★
All voltages are measured with a 10MΩ/V DC electronic voltmeter.
★
Components having special characteristics are marked
⚠
and must be replaced
with parts having specifications equal to those originally installed.
★
Schematic diagram is subject to change without notice.
V14REF
HAVC
FPDOCD
FPDODVD
LED1
VWDC2O
GAINSW2
VWDC3O
VWDC1O
VRDCO
VDAC0
GAINSW3
AUX1
GAINSW1
MPXOUT3
MPXOUT1
LED2
MPXOUT2
FVREF
V14REF
JP1
GIO9
GIO5
URXD
GIO6
MUTE2
MUTE1
UTXD
JP2
GIO7
FESDATA
FESCLK
FOO
TYPWM
FMO1
FMO2
DMO
FMO3
FMO4
TRO
TLO
GAINSW1
GAINSW2
LDD_SDIO
LDD_CLK
LDD_SEN
FPDODVD
FOIN
FOIP
INB
IND
INC
ING
INF
INA
INE
INH
TRIND
TRINB
TRINC
TRINA
HAVC
RSTI
FG
VDAC0
VWDC3O
VWDC2O
VWDC1O
VRDCO
EQBIAS
MPXOUT2
MPXOUT1
MPXOUT3
TRAYOUT#
LIMIT#
PLAY#
EJECT#
TRAYIN#
RFIN
RFIP
RFIP2
RFIN2
RFO-
RFO+
FPDOCD
AUX1
DRFO+
DRFO-
LED2
FEGIO4
LED1
FVREF
CD_VR
GAINSW3
CO_A-
FR-
CO_A+
MUTE1
TRAYIN#
FR+
GAINSW2
CO_B+
TR-
TILT-
CO_B-
TR+
TRO
TYPWM
FOO
DMO
FMO1
TLO
FMO4
FMO3
FMO2
TILT+
MUTE2
JP1
JP2
FG
FEGIO4
V14REF
TRAYOUT#
FOIN
INC
INH
RFO-
ING
GIO7
INB
TILT-
INA
CO_A-
INF
AUX1
DRFO+
TILT+
CO_B+
LDD_SEN
LDD_SDIO
TR-
INE
CO_B-
IND
RFO+
DRFO-
CO_A+
FR-
HAVC
TR+
LDD_CLK
FR+
MODEC
GIO6
FOIN
GAINSW3
LIMIT#
AUX1
RSTI
GND
UTXD
URXD
FPDODVD
GIO5
GAINSW1
FE_GND
FE_GND
FE_3.3V
D3.3V
VCC_LD
VCC_3.3V
FE_GND
FE_GND
VCC_PDIC
VCC_BD_LD
FE_GND
V14REF
HAVC
FE_GND
FE_GND
D12V
FE_GND
FE_GND
FE_GND
FE_GND
VCC_BD_LD
VCC_PDIC
FE_GND
AVCC
FE_GND
VCC_LD
D3.3V
FE_GND
VCC_3.3V
FE_GND
AVCC
D5V
FE_GND
D3.3V
FE_1.15V
FE_GND
D1.15V
FE_GND
FE_3.3V
FE_GND
FE_GND
FE_GND
FE_3.3V
D3.3V
GAINSW2
11/14
FMO3
11/14
FMO1
11/14
DMO
11/14
TRO
11/14
TLO
11/14
MUTE2
11/14
FOO
11/14
FMO4
11/14
MUTE1
11/14
TRAYIN#
11/14
TYPWM
11/14
FMO2
11/14
CO_A+
11/14
CO_A-
11/14
CO_B+
11/14
CO_B-
11/14
TILT+
11/14
TILT-
11/14
TR-
11/14
TR+
11/14
FR-
11/14
FR+
11/14
FG
11/14
FEGIO4
9/14
V14REF
11/14
TRAYOUT#
11/14
FOIN
11/14
GAINSW3
11/14
LIMIT#
11/14
close to IC
OPU
close to IC
MOTO
LOAD
MISC
FE HW
Trapping
[FEGIO0/1/4/6/7] L*default, H*test mode;
IC internal PD,Not allowed to PU in circuit
layout;
If GIO4 is H, ICE debug port can use from HDMI
output.
