 1 2
C 7 1 8
1 0
F M− 1 5 V
C 7 0 7
R 7 1 4
+ 1 2 V
+ 5 V
+ 1 2 V
F M− 0 V
+ 5 V
R E G 1
D 2 0 3
C 7 0 8
C 7 1 6
C 7 2 1
C 4 0 2
C 4 0 3
+ 5 V + 5 V
1 0
Q 2 0 2
0 V
1 1
0 V
Q 2 0 1
− 5 V
− 5 V
R 2 8 4
CN 4 (B L U)
M I N I C T
C 7 4 0
R 2 8 3
−1 1 P
R 2 7 9
1 1
1 2
+ 1 2 V
1 0
1 3
I C 8
1 4
1 6
1 5
1 5
1 2 V
1 2 V
1 6
1 4
( 9 −G)
1 7
1 3
1 8
1 2
1 9
1 1
( 9 −G)
1 0
2 0
C 2 0 2
2 1
2 2
0 V
0 V
R 2 4 3
5 V
C 2 0 1
+ 5 V
2 0
1 9 1 8
1 7 1 6 1 5 1 4 1 3 1 2
2 1
C C
R 8 1 2
Q 8 0 2
2 2
C H N G
R 2 0 1
C 8 1 1
2 3
2 −WA Y VA L V E
C 8 1 8
R 8 1 3
R 2 0 2
C 8 1 2
2 4
R E V V A L V E
0 V 0 V
2 5
S T I C K R E L A Y
0 V
R 2 1 9
2 6
D 8 0 1
R U S H C U R R E N N T R E L A Y
2 7
P OW E R R E L A Y
+ 5 V
L D 3 0 1
2 8
S E L F D I A G N O S I S 1
R 2 0 3
L D 3 0 2
2 9
S E L F D I A G N O S I S 2
R 2 0 4
R 8 0 2
L D 3 0 3
3 0
V s s
Q 8 0 1
C 8 0 1
L D 3 0 4
3 1
S E L F D I A G N O S I S 3
C 8 0 8
R 8 0 3
R 2 0 5
C 8 0 2
3 2
1 5 / 2 0 A S E L E C T
R 2 1 2
R 2 0 6
3 3
C O O L I N G S I G N A L O U T P U T
0 V 0 V
0 V
R 2 0 7
+ 5 V
3 4
H E A T I N G S I G N A L O U T P U T
N O R MA L
R 2 9 6
3 5
V A L V E 2 A
S E R V I C E
SW I T C H
3 6
V A L V E 2 B
COO L
3 7
V A L V E 2 A
3 8
V A L V E 2 B
3 9
V A L V E 1 A
4 0
1 B
4 1 4 2 4 3 4 5 4 6 4 7 4 8 5 0
4 4
Q 2 8 0
0 V
+ 5 V
+ 5 V
C 3 0 9
I C 2
R 2 6 3
1 6
X 2
1 5
R 2 8 0
1 4
X 1
1 2 V
+ 5 V
R 2 7 3
1 3
X 0
1 0
X 5
5
1 1
R 3 2 3
X 6
X 3
1 2
P ( 9 −H)
Q 2 0 8
Q 2 0 9
X 7
R 2 9 1
( 7 −D)
+ 5 V
0 V
R 3 2 5
(9−G) R
0 V
0 V
0 V
(9− F )
0 V
5 V
0 V
1 2 3
1 2 3 4 5 6 7 8
9 1 0
1 1 1 2
C N 2 0 (WH T)
C N 1 9 (WH T) E I −3 P
C N 1 8 (WH T) Z R − 1 2 P
Z R − 4 P
1/ 1 0 0 0
1 / 1 0 0
T A C H O M E T E R
T E S T T E R M I N A L
F A S T F E E D
1 / 1 0
10
S y s t e m P o w e r M o d u l e
P OW E R F O R MA T I O N P . W. B.
