Pioneer VSX-330 User manual

Service
Manual
PIONEER CORPORATION 1-1, Shin-ogura, Saiwai-ku, Kawasaki-shi, Kanagawa 212-0031, Japan
PIONEER ELECTRONICS (USA) INC. P.O. Box 1760, Long Beach, CA 90801-1760, U.S.A.
PIONEER EUROPE NV Haven 1087, Keetberglaan 1, 9120 Melsele, Belgium
PIONEER ELECTRONICS ASIACENTRE PTE. LTD. 253 Alexandra Road, #04-01, Singapore 159936
ⓒOnkyo & Pioneer Corporation 2015
AV Receiver
VSX-330
VSX-330
ORDER NO.
ARP4002
O-4555
THIS MANUAL IS APPLICABLE TO THE FOLLOWING MODEL(S) AND TYPE(S).
Model Type Power Requirement Remarks
VSX-330-K
WMP
AC 220 V to 240 V
VSX-330-K
WMA
AC 220 V to 240 V
VSX-330-K
WMB
AC 220 V to 230 V
VSX-330-K
WMR
AC 220 V to 230 V

5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
How to read suffix code of this model Note for Suffix Code
VSX-330
The following is explanation for the suffix code of these models.
V S X – 3 3 0 – K W M P
Model No.
D 120V AC
G 220～230V
H 220～230／240V
J 100V AC
M 220～240V AC
P 230V AC
U 100～240V AC
V 110～240V
W 120V／220～240V
Speaker System (without AMP.) :
0 Passive Subwoofer
F Front Speaker
C Center Speaker
R Rear Speaker
B Back Speaker
A Australia
B United Kingdom
C North American
D USA
F Taiwan
J Japan
K Korea
L Russia
P Europe
Q Hong Kong
R China
S Brazil
T Thai
U Worldwide
Speaker System (without AMP.) :
L Left channel
R Right channel
0 Center channel
Voltage Destination
The suffix code of each model is mentioned in serial
number label as per below.
M Malaysia
C China
U Japan
W Others
Production factory

Panel
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
VSX-330
Front Panel
Rear Panel
Remote Control Unit
Furnished Parts
Dimensions . . . . . 435 mm (W) x 168 mm (H) x 326.5 mm (D)
Weight (without package). . . . . . . . . . . . . . . . . . . . . . . . . 7.3 kg
Remote control . . . . . . . . .. . . . . . . . . . . . . . . . . 1
Dry cell batteries (AAA size IEC R03) . . . . . . . . 2
AM loop antenna . . . . . . . . . . . . . . . . . . . . . . . . 1
FM wire antenna . . . . . . . . . . . . . . . . . . . . . . . . 1
Quick start guide
Safety Brochure

Reset
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
VSX-330
Resetting the Main Unit
Use this procedure to reset all the receiver‘s settings to the factory default. Use the front panel
controls to do this.
1. Switch the receiver into standby.
2. While holding down [BAND], press and hold [STANDBY/ON] for about two seconds.
3. When you see RESET? appear in the display, press [AUTO SURROUND/STREAM
DIRECT]. OK? shows in the display.
4. Press [ALC/STANDARD SURR] to confirm.
How to Reset the Unit

Firmware
5432
16
D
C
A
B
D
C
A
B
5432
16
VSX-330
Check to the software virsion of MAIN, HDMI & CEC (SUB) microcomputers
1. Make sure that the main unit is in STANDBY mode.
Press and hold about 3 seconds the both of " ENTER " and " STANDBY/ON " keys as same time,
Then it is appeared firmware version number.
At this time, When you press the " ENTER "key to display each UCOM version, Each time the " ENTER "key is
pressed, then indications on the FL display change as follows:
2. Turn the unit off.
MAIN Ucom "ENTER"
MAIN Xx.xx "ENTER" "ENTER" "ENTER"
SUB Ucom
SUB
zzz.zz
CEC
CEC
Vy,yy DSP
firmware All segments
lit.
"ENTER"

