J
I
H
G
F
E
D
C
B
A
K
L
M
N
O
P
Q
1
2
3
4
5
6
7
8
9
10
11
12
11
AUDIO 002 CIRCUIT DIAGRAM (PX10/PX8/PX5/PX3)
■
AUDIO 002 CIRCUIT DIAGRAM (PX10/PX8/PX5/PX3)
PX10/PX8/PX5/PX3
28CC1-2001158965-2
: Not installed
(未実装)
3
OP AMP
OP AMP
INVERTER
DIGITAL POWER AMPLIFIER
CLASS D AUDIO (FET) DRIVER
CLASS D AUDIO
(FET) DRIVER
P
P
C667
0.68/250
R 7 3 2
1 0 0 K
1 / 4
R741
12K
C675
table1
C615
1/10
C682
table1
R730
12K
C605
0 . 1 / 1 6
C679
table1
C681
220/16
C677
table1
C668
220/16
C649
330P(CH)
C670
0.47/250(X7R)
R678
180
(D)
D602
RF071L4STE25
C671
0.47/250(X7R)
R 6 5 7
2 2 K
( D )
R659
15K
(D)
Q 6 0 9
A 1 0 3 7 A K ( Q / R / S )
C669
0.47/250(X7R)
Q 6 1 5
A1037AK(Q/R/S)
L606
B L 0 2 R N 1 - R 6 2 T 4
Q 6 1 0
A1037AK(Q/R/S)
C659
100P/250
C646
330P(CH)
Q 6 0 3
A 1 0 3 7 A K ( Q / R / S )
C674
table1
R675
180
(D)
Q 6 0 4
A1037AK(Q/R/S)
C 6 4 8
0 . 1 / 1 6
R747
2.2K
C642
10/10
L605
BL02RN1-R62T4
R733
10K
R745
100K
1/4
R673
table1
C 6 2 1
1 0 / 1 0
R704
10K
C619
10/10
Q 6 1 6
A1037AK(Q/R/S)
C 6 2 5
0 . 2 2 / 1 6
R720
10K
R718
1P33
1W
R703
10K
R749
1K
C655
0.22/250
C 6 2 3
0 . 2 2 / 1 6
Q 6 0 2
C 2 4 1 2 K ( Q / R / S )
R 6 9 5
t a b l e 1
R 6 6 1
1 . 3 K
( D )
C685
1000P(B)
C663
100P/250
C 6 2 2
0 . 2 2 / 1 6
C661
0.1/16
R 6 8 2
2 . 2
1 / 4
R 6 9 4
t a b l e 1
C 6 3 7
2 2 / 5 0
C658
100P/250
C 6 2 4
0 . 2 2 / 1 6
G N D S
R744
100K
1/4
C678
table1
C666
0.68/250
C618
1/10
R717
1P33
1W
R 6 4 2
1 0 0 K
( D )
R746
2.2K
R742
68K
1/4
C 6 2 7
0 . 1 / 1 6
C614
1/10
R722
1P33
1W
R 6 4 1
1 0 0 K
( D )
C684
1000P(B)
C 6 2 9
1 0 / 1 0
R634
table5
C662
100P/250
R 6 4 0
1 0 0 K
( D )
R631
table5
R721
1P3
3
1W
R 6 3 9
1 0 0 K
( D )
R706 10K
I C 6 1 2
S I 8 2 4 4 B B - D - I S 1
1
P W M
2
N C
3
V D D I
4
G N D I
5
D I S A B L E
6
D T
7
N C
8
V D D I
9
G N D B
1 0
V O B
1 1
V D D B
1 2
N C
1 3
N C
1 4
G N D A
1 5
V O A
1 6
V D D A
C660
100P/250
R716
1P33
1W
R650
390K
C656
0.22/250
C620
10/10
R 7 3 7
3 9 0
C657
100P/250
R649
100K
R724
1P33
1W
C612
1/10
C653
0.1/16
R679
10
1/4
Q614
2N5551S-RTK/P
D601
RF071L4STE25
R648
100K
R 6 6 2
1 . 3 K
( D )
C650
100/16
R647
390K
R 6 5 8
2 2 K
( D )
C680
table1
R 6 8 1
2 . 2
1 / 4
C683
table1
R660
15K
(D)
XL601
24.576MHZ
(
30ppm)
4
1
2
3
C633
0.1/16
C652
0.1/16
R705
10K
D603
UDZV13B