P 1
P 2
N 1
2 1
C N 1 2 (Y E L)
C N 1 3 (WH T)
C T−5 P
VH−3 P
( 8 −C)
( 5 −B)
2 3 2 2
1 2 1 1 1 0
2 4
2 8
2 7
2 6
2 5
2 4
2 3
2 2
2 1
2 0
1 9
1 8
1 7
1 6
1 5
1 2 3 4 5 6 7 8 9
1 0 1 1 1 2 1 3 1 4
2 1
1 9
1 8
1 7
2 0
1 3
1 4
1 5
1 6
( 8 −B)
A B C D
1 2 3 4 5 6 7 8 9
1 2 3 4 5 6 7 8 9 1 0
C N 1 4 (G R Y)
C N 1 3 (WH T)
M I N I C T − 1 0 P
C T − 5 P
5 4 3 2 1
1 0 9 8 7 6 5 4 3 2 1
+ 1 2 V
( 8 −H) M
C 4 0 4
R 6 0 4
(1 0 −G)
(7−C)
(7−C)
R 6 0 5
R 6 0 6
1 1
1 3
R 6 0 7
1 0
1 7 V
1 4
1 2
Q 5 0 1
R 5 2 1
R 5 2 2
(6− K)
R 5 3 1
Q 5 0 2
R 5 3 2
Q 5 0 3
R 5 2 3
R 5 2 4
Q 5 0 4
R 5 3 3
R 5 3 4 R 5 2 5
Q 5 0 5
R 5 2 6
Q 5 0 6
R 5 3 5
R 5 3 6
+ 5 V
0 V
P R OM
C 2 1 1
C 2 1 0
+ 5 V
R 2 7 8
D 2 0 1
0 V
R 2 7 6
R 2 7 7
5 V
D 2 0 2
0 V
0 V
1 1 1 0
9 8 7 6 5 4 3 2
N C
8 0
R 2 3 4
(7− K)
A C T −C H O P
7 9
R 2 3 3
P AM
7 8
R 2 3 2
+ 5 V
A C T O N/O F F
7 7
6 0 ゜ e l O U T P U T (N O T R E V I S E)
7 6
(7−E)
R 2 3 1
+ 5 V
F A N C H O P
7 5
R 2 8 5
C 2 0 8
S E L F MO D E S E L E C T
7 4
C 2 2 7
(7−E)
I C 4
R 2 2 7
S E L F C H E C K SW
7 3
R 2 2 6
(7−H)
S D O 2
7 2
M I C O N
C 2 2 8
S D I 2
7 1
R 2 8 8
A X − 6 M 0 0
R 2 8 7
S D O 1
7 0
S D I 1
6 9
(10−C)
A V
6 8
C C
6 7
R E F
C 2 0 6
R 2 4 8
(T EMP DATA I N P I T)
6 6
R 2 4 5
(7− K)
F A N I P
6 5
O/D T EM P
6 4
(6− K)
6 3
D E F
0 V
O H
6 2
6 1
R 2 2 2
4 9 5 1 5 2 5 3 5 4 5 5 5 6 5 7
5 8
5 9 6 0
R 2 2 1
C 2 2 1
D 2 0 5
R 2 2 0
M ( 8 −C)
X 1
(9−G)
C 2 1 2
R 3 0 4
R 3 0 5
R 3 0 6
0 V
+ 5 V
+ 5 V
R 2 5 4
R 2 5 7
Q 2 0 6
D 2 0 6
0 V
+ 5 V
+ 5 V
0 V
R 2 6 4
I C 5
R 2 6 7
Q 2 0 7
0 V
D 2 0 7
0 V
0 V
MA I N P . W. B.
