Schematic Diagrams
B - 30 Audio AMP, SRS, Woofer
B.Schematic Diagrams
Audio AMP, SRS, Woofer
Sheet 29 of 43
Audio AMP, SRS,
Woofer
Z2919
C237 0.1u_16V_04
3.3 VS
L59 FC M2012VF-121T08
FRONT-R
Z2927
Z2980
C251 1u_10V_06
C742 1u_25V_08
12V_AMP
L-
Q56
*DTA114EUA
C E
B
L48 FC M2012 VF- 121T08
C299
10u_25V_12
1218
3.3VS 2,7,10,11,12,13,14,15,16,17,18,19,20,21,23,24,25,26,28,30,31,37
R2 31 30K _1%_06
R562 15K_1%_04
R667
1K_0 4
R2 32 39K _04
1220
12V_ AMP
AUD G
Z2940
SW_OUT_P
Z2997
R666 0_06
TPA3005D2
U15
TPA3005D2
1
9
25
38
4
7
26
42
2
35
6
8
10
11
12
13
14
15
16
17
18
20
19
21
22
23
24
27
28
29
30
31
32
33
34
35
36
37
39
40
41
43
44
45
46
47
48
49
SD#
GAIN0
VCLAMPL
PVCCR
V2P5
AVDDR EF
AGND
PGNDR
RINN
RINPLINP
LINN
NC
GAIN1
NC
NC
BSLN
PVCCL
PVCCL
LOUTN
LOUTN
PGND L
LOUTP
PGND L
LOUTP
PVCCL
PVCCL
BSLP
ROSC
COSC
AVDD
AGND
NC
NC
AVCC
NC
NC
VCLAMPR
BSRP
PVCCR
ROUTP
ROUTP
PGNDR
ROUTN
ROUTN
PVCCR
PVCCR
BSRN
AGND
R234 20K_1%_04
R556
5.1K_04
Z2909
Z2986
Z2995
Z2903
R237 39K_04
AUD G
Z2957
Z2906
C286
0.1u_25V_06
C249
0.1u_25V_06
R5 70 1 00K_04
C684
0.1u_25V_06
FRONT-L28
Z2905
SI NOU T
L61 FC M2012VF-121T08
C708
10u_10V_08
AUDG
2.5V S 13, 31
AUDG
U37
TLV2462AIDR
1
2
73
5
6
84
1OU T
1IN -
2OUT1I N+
2IN+
2IN -
VDD+GND
C705 1u_10V_06
AUD G
12VS 15,20,30,3 3,35, 37
Z2925
Z2908
R545 0_06
C24 0 0. 1u_16V_04
5V_AMP
AUDG
Z2920
Z2967
R224 8.66K_1%_04
5V_AMP
Z2932
Z2915
R52 7 2K_0 4
C76 5 0. 1u_16V_04
Z2934
C 277 1000 p_X7R_ 04
Z2921
PRE _OU T_L
C691
10u_10V_08
12V_AMP
5VS
FRONT-R28
R561 5.1K_04
WR-
C370
1000p_X7R_04
FRONT-L
R217 18K_1%_04
VREFB
Z2946
AUDG
C 303 0. 22u_ X7R _06
R236 8.87K_1%_04
Z2945
C76 6 0. 1u_16V_04
C696 1u_10V_06
C760 220p_50V_04
Z29103
C239 0.1u_16V_04
R559
137K_1%_04
1130
SB_MU TE 17
Z2959
R 223 120 K_1%_ 04
Z2917
C2 70 0.22u_ X7R _06
R51 7 2K_0 4
Z2998
L49 H CB2012KF-500T40
JIN TSPK
85205-04001
1
2
3
4
Z2913
R547 *0_06
Z2924
C3 16 *0 .47u _16V_0 6
C252 220p_50V_04
AUD G
AUDG
Z2970
R563 62K_1%_04
R529 10K_04
C 797 18 0p_04
AUDIO PROCESSOR
5V_A MP
Z2922
C821
*10u_08
C688
0.1u_25V_06
Z2904
SIN OU T
L58 FCM2012VF-121T08
C678 0.1u_16V_04
C720 22p_50V_04
R552 *33K_04
2.5VS
Z2942
Z2973
C6 82 10 00p_X7R _04C 271 1000 p_X7R_ 04
Z2990
Q61
2N7002
G
DS
R555 30.1K_1%_06
Z2975
R2 33 62K _1%_04
C 254 0. 22u_ X7R _06
L52
*HCB2012KF-500T40
C368 10u_25V_12
1130
R258
137K_1%_04
Q62
2N7002
G
D S
12V_AMP
Z2938
R643 75K_1%_04
C715 0.47u_16V_06
AUD G
Z2931
PRE_OUT_L
R588 100K_04
C244
10u_ 25V _12
1130
AUDG
L60 FCM2012VF-121T08
Z2941
Z2989
Z2955
AP8202Q
U16
AP820 2
1
9
25
38
4
7
26
42
2
3
5
6
8
10
11
12
13
14
15
16
17
18
20
19
21
22
23
24
27
28
29
30
31
32
33
34
35
36
37
39
40
41
43
44
LFOUT
FOUT
LWPI
RIN
CB3B
CB1
LWNI
RFOCUS
LFOCUS
CB3
CB2
CB2B
CB1B
MIXOUT
BP2
NC1
BP2B
BP1B
BP1
MO DE
VREF
VREFB
LWO
TBGAIN
NC2
RWO
RWPI
RWNI
LOUT
ROUT
COMPI
VSA
BASSBYPB
FOC USBYPB
GAIN IN
NC3
COMPC2