C643
10/10
C611
0.1/16
R 7 3 5
3 9 0
D604
UDZV13B
C664
100P/250
R 7 3 8
1 K
C 6 0 1
8 P ( C H )
C632
0.1/16
R723
1P33
1W
C665
100P/250
C673
table1
C 6 0 2
8 P ( C H )
C613
1/10
R719 1P33
1W
R 7 3 9
1 K
R630
47K
R 7 3 6
3 9 0
C617
0 . 1
R632
47K
R740
68K
1/4
C676
table1
C616
0 . 1
C672
0.47/250(X7R)
Q 6 1 3
2N5551S-RTK/P
C651
100/16
R 7 3 4
3 9 0
P G 1
R680
10
1/4
Q 6 1 1
A1721-O(TE85L,F
R 6 9 7
t a b l e 1
P G 1
R 6 9 6
t a b l e 1
R672
table1
C 6 3 6
2 2 / 5 0
R 7 4 3
1 0 0 K
1 / 4
I C 6 1 3
S I 8 2 4 4 B B - D - I S 1
1
P W M
2
N C
3
V D D I
4
G N D I
5
D I S A B L E
6
D T
7
N C
8
V D D I
9
G N D B
1 0
V O B
1 1
V D D B
1 2
N C
1 3
N C
1 4
G N D A
1 5
V O A
1 6
V D D A
R729
18K
1/4
R727
18K 1/4
R725
18K
1/4
R731 18K 1/4
R728
18K
1/4
R726
18K 1/4
R663
1.3K
(D)
R664
1.3K
(D)
R669
1.0K
(D)
R670
1.0K
(D)
R683
33K
Q 6 0 1
C2412K(Q/R/S)
+ 3 . 3 D
- 5 A
+ 5 A
- V B
- 5 A
+ 5 A
+ V B
+ 1 5 A
- 1 5 A
+ 5 A
V D R A
+ V B 0
- V B 0
- 5 A
+ V B
V D R A
- V B
- 5 A
- 5 A
C654
100P(SL)
C 6 4 7
0 . 1 / 1 6
T P 6 0 1
R 6 8 9
4 . 7
D 6 0 5
R F 0 8 1 M 2 S T R
D 6 0 6
R F 0 8 1 M 2 S T R
R 6 9 0
4 . 7
R 6 9 2
4 . 7
D 6 0 7
R F 0 8 1 M 2 S T R
D 6 0 8
R F 0 8 1 M 2 S T R
R 6 9 3
4 . 7
R633
0
R629
0
R710
2P0.008
2W
R701
2P0.008
2W
R709
2P0.008
2W
R700
2P0.008
2W
R708
2P0.008
2W
R699
2P0.008
2W
R711
2P0.008
2W
R702
2P0.008
2W
C 6 0 7
1 0 0 0 P ( B )
- 5 A
- 5 A
- 5 A
C 6 4 0
1 0 P ( C H )
C644
10P(CH)
C 6 4 1
1 0 P ( C H )
C645
10P(CH)
C606
1000P(B)
C608
1000P(B)
C610
1000P(B)
C609
1000P(B)
C 6 8 6
3 P ( C H )
C 6 8 7
3 P ( C H )
C638
1800P(CH)
C639
1800P(CH)
R750
390K
R751
390K
C 6 9 2
1 0 0 P ( S L )
C689
100P(SL)
C688
0 . 1
C690
0 . 1
R758
68K
1/4
R759
68K
1/4
C691
0.1/16
R 6 5 5
t a b l e 5
R 6 5 6
t a b l e 5
TP612
TP619
T P 6 1 8
T P 6 2 3
T P 6 2 7
T P 6 3 0
T P 6 3 2
TP634
T P 6 3 7
T P 6 3 9
T P 6 3 8
T P 6 4 5
T P 6 4 6
T P 6 5 4
T P 6 5 3
TP649
T P 6 8 0
TP652
T P 6 5 7
T P 6 5 9
T P 6 7 0
TP669
T P 6 6 2
T P 6 6 3
T P 6 7 7
T P 6 6 5
T P 6 7 3
T P 6 7 4
TP688
TP687
T P 6 9 5
TP702
TP703
T P 6 8 1
T P 6 9 7
TP700
TP706
T P 7 0 8
TP711
TP704
TP705
TP701
T P 7 0 9
TP707
T P 6 9 8
T P 6 7 9
T P 6 6 0
T P 6 6 1
T P 6 7 1
T P 6 6 4
T P 6 6 7
T P 6 7 8
T P 6 6 6
T P 6 5 8
TP668
T P 6 7 6
T P 6 7 5