10
11
12
13
C OM P R E S S O R MO T O R
WH I T E
Y E L L OW
R E D
R E S I S T O R
R E S I S T O R
R E S I S T O R
R A T E D
R A T E D
R A T E D
SYMBOL RES I STANCE [Ω] TOL E RANC E WATTAGE [W]
SYMBOL RES I STANCE [Ω] TOL E RANC E WATTAGE [W]
SYMBOL RES I STANCE [Ω] TOL E RANC E WATTAGE [W]
R 0 0 1
39
5 %
1 / 4
R 2 8 0
1 0 0
5 %
1 / 1 6
R 7 0 1
8 2 0 K
5 %
1 / 2
R 0 0 2
1 0 0
5 %
1 0
R 2 8 1
1 0 0
5 %
1 / 1 6
R 7 0 2
8 2 0 K
5 %
1 / 2
R 0 0 3
1 0
R 2 8 2
1 0 0
5 %
1 / 1 6
R 7 0 3
1 0 0 K
5 %
R 0 0 4 4 7 0 K
5 %
1 / 2
R 2 8 3
3 6 0
5 %
1 / 1 0
R 0 0 5
2 . 2
5 %
R 2 8 4
3 6 0
5 %
1 / 1 0
R 7 0 8
5 %
1 / 4
1 0
R 0 0 9
J UM P E R W I R E
1 / 4
R 2 8 5
1 / 1 6
R 7 1 0
1 . 8 K
5 %
1 / 4
R 0 1 0 4 7 0 K
5 %
1 / 2
R 2 8 6
2 K
1 %
1 / 1 6
R 7 1 1
7 5
5 %
1 / 6
R 0 1 1 4 7 0 K
5 %
1 / 2
R 2 8 7
2 K
5 %
1 / 1 6
R 7 1 2
3 . 3 K
5 %
1 / 4
R 1 0 1
3 . 6 K
1 %
1 / 6
R 2 8 8
5 %
1 / 1 6
R 7 1 3
8 . 2 K
5 %
1 K
R 1 0 2
3 K
1 %
1 / 6
R 2 8 9
1 K
1 %
1 / 1 6
R 7 1 4
3 . 3 K
5 %
1 / 4
R 1 0 3
3 0 K
5 %
1 / 6
R 2 9 0
1 0 K
5 %
1 / 1 6
R 7 1 5
6 8 0
5 %
1 / 4
R 1 0 4
3 . 9 K
5 %
1 / 6
R 2 9 1
4 . 7 K
5 %
1 / 1 6
R 7 1 6
0 . 3 9
5 %
R 1 0 5
7 . 5 K
5 %
1 / 6
R 2 9 2
3 K
5 %
1 / 1 6
R 7 1 7
J UM P E R W I R E
1 / 4
R 1 0 6
2 . 4 K
5 %
1 / 6
R 2 9 3
1 . 6 K
5 %
1 / 1 6
R 7 1 8
8 . 2
5 %
1 / 4
R 1 0 7
1 %
R 2 9 4
2 7 K
5 %
1 / 1 6
R 7 2 2
2 . 7 K
5 %
1 / 4
R 1 0 8
1 K
1 %
1 / 6
R 2 9 5
5 . 1 K
5 %
1 / 1 6
R 7 2 3
3 3
5 %
1 / 6
R 1 0 9
5 1 0
5 %
1 / 6
R 2 9 6
1 0 K
5 %
1 / 1 6
R 7 2 4
2 . 7 K
5 %
1 / 4
R 1 1 0
1 . 6 9 K
1 %
1 / 6
R 2 9 7
1 K
5 % 1 / 1 6
R 7 2 5
J UM P E R W I R E
1 / 4
R 1 1 4
1 K
5 %
1 / 6
R 2 9 8
1 K
5 % 1 / 1 6
R 7 2 6
3 . 3 K
5 %
1 / 4
1 . 6 K
R 1 1 5
J UM P E R W I R E
R 3 0 1 3 . 7 4 K
1 %
1 / 1 6
R 7 3 0
5 %
R 3 0 2 3 . 0 1 K
1 %
1 / 1 6
R 2 0 1
1 0 K
5 %
1 / 1 6
R 3 0 3 3 . 0 1 K
1 %
1 / 1 6
R 8 0 1
3 9
5 %
1 / 4
R 2 0 2
1 0 K
5 %
1 / 1 6
R 3 0 4
1 0 0
5 %
1 / 1 6
R 8 0 2
3 9
5 %
1 / 4
R 2 0 3
2 K
5 %
1 / 1 6
R 3 0 5
1 0 0
5 %
1 / 1 6
R 8 0 3
3 K
