Fujitsu AOYG36LATT Service Manual page 16

OUTDOOR UNIT
ACTIVE FILTER PCB - 1
K-11BZ-1100HUE-AF0
From Filter PCB
L1 I N W300
L2 I N W301
L3 I N W302
3 4 3 4
CT301, CT300
FC-1-X x 2
2 1 2 1
R303
R300
100
5V
1%
5V
C301
0.1
<F>
D301
DAN217U
R304
10k
1%
R301
100 R307
5V
1%
10k
R320, R321
47k 1% x 2
5V R322
P_I NTE_RESET / M13P
P_CURRCON_PWM / M34P
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2012.02.29
TM300
TM301
TM302
D300
15V
DAN217U
1 2
3
R339 R342 R351
R309
47k 47k 47k
10k VR300 47k
1% 1% 1%
1% B2K 1%
2 1
C306
R330 R336
3
100p
47k 47k
R306
<CH>
1% 1%
6
10k -
7
5
+ D330
R345
C303 I C300-2 R315 RB751V
D333 47k
0.1 BA2902F 2.2k
R333
5V RB751V
1%
<F> 22k 9 -
8
10
+
C333 R327 R348
5V
13
0.1 10k 22k
12
<F>
15V I C330-3
C336 I C330-4
BA2902F
0.1 BA2902F
+ C302
C305 C300 15V
+
<F>
4.7/ 4.7/ 0.1
50V 50V <F>
C330
0.1
<F>
15V
1 2
3
R340 R343 R352
R310
47k 47k 47k
VR301 47k
1% 1% 1%
B2K 1%
2 1
R331 R337
C307
3
47k 47k
100p
1% 1%
<CH>
2
-
1
3
+ D331
R346
C304 R316
I C300-1 RB751V
D334 47k
0.1 2.2k
R334
BA2902F
5V RB751V 1%
<F>
22k 6
-
7
5
+
R349
C334
R328 5V
22k 2
0.1
10k 3
<F>
C337 I C330-1
I C330-2
0.1 BA2902F
BA2902F
<F>
R323
47k
R341 R344 R353
1% 47k 47k 47k
1% 1% 1%
R332 R338
47k 47k
1% 1%
22k 13 -
14
12
+ D332
I C300-4
R347
RB751V
BA2902F
D335
47k
R335
C320
R326
RB751V 1%
5V
0.1 10k 9 -
2.2k
8
10
<F> +
R329
C335 R350
5V
10k
22k 13
0.1
12
I C331-3
<F>
BA2902F C338 I C331-4
15V
0.1 BA2902F
<F>
C331
0.1
<F>
Q370
R368
2SA1037AK
47k
<Q>
2
1
R361 - R363
47k 1% x 3
R360
47k
C363
1% 0.01
R365
<B>
39k
R364
C360 C361
1%
5V
6
0.01 0.01 22k -
7 I C331-1
5
<B> <B> +
BA2902F
R366
I C331-2
5V
C362 22k 2
BA2902F
3
0.1
<F>
C364
0.1
<F>
REACTOR
L1 - L3
12A 18mH
x 3
TM500
TM501
TM502
R354
R357
R358
47k
22k 47k
1%
P_AVECURR / M26P
P_ARMU_R / M06P
+
C357 C358
P_ARMD_R / M09P
47/ 0.1
P_ARMU_S / M07P
35V <F> P_ARMD_S / M10P
P_ARMU_T / M08P
P_ARMD_T / M11P
L380
5V
BL02Rn1
- C379 C377 C382
14 + +
+ 4.7/ 4.7/ 0.1
50V
50V <F>
R395
R386 10k
I C380-4 1.0k
R389 3.9k 1% BA2901F 1%
10
-
13
8 -
11
+
9
+
C383
1000p
R392
<B>
100k
1%
R355 R380 R383
47k 1.0k 4.7k
1%
I C380-3 R396
R387 10k
BA2901F 1.0k
R390 3.9k 1%
1%
8 -
14 6 -
9
+
7
+
C384
1000p
R393
<B> 100k
1%
R381 R384
1.0k 4.7k
R397
-
1 I C380-2
R388 10k
1.0k
+
BA2901F
R391 3.9k 1%
1%
6 -
1 4
-
7
+
5
+
C385
1000p
R394
<B>
100k
1%
R398, R399 I C380-1
R382 R385
R356
10k 1% x 2 C389
BA2901F
1.0k 4.7k
47k
0.1 4
1% 5
<F>
15V
C380 C381
0.1 0.1
I C580-3
<F> <F>
8
R580 2.2k -
BA2901F 14
9
+
I C580-2
6 -
R581 2.2k
BA2901F 1
7
+
I C580-1
R582 2.2k 4 -
- BA2901F 2
14 5
+
5V
+
R583
8.2k
1%
C581 - C583 C584 R584
1000p <B> 0.1 2.2k
P_ERR_RESET / M05P
x 3 <B> 1%
R370
5V
47
15V
3
C600
C580
C365 0.1
10
0.1
0.1 <F>
<F>
R367
100k
-
1
+
15
D351
15V
STTH112
L450 +
R450
D352
BL02Rn1 39
STTH112
<1/2W>
+
D353
STTH112
+
C454
+
100/
35V
D457
5V 5V 5V
PTZ24B
C412
C410 C411
0.1 0.1 0.1
<F> <F> <F>
5V
R400
R416 I C410-2
1.0k
I C410-3
1.0k HC08
HC08
14 4
6 9
5 8
R419, R422
I C381-3 10
BA2901F 1.0k x 2
12
2 11
3 13
1
I C411-4
I C411-1
HC08
5V HC08
R410 R413
10k x 2
R401 C413, C416, C419
I C410-4
I C410-1
1.0k R417
100p <CH>
HC08
1.0k HC08
x 3
12
1 2 11
3 13
1
I C381-2 R420, R423
BA2901F 1.0k x 2
4
6 9
5 8
10
I C412-2
I C412-3
5V
HC08
HC08
R411, R414
10k x 2
R402
C414, C417, C420
I C411-2
1.0k
R418 100p <CH> x 3 I C411-3
HC08
HC08
1.0k
2 4
6 9
5
8
I C380-1 R421, R424
10
BA2901F 1.0k x 2
12
2 11
3 13
1
I C381-4 I C412-4
I C412-1
BA2901F HC08
HC08
10
- -
2 13
11
+ +
R412, R415
15V C415, C418, C421
10k x 2
100p <CH> x 3
5V
5V
R606
R600 I C600-2
R602
10k
10k
74HC00
1.0k
5 12
6 11
4 13
C601
I C600-4
100p
5V
74HC00
<CH>
R601 R605
R603
10k 1.0k
1.0k
2
3
P_ERR_PFC / M04P
1
C602 I C600-1 R604 C603
74HC00 10k 1000p
100p
<CH> <B>
9
8
I C600-3
74HC00
TM504
DC+ OUT
TM505
N OUT
R454
100
<1/4W>
C464
0.022
<F>
C462 C463
0.1 0.1
<F> <F>
C460 C461
0.1
0.1
<F>
<F>
R443
0R0
R444
0R0
R445
0R0
R446
0R0
R447
0R0
R448
0R0
5V
R440
1.0k
3
2
1
3 Q440 - Q445
2
DTC143EUA x 6
1
3
2
1
3
2
1
3
2
R441
2.2k
1
3
P_PLSCOUNT / M16P
2
C440
1
1000p
<B>
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