T P 6 8 2
TP689
TP690
T P 6 9 6
TP710
T P 6 9 9
T P 6 9 3
TP694
TP691
T P 6 9 2
T P 6 8 3
TP686
T P 6 7 2
T P 6 4 7
T P 6 4 8
T P 6 5 5
T P 6 5 6
TP651
T P 6 3 6
T P 6 3 5
T P 6 4 0
T P 6 4 1
T P 6 3 1
T P 6 2 8
TP625
TP620
TP621
T P 6 2 4
T P 6 1 3
T P 6 1 5
T P 6 4 3
T P 6 4 2
T P 6 4 4
TP650
TP611
T P 6 0 4
T P 6 0 2
T P 6 0 3
TP616
T P 6 1 7
9
2
6
P
T
2
2
6
P
T
C 6 9 3
1 0 0 0 P ( C H )
C 6 9 4
1 0 0 0 P ( C H )
table1
R772
R773
table1
R77
4
table1
R775
table1
table1
Q 6 0 5
table1
Q 6 0 6
table1
Q 6 0 7
table1
Q 6 0 8
T P 7 1 2
T P 7 1 3
R778
1/4
Q 6 1 2
A 1 7 2 1 - O ( T E 8 5 L , F
R781
1/4
220K
R916
47
R917
4.7/6.3
C700
R798
220K
R797
47
C699
4.7/6.3
R 7 9 9
0
R 7 9 6
0
T P 7 3 0
T P 7 3 1
T P 7 3 3
T P 7 3 4
T P 7 3 2
T P 7 3 5
C 7 0 1
0 . 1 / 1 6
R 9 1 8
0
C702
0.1/16
R 9 2 0
0
R 9 1 9
0
TP736
I C 6 0 7
T C 7 S H 0 4 F U
2
4
I C 6 0 4
T C 7 S H 0 4 F U
2
4
I C 6 0 4
V +
5
I C 6 0 4
V -
3
I C 6 0 7
V +
5
I C 6 0 7
V -
3
I C 6 0 2
N E 5 5 3 2 D R
5
6
7
I C 6 0 5
V -
4
I C 6 0 5
V +
8
R637
39
R870
0
R878
0
R 6 3 5
0
R636
0
- 5 A
- 5 A
G N D D P
G N D D P
G N D D P
R638
39
I C 6 0 2
N E 5 5 3 2 D R
3
2
1
I C 6 0 5
N E 5 5 3 2 D R
3
2
1
I C 6 0 5
N E 5 5 3 2 D R 5
6
7
C603
100/16
C626
100/16
P G S
P G S
+ V B
- V B
I C 6 0 2
V +
8
I C 6 0 2
V -
4
R626
39
R625
39
R623
39
R622
39
R 6 2 0
8 2
R 6 1 8
8 2
R617
39
R616
39
R615
47K
R614
47K
R612
47K
R611
47K
R610
1.8K
R609
1.8K
R 6 1 3
3 9
R 6 0 3
2 . 7 K
R604
1M
TP609
TP605
C 6 0 4
0 . 1 / 1 6
C 6 3 1
0 . 1 / 1 6
R628
100
R627
100
R 6 4 3
1 0 0
R 6 4 5
1 0 0
C635
10P/250
TP737
R644
1K
R646
1K
TP740
C705
10P/250
R601
0
R607
0
R602
0
R608
0
R606
0
R605
0
no_use
R653
0
R769
0
no_use
R654
0
R 6 2 4
0
n o _ u s e
G N D D P
G N D D P
G N D D P
- 5 A
- 5 A
G N D D P
G N D D P
G N D D P B
Z 8 1 2
J C 3 . 0
R748
1K
R 7 1 2
4 . 7 K
R707
4.7K
R698
4.7K
T P 7 4 1
T C 7 4 V H C 1 4 F ( E L , K
I C 6 0 3
1
2
T C 7 4 V H C 1 4 F ( E L , K
I C 6 0 3
3
4
I C 6 0 3
5
6
I C 6 0 3
9
8
I C 6 0 3
1 1
1 0
I C 6 0 3
1 3
1 2
I C 6 0 3
V +
1 4
+ 3 . 3 D
I C 6 0 3
V -
7
R 6 5 1
0
R 6 2 1
0
R 6 5 2
0
R 6 1 9
0
D611
1SS352
D609
1SS352
T P 7 4 3
T P 7 4 2
D613
DB3J314F0L
D614
DB3J314F0L
+ 5 A
D 6 1 5
D B 3 J 3 1 4 F 0 L
- 5 A
D 6 1 6
D B 3 J 3 1 4 F 0 L
+ 5 A
- 5 A