5 %
1 / 1 6
R 2 0 4
2 K
5 %
1 / 1 6
R 3 0 6
1 0 0
5 %
1 / 1 6
R 8 1 1
3 9
5 %
1 / 4
R 2 0 5
2 K
5 %
1 / 1 6
R 3 0 8
2 K
2 %
1 / 1 6
R 8 1 2
3 9
5 %
1 / 4
R 2 0 6
1 0 K
5 %
1 / 1 6
R 3 0 9
2 K
2 %
1 / 1 6
R 8 1 3
3 K
5 %
1 / 1 6
R 2 0 7
1 0 K
5 %
1 / 1 6
R 3 1 0
2 K
2 %
1 / 1 6
R 2 0 8
2 0 0
5 %
1 / 1 0
R 3 1 1
2 K
2 %
1 / 1 6
R 8 3 1
1 0 K
5 %
1 / 6
R 2 0 9
2 0 0
5 %
1 / 1 0
R 3 1 2
1 0 K
1 %
1 / 1 6
R 8 3 2
7 . 5 K
5 %
1 / 2
R 2 1 0
2 0 0
5 %
1 / 1 0
R 3 1 3
5 . 1 K
5 %
1 / 1 6
R 8 3 3
6 2 0
5 %
1 / 6
R 2 1 1
2 0 0
5 %
1 / 1 0
R 3 1 4
1 / 1 6
R 2 1 2
2 K
5 %
1 / 1 6
R 3 1 5
1 / 1 6
R 2 1 4
1 0 K
5 %
1 / 1 6
R 3 1 6
1 K
5 %
1 / 1 6
R 2 1 5
1 0 K
5 %
1 / 1 6
R 3 1 7
1 K
5 %
1 / 1 6
R 2 1 6
1 0 K
5 %
1 / 1 6
R 3 1 8
1 K
5 %
1 / 1 6
R 2 1 7
1 0 K
5 %
1 / 1 6
R 3 1 9
1 K
5 %
1 / 1 6
R 2 1 8
1 0 K
5 %
1 / 1 6
R 3 2 0
1 K
5 %
1 / 1 6
R 2 1 9
1 0 K
5 %
1 / 1 6
R 3 2 1
1 / 1 6
R 2 2 0
1 M
5 %
1 / 1 6
R 3 2 2
1 / 1 6
R 2 2 1
1 0 K
1 %
1 / 1 6
R 3 2 3
1 0 K
5 %
1 / 1 6
R 2 2 2
5 1 0
5 %
1 / 1 6
R 3 2 4
1 0 K
5 %
1 / 1 6
R 2 2 6
1 0 K
5 %
1 / 1 6
R 3 2 5
1 K
5 %
1 / 1 6
R 2 2 7
1 0 K
5 %
1 / 1 6
R 3 2 6
2 . 7 K
5 %
1 / 1 6
R 2 3 1
1 0 K
5 %
1 / 1 6
R 3 2 7
4 7 0
5 %
1 / 1 6
R 2 3 2
1 0 K
5 %
1 / 1 6
R 3 2 8
1 . 6 K
5 %
1 / 1 6
R 2 3 3
1 0 0
5 %
1 / 1 6
R 3 2 9
4 . 3 K
5 %
1 / 1 6
R 2 3 4
1 0 K
5 %
1 / 1 6
R 3 3 0
1 0 K
5 %
1 / 1 6
R 2 3 5
1 0 K
5 %
1 / 1 6
R 3 3 1
1 0 K
5 %
1 / 1 6
R 2 3 6
1 0 K
5 %
1 / 1 6
R 3 3 2
1 0 K
5 %
1 / 1 6
R 2 3 7
5 . 1 K
5 %
1 / 1 6
R 5 0 1
1 K
5 %
1 / 1 6
P R OM
R 2 3 8
1 0 0
5 %
1 / 1 6
R 5 0 2
1 K
5 %
1 / 1 6
WR I T I N G
R 2 3 9
1 0 0
5 %
1 / 1 6
R 5 0 3
1 K
5 %
1 / 1 6
T E R M I N A L
R 2 4 0
1 K
5 %
1 / 1 6
R 5 0 4
1 K
5 %
1 / 1 6
R 2 4 2
1 0 K
5 %
1 / 1 6
R 5 0 5
1 K
5 %
1 / 1 6
C N 1 7 (WH T)
P H− 4 P
R 2 4 3
1 0 0
5 %
1 / 1 6
R 5 0 6
1 K
5 %
1 / 1 6
R 2 4 4
2 K
5 %
1 / 1 6
R 5 0 7
5 . 1 K
5 %
1 / 8
C A P A C I T O R
R 2 4 5
5 . 1 K
5 %
1 / 1 6
R 5 0 8
5 . 1 K
5 %
1 / 8
R A T E D
SYMBOL
R 5 0 9
5 . 1 K
5 %
1 / 8