close to IC
close to connector
close to connector
AVCC is important for readability,
put FB805 nearby power source connector,
and AVCC trace should avoid the motor
driver signal area;
Please place test point as below at TOP layer;
1. TRINA ~ TRIND;
2. MPXOUT1 ~ MPXOUT3;
3. RFO+, RFO-,DRFO+,DRFO-;
4. TLO, FOO, TRO, FMO1, FMO2, FMO3, FMO4, DMO;
5. LED1, LED2;
6. FG
7. FR+, TILT+, TR+, CO_A+, CO_B+
RSTI trigger voltage is 1.15V;
FE
RS232
DRFO-1
U20
APL1117-ADJ
SOT223/SMD
AD
J/G
N
D
1
OUT
2
IN
3
R293
649_1%
R0603/SMD
EJECT#1
IND1
FOIP1
GAINSW2
C238
0.1uF/6.3V/X7R
C0402/SMD
RFO-1
C244
0.1uF/50V/X7R
C246
0.1uF/50V/X7R
FOIN1
VWDC2O1
R287
1K
MPXOUT2
AUX1
INA1
RFO+1
NC13
NC0603/SMD
ING1
TRINC1
FMO2
VRDCO1
DMO1
CO_A+1
NC15
NC0603/SMD
FOO1
FB13
BLM18P
BEAD/SMD/0603
FMO4
C232
0.1uF/6.3V/X7R
C0402/SMD
TP128
C258
0.1uF/10V
U4F
MT8555_0825_A
MT8555/PBGA606/P0.8/B0.4/23X23
V14
K6
FVREF
H6
HAVC
K5
TRINA
G3
TRINB
H4
TRINC
H3
TRIND
H5
INA
G2
INB
G1
INC
H2
IND
H1
INE
K3
INF
K4
ING
J4
INH
J3
FOIP
C2
FOIN
C1
FPDODVD
E2
FPDOCD
D1
RFIN
K2
RFIP
K1
RFIP2
L1
RFIN2
L2
FECFREQ
P5
FEOSCEN
R5
FECMOD
R3
FEGAINSW1
T1
FEGAINSW2
P4
FEGAINSW3
P6
FEFMO3
P1
FEFMO4
N5
TLO
M3
TRO
M4
FOO
L3
FETRAYPWM
N4
FEFMO
N1
FEFMO2
N3
FEDMO
N2
FEGIO0
R4
FEGIO1
R6
FEGIO2
T2
FEGIO3
T6
FEGIO4
T3
FEGIO5
U1
FEGIO6
U2
FEGIO7
W3
FEGIO8
T4
FEGIO9
V3
FEGIO10
U3
FEGIO11
U5
FEGIO12
U6
FEGIO13
T5
AVDD12_1A
E4
AVDD12_2A
L5
AGND12_2A
M6
AGND12_1A
G6
AVDD33_3A
L6
AVDD33_1A
J5
AGND33_3A
M5
AGND33_1A
J6
FEFG
W5
EQBIAS
L4
AUX1
G4
VDAC0
F3
VWDC3O
G5
VWDC2O
E1
VWDC1O
F4
VRDCO
E3
FEMPXOUT1
P2
FEMPXOUT2
N6
FEMPXOUT3
P3
FEPLAY_
W4
FELIMIT_
V4
FEEJECT_
U4
FETRAYOUT_
V5
FETRAYIN_
V6
RSTI
D3
AGND33_2
L7
C241
0.1uF/6.3V/X7R
C0402/SMD
GIO2
FPDODVD1
FMO3
C260
10uF/16V/X5R
C0805/SMD
NC11
NC20/SMD
C252
10uF/10V/X5R
C0805/SMD
INC1
UTXD1
R286
NC
TILT+1
FPDOCD1
FR+1
TRINB1
V1
MUTE2
PLAY#1
BOTTOM
HA2
FPC_45_0.5_BOT
JS45P-SMD-L
FR2
1
FD2
2
TD
3
TR
4
FR1
5
FD1
6
SA_B+
7
SA_B-
8
SA_A+
9
SA_A-
10
SA_INT
11
THERMO
12
F
13
A
14
E
15
B
16
VCC PD
17
C
18
GND_PD
19
DVD RF+
20
DVD RF-
21
GND PD
22
BD RF+
23
BD RF-
24
GND PD
25
D
26
G
27
VC_PD
28
H
29
GND
30
GND
31
3.3V
32
GND
33
5.0V
34
GND
35
8.0V
36
GND
37
SDIO
38
SCLK
39
SEN_LDD
40
LDEN
41
TEST_V
42
MODE A
43
MODE B
44
MODE C
45
GND
46
GND
47
TRINA1
INH1
C256
10uF/10V
C0805/SMD
C249
0.1uF/10V
C250
2.2uF/10V
C0603/SMD
JP5
4x1 W/HOUSING
DIP4/W/H/P2.0
1
2
3
4
FESCLK1
C239
4.7uF/6.3V/X5R
C0603/SMD
R285
1.2K
JP3
FR-1
LDD_SEN1
C255
0.1uF/10V
FMO1
LIMIT#1
INE1
TRIND1
RSTI1
MPXOUT1
LDD_SDIO1
GIO4
C242
4.7uF/10V/X5R
C0603/SMD
NC14
NC0603/SMD
VWDC1O1
FB14
BLM18P
BEAD/SMD/0603
MPXOUT3
FESDATA1
R289
10K
TILT-1
LDD_CLK1
VDAC1
TP125
CO_B+1
TR-1
HAVC1
MUTE1
C259
0.1uF/16V
NC12
NC20/SMD
TRAYIN#1
R288
10K
C235
0.1uF/6.3V/X7R
C0402/SMD
R284
10K
C243
0.1uF/50V/X7R
C247
0.1uF/50V/X7R
C253
NC
C0805/SMD
TLO1
TP124
C262
0.1uF/16V
VWDC3O1
C236
0.1uF/6.3V/X7R
C0402/SMD
0.1uF/10V
C257
TP126
TP129
C240
10uF/6.3V/X5R
C0805/SMD
CO_A-1
R283
24K_1%
JP4
C248
0.1uF/50V/X7R
C237
4.7uF/6.3V/X5R
C0603/SMD
TRAYOUT#1
LED1
INF1
FG1
INB1
R292
121_1%
R0603/SMD
CO_B-1
C251
2.2uF/10V
C0603/SMD
TRO1
C234
10uF/6.3V/X5R
C0805/SMD
C254
NC
C0805/SMD
C231
0.1uF/6.3V/X7R
C0402/SMD
C261
10uF/16V
C0805/SMD
GAINSW1
DRFO+1
GAINSW3
TP127
TYPWM1
GIO3
TR+1
LED2
R282
NC
GIO1
R291
33
C233
4.7uF/6.3V/X5R
C0603/SMD
R290
33
FVREF1
C245
0.1uF/50V/X7R
URXD1
to MAIN_JP2
to BD mechanism unit
Page 48
B6
A
B
C
D
E
F
G
H
I
J
1
2
3
4
5
6
7
BRX-610/NS-PZ20
49
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