C630
47P(CH)
C634
47P(CH)
C706
100P50V
C707
100P50V
R788
8.2K
(D)
R795
8.2K
(D)
L 6 0 1
t a b l e 1
L 6 0 3
t a b l e 1
L 6 0 4
t a b l e 1
L 6 0 2
t a b l e 1
R 6 8 8
1 / 4 P 2 0 K
R 6 8 4
1 / 4 P 2 0 K
R 6 8 5
1 / 4 P 2 0 K
R 6 9 1
1 / 4 P 2 0 K
R 6 8 6
1 / 4 P 2 0 K
R 6 8 7
1 / 4 P 2 0 K
R 6 6 5
1 / 4 P 1 2 K
R 7 6 0
1 / 4 P 1 2 K
R 6 6 6
1 / 4 P 1 2 K
R 7 6 1
1 / 4 P 1 2 K
R 6 6 7
1 / 4 P 1 2 K
R 6 6 8
1 / 4 P 1 2 K
R 7 6 2
1 / 4 P 1 2 K
R 7 6 3
1 / 4 P 1 2 K
I C 6 0 6
N E 5 5 3 2 D R
3
2
1
R677
12K
(D)
R 7 1 5
t a b l e 4
( D )
R 7 5 2
t a b l e 4
( D )
R671
6.8K
T P 7 3 8
T P 6 2 6
T P 7 1 4
R754
6.8K
R756
12K
(D)
T P 7 1 6
T P 7 1 5
R 7 5 7
t a b l e 4
( D )
R 7 6 4
t a b l e 4
( D )
I C 6 0 6
N E 5 5 3 2 D R
5
6
7
T P 7 1 8
T P 7 1 9
I C 6 0 6
V +
8
I C 6 0 6
V -
4
C697
0 . 1
C696
0 . 1
R765
1.0K
(D)
R766
1.0K
(D)
R776
1/4P24K
R777
1/4P24K
R779
1/4P24K
R780
1/4P24K
C 6 2 8
3 3 P ( C H )
C 6 9 5
3 3 P ( C H )
T P 6 1 4
R 6 7 4
1 0 0
R 6 7 6
1 0 0
T P 7 4 4
T P 7 4 5
R 7 6 7
0
I C 6 1 4
T C 7 S H 0 4 F U
2
4
I C 6 1 4
V +
5
C708
0.1/16
I C 6 1 4
V -
3
C703
220P
C704
220P
R 7 6 8
t a b l e 1
R 7 7 0
t a b l e 1
R 7 8 2
t a b l e 1
R 7 7 1
t a b l e 1
R 7 5 3
1 8 0 K
R 7 5 5
1 8 0 K
R 7 1 3
0
I C 6 0 1
Y D A 1 7 7 - V Z
1
D V S S
2
X T A L V S S
3
X O
4
X I
5
X T A L G N D
6
C L K I N S
7
F S S E L A 0
8
F S S E L A 1
9
F S S E L B 0
1 0
F S S E L B 1
1 1
A D D R E S S 0
1 2
A D D R E S S 1
1 3
Z E R O D E T
1 4
T E S T
1 5
M S S E L
1 6
D G N D
1 7
C L K O U T
1 8
C L K I N B
1 9
D V S S
2 0
D V S S
24
MUTEIB_N
23
MUTEIA_N
22
SCL
21
SDA
25
PROTA_N
26
PROTB_N
27
CLIPA_N
28
CLIPB_N
29
IOVDD33
30
CURLB
31
CURHB
32
AMPTEMPB
33
VSENSEB
34
ISENSEB
35
VINTB
36
IINTB
37
AVDDB
38
AINB
39
VOUTB
40
VGNDB
64
AVDDA
63
AINA
62
VOUTA
61
VGNDA
4 5
O F F T B
4 6
L F B
4 7
M U T E B _ N
4 8
O U T B
4 9
O U T B X
5 0
V R E F
5 1
M B M N T
5 2
O U T A X
5 3
O U T A
5 4
M U T E A _ N
5 5
L F A
5 6
O F F T A
5 7
A G N D A
5 8
I N M A
5 9
I N P A
6 0
A V S S A
4 4
A G N D B
4 3
I N M B
4 2
I N P B
4 1
A V S S B
65
PBMNT
66
IINTA
67
VINTA
68
ISENSEA
69
VSENSEA
70
AMPENBL
71
AMPTEMPA
72
CURHA
73
CURLA
74
PSTEMP
75
VOLA
76
VOLB
77
DGND
78
RECOV
79
PLENBL
80
PARAMSET
D610
UDZV3.9B
D612
UDZV3.9B
J 6 0 1
J 6 0 2