FWRIN
VDA
LIN
BU FR
BUFL
NC4
RFOUT
C238 0.1u_16V_04
R5 83 *169K _1%_06
12V_AMP
R5 77 *169K _1%_06
R283 120K_1%_04
C667 0.1u_16V_04
12V_AMP
Z2935
Z2949
SIN OU T
R550 0_06
Q58
2N7002
G
DS
AUDG
AUDG
Z2910
C798 180p_04
5V_AMP
AUDG
Z2916
MUTE_I N
R218 22K_04
C673 0.018u_X7R_06
Z2943
Z2974
C 799 18 0p_04
Z2979
Z2996
MUTE_I N
R640
1K_04
AUDG
R587 51_04
C695
10u_ 25V _12
C31 5 0. 1u_16V_04
Z2923
C719 4.7u_10V_08
WOW_CNTL# 25
Z2969
RR-
C79 4 0. 1u_16V_04
C717 0.082u_10V_04
R560 *33K_04
1130
VRE FB
Z2929
Q54
*2N7002
G
DS
C685
0.1u_25V_06
C687
*10u_25V_12
Z2971
Z29101
D7
*SCS751V-40
A C
R238 10K_04
R558 10K_04
R516 10K_04
C300 0.47u_16V_06
C669 0.1u_16V_04
C66 5 0. 1u_16V_04
R502 3K_1%_04
C822
0.1u_16V_04
12V_ AMP
Z2944
C681
*10u_25V_12
C741 0.22u_50V_08
C722 22p_50V_04
VR EF B
VOL_MU TE 25
Z2953
Z2963
WR+
C761 10u_10V_08
AUDG
Z2987
Z2992
Z29100
C369
1000p_X7R_04
D18 * SCS751V-40
AC
R639
100K_04
C3 18 *0 .47u _16V_0 6
MUTE _IN 28
PRE _OU T_R
Z2999
C248 1u_10V_06
C302 1u_10V_06
2.5V S
Z2936
FRONT-R
L+ RR+
C781
1u_10V_06
C79 5 0. 1u_16V_04
R543 *0_06
C247 1u_10V_06
R284 51_04
R534 2.2K_1%_04
R2 57 1 00K_04
5VS 1 3,15 ,18, 19,20, 21, 24,28,31
Z2988
12V_AMP
Z2930
Z2960
C780 1u_10V_06
Q25
2N 7002
G
DS
1225
AUD G
Z2914
R-
R50 4 2.2K_ 1%_04
R518 10K_04
R235 15K_1%_04
C301 0.47u_16V_06
12V_AMP
AUD G
SW_OUT_N
AUD G
C365 1u_25V_08
HIGH BYPASS
LOW WOW
Z2926
Z2918
Z2993
TPA3007D1
U22
TPA 30 07 D 1
1
12
13
24
2
17
23
7
18
6
19
9
11
14
16
8
10
3 15
22
5
4
20
21
INN
PGND
PGND
VCC
INP
BSP
VREF
VCLAMP
AGND
PGN D
AGND
PVCC
OUTN
OUTP
PVCC
BSN
OUTN
GAIN0 OUTP
BY PASS
SHUTDOW N#
GAIN1
ROSC
COSC
L32 FCM2012VF-121T08
C677 0.1u_16V_04
C364 1u_25V_08
C796 180p_04
AUD G
Z2981
C792
0.1u_ 16V_04
1218
1225
2.5VS
C362 0.22u_50V_08
C718
10u_10V_08
C721 1000p_X7R_04
AUDG
12VS
Z2964
C79 3 0. 1u_16V_04
L57
0_08
Z2902
Z2950
C782
1u_10V_06
AUDG
AUDG
AUDG
FRONT-L
C714 0.47u_16V_06
AUDG
AUD G
Z2966
PRE_OUT_R
L47 FC M2012 VF- 121T08
C3 17 0.47 u_16V_06
1225
Z2912
LL+
R530 39K_04
C668 0.1u_16V_04
C3 19 0.47 u_16V_06
3.3VS
Z2901
AUD G
Z2939
Z2972
R216 15K_1%_04
R531 2.2K_1%_04
Z2947
Z2958
L20 FCM2012VF-121T08
CODEC GPIO 28
L33 FCM2012VF-121T08
D4
*SCS751V-40
A C
DEL R637,R638 10K
5V_AMP
Z2984
Z2991
Z2954
Z2984
R644 75K_1%_04
R50 3 4.7K_ 04
R582 169K_1%_06
C745 10u_25V_12
R519 15K_1%_04
C 693 0. 1u_16V _04
C713
0.1u _16V_04
C 706 0. 22u_ X7R_06
Z2982
Z2994
Z2948
R578 169K_1%_06
VREFB
Z2937
Z2951
JWOOFER
85205-02001
1
2
1220
12V_AMP
1130
Z2978
R+
U32
74AHC1G08GW
1
2
5
4
3
C6 86 0.1 u_16V_ 04
Z29104
12V_AMP
Z2965
Z2928
MIX
C707
0.1u_16V_04
L53 0_08
D9 SCS751V-40
A C
Z2933
Z2907
D21
*SCS751V-40
AC
R554 62K_1%_04
Z29102
C752 1u_25V_08
Z2911
C3 63 2. 2u_6. 3V_0 6
R261
10K_04
D24 SCS751V-40
A C
Z2976
LL-
C6 89 10 00p_X7R _04
R641
1K_0 4
L19 FCM2012VF-121T08
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