VOL TAG E [V] T Y P E
[ F ]
C 0 0 1
0 . 0 1 μ
A C 2 5 0
R 2 4 7 3 . 1 6 K
1 %
1 / 1 6
R 5 1 0
5 . 1 K
5 %
1 / 8
R 2 4 8
1 K
5 %
1 / 1 6
R 5 1 1
5 . 1 K
5 %
1 / 8
C 0 0 2
0 . 0 1 μ
A C 2 5 0
R 2 4 9
2 0 K
1 %
1 / 1 6
R 5 1 2
5 . 1 K
5 %
1 / 8
C 0 0 3
0 . 6 8 μ
A C 2 5 0
R 2 5 0
1 0 K
5 %
1 / 1 6
R 5 2 1
1 0 K
5 %
1 / 1 6
C 0 0 4
C 0 0 5
R 2 5 1
1 0 K
5 %
1 / 1 6
R 5 2 2
1 0 K
5 %
1 / 1 6
C 0 0 6
3 . 3 μ
A C 3 0 0
R 2 5 3
3 . 3 2 K
1 %
1 / 1 6
R 5 2 3
1 0 K
5 %
1 / 1 6
R 2 5 4
1 0 0
5 %
1 / 1 6
R 5 2 4
1 0 K
5 %
1 / 1 6
C 0 0 7
0 . 0 1 μ
A C 2 5 0
R 2 5 5
2 K
5 %
1 / 1 6
R 5 2 5
1 0 K
5 %
1 / 1 6
C 0 0 8
0 . 0 1 μ
A C 2 5 0
R 2 5 6
1 0 K
5 %
1 / 1 6
R 5 2 6
1 0 K
5 %
1 / 1 6
C 0 1 0
C 0 1 1
R 2 5 7
3 K
5 %
1 / 1 6
R 5 3 1
5 . 1 K
5 %
1 / 1 6
R 2 5 8
1 K
5 %
1 / 1 6
R 5 3 2
5 . 1 K
5 %
1 / 1 6
C 0 1 3
0 . 0 1 μ
A C 2 5 0
R 2 5 9 8 . 2 5 K
1 %
1 / 1 6
R 5 3 3
5 . 1 K
5 %
1 / 1 6
C 0 1 4
0 . 0 1 μ
A C 2 5 0
R 2 6 0
1 0 K
1 %
1 / 1 6
R 5 3 4
5 . 1 K
5 %
1 / 1 6
C 0 1 5
0 . 0 1 μ
A C 2 5 0
C 0 1 6
0 . 0 1 μ
A C 2 5 0
R 2 6 1
1 0 K
1 %
1 / 1 6
R 5 3 5
5 . 1 K
5 %
1 / 1 6
R 2 6 2
1 0 K
1 %
1 / 1 6
R 5 3 6
5 . 1 K
5 %
1 / 1 6
C 0 1 7
0 . 0 1 μ
A C 2 5 0
R 2 6 3
1 K
5 %
1 / 1 6
R 2 6 4
1 0 0
5 %
1 / 1 6
C 0 2 0
2 2 0 μ
2 5 0
C 0 2 1
R 2 6 5
2 K
5 %
1 / 1 6
R 6 0 1
2 K
5 %
1 / 1 6
2 2 0 μ
2 5 0
R 2 6 6
1 0 K
5 %
1 / 1 6
R 6 0 2
2 K
5 %
1 / 1 6
R 2 6 7
3 K
5 %
1 / 1 6
R 6 0 3
2 K
5 %
1 / 1 6
R 2 6 8
1 K
5 %
1 / 1 6
R 6 0 4
1 0 0
5 %
1 / 1 6
R 2 6 9 8 . 2 5 K
1 %
1 / 1 6
R 6 0 5
1 0 0
5 %
1 / 1 6
R 2 7 0
1 0 K
1 %
1 / 1 6
R 6 0 6
1 0 0
5 %
1 / 1 6
R 2 7 1
1 0 K
1 %
1 / 1 6
R 6 0 7
1 0 0
5 %
1 / 1 6
R 2 7 2
1 0 K
1 %
1 / 1 6
R 6 0 8
4 . 0 2 K
1 %
1 / 1 6
R 2 7 3
1 K
5 %
1 / 1 6
R 6 0 9
4 . 0 2 K
1 %
1 / 1 6
R 2 7 4
5 . 1 K
5 %
1 / 1 6
R 6 1 0
4 . 0 2 K
1 %
1 / 1 6
R 2 7 5
5 . 1 K
5 %
1 / 1 6
R 6 1 1
1 %
1 / 1 6
4 . 0 2 K
R 2 7 6
3 9 0
5 %
1 / 1 6
R 2 7 7
3 9 0
5 %
1 / 1 6
R 2 7 8
CH I P−J UMP E R
5 %
1 / 1 6
R 2 7 9
1 / 1 6
11
12
13
14
15
16
I C
SYMBOL
MO D E L N o .