Firmware
543
2
16
D
C
A
B
D
C
A
B
5432
16
VSX-330
[Necessary Tools and Connections]
1MAIN microcomputer
• PC with a serial port
• RS-232C cable (9-pin to 9-pin, straight cable) (Marketing product)
•UPDATE jig: GGF1689 (with 10P to 10P FFC)
•Firmware
•Firmware Writer Application for PC
(Flash Programmer M16C Flash Starter M3A-0806 Software)
http://am.renesas.com/products/tools/flash_prom_programming/flash_programmers/m3a_080
6/downloads.jsp
Connect as shown in the below figure and follow the procedure as below
1. Install the software for updating on the PC
2. Unplug the AC Cord of the main unit
3. Insert the FFC with its contact surface facing the " mark.
2HDMI & CEC (SUB) microcomputer
• PC with a USB port
•USB cable (Marketing product)
•UPDATE jig: GGF1689 (with 10P to 10P FFC)
•Firmware
•Firmware Writer Application for PC
(Cypress/Spansion FLASH MCU Programmer for FM0+/FM3/FM4)
http://www.spansion.com/support/microcontrollers/developmentenvironment/Pages/mcu-
download.aspx
Connect as shown in the below figure and follow the procedure as below
1. Install the software for updating on the PC.
2. Unplug the power cord of the main unit.
Connect the FFC of the updating jig for updating to the main unit.
(Orient the FFC so that the conductive surface of
the connector faces the triangular a symbol.)
Preparation of Update
3. Start the software for updating on the PC.
No Necessary connect Main and HDMI&CEC at the same
time When you update Main, you connect Main only.
When you update HDMI&CEC, you connect HDMI&CEC only.
Straight Cable Adapter JIG's side
10P
RS-232C
Straight cable
PC (MAIN
microcomputer)
Rear side
10P to 10P FFC
UPDATE jig
GGF1689

Firmware
543
2
16
D
C
A
B
D
C
A
B
5432
16
How to Update (Main MCU) 1/5
VSX-330
Microcomputers update
[Procedures]
for MAIN microcomputer
1. Unplug the AC cord.
Connect the FFC cable. ( MAIN microcomputer )
Start up application "FlashSta" on the PC.
2. Plug the AC cord. (STANDBY mode)
For updating of the MAIN microcomputer, proceed with
the following steps in STANDBY mode.
Select for COM port.
[ if the following messages are displayed ]
Please push the cancel button and press the JIG's
RESET button.
And confirm a connection of FFC.
Please return to procedure 1.
3. Press the OK button.
3 Press OK button
to go to next step.
2. Enter ID.
Enter "ff" in all field.
1 Selection of upgrade file
Press the OK
2 Enter ID.
Press the OK button.
4. Select the update file and enter ID.
Note:
You need COM port number on Windows system
“My computer”, “Right Click”, “Properties”, “Device manager”
Click COM port properaties and Make sure COM port number.

Firmware
543
2
16
D
C
A
B
D
C
A
B
5432
16
How to Update (Main MCU) 2/5
5. Set speed update and update the MCU.
1 Set speed of update.
Press the OK button.
1 Set speed of update. Set
Baud rate to 38400.
2 Update the MCU.
E.P.R=>Erase+Program+Read
2 Update the MCU
Press the E.P.R … button
Click on "Open" 3 to open the File Selection window.
Select Intel Hex files (*.hex) in File Type.
If the following messages are displayed, shut the
update program down, and start the update again
from step 1.
Select the 9600 of the Board rate
then press the OK button
Press the OK button. Press the Exit button.
Please wait for until this window
disappears.
6. Update Finished MAIN microcomputer. 7. Unplug the AC cord.
Disconnect the FFC cable.
Push the JIG’s RESET button during 1
sec.
Press the OK button.
VSX-330

Firmware
543
2
16
D
C
A
B
D
C
A
B
5432
16
How to Update (HDMI Sub MCU) 3/5
VSX-330
for HDMI & CEC (SUB) microcomputer
1
23
4
[Procedures]
To perform updating, proceed as follows:
1. Set the values for Target MCU and Crystal Frequency, as
follows:
Target MCU: MB9AF156M/N/R 1
Crystal Frequency: 4MHz 2
2. Specify the software file to be updated.
Click on "Open" 3 to open the File Selection window.
Select Intel Hex files (*.hex) in File Type
3. Specify the COM PORT.
Click on "Set Environment" 4 to open the Environment Setting window.
Assign the COM PORT number 5, according to the environment.
Click on "OK" 6to close the Environment Setting window.
5
6
7
Click on "Full Operation (D+E+B+P)"7.
5. After the window shown below is displayed, turn the main unit on.
6. Press the Reset button of the updating jig for updating.
7. When it is appeared below window, Then power turn on unit (ON)
8. Click on "OK" 8.
8