D P 2 0 0 ( C l a s s D )
M a s t e r
S l a v e
R 6 0 3 , R 6 0 4
C 6 0 1 , C 6 0 2
X L 6 0 1
M o u n t
N o M o u n t
R 6 0 5 , R 6 0 1
R 6 0 6 , R 6 0 2
N o M o u n t
M o u n t
I C 4 1 2 , I C 4 1 5
C 4 5 6 , C 4 5 8
R 4 8 4 , R 4 8 5
R 4 8 7 , R 4 7 3
Q 4 0 6 , Q 4 0 7
D 4 1 3
D P 2 0 0
D e f a u l t S e t t i n g : M a s t e r M o d e
7 6 8 k H z
7 6 8 k H z
A c h B a l - A M P
Bch POWER AMP
- o u t p u t
table3
table3
D C D E T
R e f e r e n c e c i r c u i t
T h e s a m e c i r c u i t a s X M V 4 2 8 0 .
C L I P S I G N A L
S l a v e A d d r e s s : 0 x 6 F
R752,764
390
15k
R715,757
18K
15k
6.8k
220
4.7k
220
PX5
GAIN
PX10
8.07dB
Model
7.11dB
PX3
7.11dB
PX8
5.84dB
table4
L 6 0 1
L 6 0 2
2 2 k
P X 3
M o d e l
2 4 k
t a b l e 3
P X 1 0
2 4 k
R 7 7 8 , 7 8 1
P X 5
2 2 k
P X 8
C 5 1 9 , R 4 8 6
R 7 6 7
I C 6 1 4 , C 7 0 8
C 5 1 4 , I C 4 2 3
G A I N = 2 5 . 3 d B
C l a s s - D A M P
T o t a l G A I N = 2 2 . 0 d B
B c h B a l - A M P
G A I N = 2 5 . 3 d B
C l a s s - D A M P
T o t a l G A I N = 2 2 . 0 d B
P X 3
P X 1 0
R 6 3 1 , 6 3 4
1 5 0 k
P X 8
3 9 K
M o d e l
P X 5
t a b l e 5
R 6 5 5 , 6 5 6
1 5 0 k
1 0 0 k
1 0 0 k
3 9 K
3 0 K
3 0 K
f c = 8 8 4 H z
f c = 8 8 4 H z
Bch POWER AMP
+ o u t p u t
A c h P O W E R A M P
- o u t p u t
A c h P O W E R A M P
+ o u t p u t
R e f e r e n c e c i r c u i t
T h e s a m e c i r c u i t a s D S R 1 1 5 .
C673
676
Q605
608
PX3
PX8
PX5
PX10
L601,603
l
e
d
o
M
11u
11u
20u
20u
t a b l e 1
FDP2710
390u/160V
FDP52N20
FDP52N20
470u/100V
390u/160V
470u/100V
FDP2710
-
-
L602,604
11u
11u
J601,602
-
-
68
22
22
68
R694~697,768
R672,673
3.9k
3.9k
1.8k
1.8k
1.5k
3.9k
1.5k
3.9k
R770,771,782
R772
775
3300p
C677,678
3300p
1000p
1000p
C682,683
470p
470p
C679
C680
-
-
-
-
3300p
3300p
1000p
1000p
-
-
INVERTER
INVERTER
OP AMP
OP AMP
Summary of Contents for PX10
Page 23: ...23 PX10 PX8 PX5 PX3 ACIN Circuit Board B B B B Pattern side 2NA ZT09720 2...
Page 25: ...25 PX10 PX8 PX5 PX3 AUDIO Circuit Board Pattern side Scale 80 100 2NA ZT09660 3...
Page 29: ...29 PX10 PX8 PX5 PX3 Pattern side 2NA ZT09780 PS Circuit Board 2...
Page 62: ...62 PX10 PX8 PX5 PX3 4 4 1 1 2 61 4 2 2 1 61 LED 4 3 LCD 4 4 MENU A B...
Page 88: ...88 PX10 PX8 PX5 PX3 1 Vburst 1 500 1 20 0 5dB 3...