M I CON
A X − 6 M 0 0
P ROM
S 2 4 C 0 2 B F J − T B
C A P A C I T O R
T R A N S I S T O R
R A T E D
SYMBOL
I C 1 S T R − F 6 5 2 3
SYMBOL MO D E L N o .
[ F ]
VOL TAG E [V] T Y P E
C 1 0 1
0 . 0 8 2 μ
6 3 0
Q 1 0 1 2 S A 6 7 3
I C 2
H D 7 4 H C 4 0 5 1 F P
C 1 0 2
5 0
I C 3
N J M 2 9 0 1 M−T E 1
C 1 0 3
0 . 1 μ
5 0
Q 2 0 1 R N 2 4 0 2
C 1 0 4
1 0 0 0 p
5 0
Q 2 0 2 R N 2 4 0 2
I C 4
N J M 2 9 0 4 M−T E 3
C 1 0 5
1 0 0 μ
1 0
Q 2 0 6 2 S C 2 4 6 2 L C
I C 5
N J M 2 9 0 3 V−T E 1
I C 6
C 1 0 6
5 0
Q 2 0 7 2 S C 2 4 6 2 L C
M 5 4 5 6 7 F P
I C 7
M 5 4 5 6 7 F P
C 1 0 9
0 . 1 μ
5 0
Q 2 0 8 2 S C 2 4 6 2 L C
C 2 0 1
2 5
Q 2 0 9
I C 8 U L N 2 0 0 3 A N S
0 . 1 μ
2 S A 1 1 2 1 S C
C 2 0 2
2 2 0 0 p
2 5
Q 2 8 0
C 2 0 3
2 2 0 0 p
2 5
Q 5 0 1 2 S C 2 4 6 2 L C
R E G 1
MC 7 8 0 5 C T
R E G 2 S E 0 1 2 N
C 2 0 5
0 . 1 μ
5 0
Q 5 0 2 2 S C 2 4 6 2 L C
C 2 0 6
0 . 1 μ
2 5
Q 5 0 3 2 S C 2 4 6 2 L C
C 2 0 7
0 . 0 4 7 μ
5 0
Q 5 0 4 2 S C 2 4 6 2 L C
C 2 0 8
0 . 1 μ
2 5
Q 5 0 5 2 S C 2 4 6 2 L C
C 2 0 9
0 . 1 μ
2 5
Q 5 0 6 2 S C 2 4 6 2 L C
D I O D E
C 2 1 0
0 . 0 4 7 μ
5 0
SYMBOL
MO D E L N o .
C 2 1 1
2 5
Q 8 0 1 2 S C 2 6 1 8 R C
0 . 1 μ
D 1 0 1 1 G H 4 6
C 2 1 2
0 . 1 μ
2 5
Q 8 0 2 2 S C 2 6 1 8 R C
D 1 0 2 1 S 2 0 7 6 A
C 2 1 3
0 . 0 4 7 μ
5 0
D 1 0 3 1 S 2 0 7 6 A
C 2 1 4
0 . 0 6 8 μ
1 6
Q 8 3 1 2 S C 1 2 1 4 C T
C 2 1 5
2 5
D 1 0 4 1 S S 1 2 0
0 . 1 μ
D 1 0 5 1 S S 1 2 0
C 2 1 6
4 7 0 0 p
5 0
D 2 0 1
D A N 2 0 2 K
C 2 1 7
0 . 0 4 7 μ
5 0
D 2 0 2
D A P 2 0 2 K
C 2 1 8
0 . 0 6 8 μ
1 6
C 2 1 9
D 2 0 3
D A P 2 0 2 K
4 7 0 0 p
5 0
D 2 0 4
C 2 2 0
2 2 μ
6 . 3
D A N 2 0 2 K
D 2 0 5
D A N 2 0 2 K
C 2 2 1
0 . 1 μ
2 5
D 2 0 6
D A N 2 0 2 K
C 2 2 2
0 . 1 μ
2 5
D 2 0 7
D A N 2 0 2 K
C 2 2 3
0 . 1 μ
2 5
C 2 2 4
1 0 μ
1 6
Z E N E R D I O D E
C 2 2 5
0 . 1 μ
2 5
SYMBOL
MO D E L N o .
C 2 2 6
0 . 1 μ
2 5
D 7 0 2 1 G H 4 6
C 2 2 7
0 . 1 μ
2 5
C 2 2 8
2 5
Z D 1 0 1
D 7 0 3
1 S S 1 2 0
0 . 1 μ
D 7 0 5
R N 2 Z
C 2 8 0
5 0
Z D 2 0 1
R L Z 6 . 8 A
2 . 2 μ
D 7 0 6
A K 0 4
C 2 8 1
0 . 0 1 μ
5 0
D 7 0 7 R N 3 Z
L E D
C 3 0 1
0 . 1 μ
D 7 0 8
W I R E J UM P E R
2 5
MO D E L N o .
D 7 0 9
C 3 0 2
0 . 1 μ
2 5
SYMBOL
R U 1 P
D 7 1 0 1 G H 4 6
C 3 0 3
0 . 1 μ
2 5
L D 3 0 1
L T 1 D 6 7 A
D 7 1 3
1 G H 4 6
C 3 0 4
1 μ
1 6
L D 3 0 2
L T 1 D 6 7 A
D 7 1 5 1 S S 1 2 0
C 3 0 5
1 μ
1 6
L D 3 0 3
L T 1 D 6 7 A
C 3 0 6
1 6
L D 3 0 4 L T 1 K 6 7 A
D 7 1 6 1 S 2 4 7 3
1 μ
C 3 0 7
1 6
1 μ
D 8 0 1 H N 2 D 0 1 F U−T E 8 5 L
C 3 0 8
1 μ
1 6
I N D U C T O R
C 3 0 9
0 . 1 μ
2 5
C 4 0 2
1 0
SYMBOL
MO D E L N o .
D 8 3 1 1 S S 1 2 0
1 0 0 μ
C 4 0 3
1 0 0 μ
2 5
L 0 0 6
J UM P E R W I R E
C 4 0 4
3 3 μ
2 5
L 0 0 7
D I O D E S T A C K
C 6 0 1
6 8 0 p
5 0
SYMBOL
MO D E L N o.
C 6 0 2
6 8 0 p
5 0
D I O D E S T A C K
D 3 S B 6 0
C 6 0 3
6 8 0 p
5 0
C 6 0 4
6 8 0 p
5 0
L 8 0 3
F B−H F 7 0 B T L
C 6 0 5
1 0 0 0 p
5 0
L 8 0 4
F B−H F 7 0 B T L
C 6 0 6
1 0 0 0 p
5 0
C 6 0 7
1 0 0 0 p
5 0
F B 1 B L 0 1 R N 1
S U R G E A B S O R B E R
C 6 0 8
0 . 1 μ
2 5
C T 1 S 1 9 −J 2 9 9 C T
SYMBOL
MO D E L N o .
VAR S TO R 1
4 5 0 N R − 1 2 D
C 7 0 7
1 0 0 μ
2 5
VAR S TO R 2
4 5 0 N R − 1 2 D
C 7 0 8
3 3 0 μ
2 5
P H O T O C U P P L E R
VAR S TO R 3
4 5 0 N R − 1 2 D
C 7 0 9
1 8 0 μ
1 0
SYMBOL
MO D E L N o .
C 7 1 0
3 3 0 μ
5 0
AB SO R B E R
D SA−1 0 2MA−0 5 F 2 5
C 7 1 4
0 . 0 1 μ
1 K V
P Q 8
P S 2 5 0 1
C 7 1 6
3 3 0 μ
1 0
P Q 8 3 1
P C 8 1 7 X
C 7 1 8
2 2 0 μ
2 5
P Q 1 0 2
P S 2 5 0 1
C 7 2 1
0 . 1 μ
5 0
C O N N E C T O R
C 7 2 2
W I R E J UM P E R
SYMBOL
MO D E L N o .
C 7 2 3
4 7 0 p
2 K V
SYMBOL MO D E L N o .
C N 1
V H− 4 P (WH T)
C 7 2 4
0 . 1 μ
5 0
C N 2
V H− 2 P (R E D)
C 7 2 5
J W 2
O P E N
C N 3 A
M I N I C T−2 2 P (WH T)
C 7 3 1
3 3 0 μ
2 5
J W 3
SHORT
C N 3
M I N I C T−1 1 P (G R Y)
C 7 3 2
4 7 0 p
5 0
C N 4
M I N I C T−1 1 P (B L U)
C 7 3 3
1 0 0 0 p
5 0
J W 5
O P E N
C N 5
X A− 2 P (WH T)
C 7 3 4
1 0 0 0 p
A C 2 5 0
C N 6
X A− 2 P (B L K)
C 7 3 5
1 0 0 0 p
5 0
J W 7
O P E N
C N 7
X A− 2 P (R E D)
C 7 3 6
6 8 μ
5 0
J W 8
O P E N
C N 8
C 7 3 7
6 8 μ
5 0
J W 9
O P E N
C N 8 B
V H− 2 P (WH T)
C 7 4 0
4 7 0 p A C 2 5 0
JW1 0
O P E N
C N 9
P H− 8 P (WH T)
C N 1 0
X H− 2 P (WH T)
C 8 0 1
0 . 1 5 μ
5 0
C 8 0 2
1 6
C N 1 1
M I N I C T− 5 P (G R Y)
0 . 0 2 2 μ
C 8 0 3
0 . 1 5 μ
5 0
C N 1 3
C T − 5 P (WH T)
C 8 0 4
0 . 0 1 μ
A C 2 5 0
C N 1 4
M I N I C T−1 0 P (G R Y)
C 8 0 5
0 . 0 1 μ
A C 2 5 0
C N 1 5
X A− 6 P (R E D)
C 8 0 6
0 . 0 1 μ
A C 2 5 0
C N 1 6
X A− 6 P (WH T)
C 8 0 7
0 . 0 1 μ
A C 2 5 0
SW I T C H
C N 1 7
P H− 4 P (WH T)
C 8 0 8
0 . 1 μ
2 5
SYMBOL MO D E L N o .
C N 1 8
Z R − 1 2 P (WH T)
C N 1 9
C 8 1 1
0 . 1 5 μ
5 0
SERV I CE SW
K S M 0 6 1 2 B T S
C N 2 0
Z R − 4 P (WH T)
C 8 1 2
0 . 0 2 2 μ
1 6
C 8 1 3
0 . 1 5 μ
5 0
O S C I L L A T O R
C N 3 0
X H− 7 P (WH T)
C 8 1 4
0 . 0 1 μ
A C 2 5 0
SYMBOL
MO D E L N o .
C N 3 1
V H− 2 P (WH T)
C 8 1 5
0 . 0 1 μ
A C 2 5 0
C 8 1 6
A C 2 5 0
0 . 0 1 μ
X 1 C S T C S 1 6 . 0 MH z
C 8 1 7
0 . 0 1 μ
A C 2 5 0
N F −C O I L
C 8 1 8
0 . 1 μ
2 5
OV E R C U U R E N T P R O T E C T O R
C 8 2 0
SYMBOL
D R AW I N G N o.
SYMBOL MO D E L N o .
C 8 2 1
N F −C O I L 1
R R MH 3 6 8 1
C 8 2 2
4 7 0 p A C 2 5 0
I C P 1 I C P −N 7 5 ( 2 . 7 A)
N F −C O I L 2
R R MH 3 5 7 3
R E L A Y
N F −C O I L 3
R R MH 3 5 7 3
R R MH 3 5 7 3
N F −C O I L 4
SYMBOL
D R AW I N G N o.
N F −C O I L 5
R R MH 3 5 7 3
I N T E R F AC E 1
R R R B 1 3 1 9
T R A N S
R R R B 1 3 1 9
I N T E R F AC E 2
R R R B 1 3 3 0
R U S H CU R R E N T
SYMBOL D R AW I N G N o .
P OWE R R E L AY
R R R B 1 3 1 3
SW−T RANS
R R M F 3 5 2 9
L 8 0 1
R R M F 3 6 3 6
L 8 0 2
R R M F 3 6 3 6
14
15

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Table des Matières