Firmware
543
2
16
D
C
A
B
D
C
A
B
5432
16
How to Update (HDMI Sub MCU) 4/5
VSX-330
9. The indications in the window change, as indicated
below:
10. Updating has been successfully completed if
"Full Operation OK!" is displayed.
Note:
If an error message like the one shown below is displayed, after checking the
connection of the updating jig for updating and the COM PORT setting, start
updating again from Step 1.
11. Turn the main unit off then disconnect the updating jig for updating.
12. Perform Factory Reset on the main unit.
Or You have to make sure that It is necessary to turn on the unit at procedure 7

Firmware
5432
16
D
C
A
B
D
C
A
B
5432
16
How to Update (DSP firmware update) 5/5
[Procedures]
1. Select TV fucntion, and, with Signal select as OPTICAL1 then set the unit to STBY_Off mode.
2. Press the SPEAKERS and STANDBY/ON keys simultaneously to enter DSP UpDate mode.
("DSP UP" is displayed.)
3. When "PLAY" is displayed, playback of the .wav file starts. (Play the file only once.
NEVER repeat playback.) ("PLAY" is displayed.)
4. After playback is finished and "ENTER" is displayed, press the ENTER key on the front panel.
("ENTER" is displayed.)
5. "WRITING" is automatically displayed.
6. After writing is completed, "COMPLETE" is displayed.
7. Turn the unit off then confirm that the version has been updated.
DSP firmware update
VSX-330

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
OVERALL WIRING DIAGRAM
B E ECBBCEE B ECB E BECBBCEECB
ECBECBB C
A-12V
AGND1
AGND1
V+5V
AGND1
EECBB C EECB
(S2)
AC-IN
(S4)
A+12V
(S1)
Q206FL Q205FL
C
Q206SL Q205SL Q206C
C
OPT/COAX B'D
Q205C Q206SR
C
Q205SR Q206FR
(TX-SR252)
(VSX-330)
MAIN TRANS
(TX-SR252)
2SB1560 2SC3964
Q204FL
2SB1560 2SB1560
2SC3964
Q204SL
2SB1560
2SC3964 2SC3964
Q204C Q204SR
2SB1560 2SC3964
Q204FR Q205FR
AC CORD
or INLET
2SD2390
FL
2SD2390
SL
2SD2390
CSR
2SD2390 2SD2390
FR
TUNER PACK
OPTCO
INSEL
(VSX-330)
POWER
(TX-SR252)
TONE
(TX-SR252)
HP
FRONT
MAIN
DMAIN
SMPS
CPU
FUSB
REG

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
AUDIO BLOCK DIAGRAM
Q426
IC2016
Q419
Q11
Q428
Q405
Q2
Q3
Q4
Q422
Q416
Q428'
Q446
Q440
Q10
Q9
Q427
Q425
Q458
Q434'
Q452
Q404
Q410
MAIN
HP
DMAIN
FUSB
OPTCO
MAIN
AMP5

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
POWER SUPPLY BLOCK DIAGRAM
100/16
-VF(-30V)
SUB_ON D+3.3V
ST_H+5V
D+3.3V_FETON
H+5V_FET_ON
D+1.8V_ON
1N4007
1N4007
1N4007
1/50
VCC_19 70
FL_AC2
-VF(-30V)
ST_H+5V
DMAIN+3.3V
DMAI N+5V6
CPU_ST_ VCC
DMAI N+5V6
0
2
1
JE202B1T2
ZJ5.1B
Q702
FL_AC1
D+3.3V_ON
D+5.6V_ON
FDC608PZ
Q2026
D+5V _FETON
EN
USB+5V
1N4007
2200/16(12*16)
H+3.3V_FET_ON
FDC608PZ
Q2040
NM(10K)
NM(100)
3 45
2 1
TPS2051CDBVR
IC1606
CPU_ST_ VCC
STBY_R LY
CPU_+3.3V
CPU_ST_ VCC
HDMI_+12V
A+12V
-6.8V
+6.8V
A+12V
-HIGHB
HDMI_+12V
D+1.2V_ON
USB+5V
M33D
V+1R1_HD
H+3.3V
H+3.3V
D+5V
D+5V
V+5_ HD
D+3.3V
D+3.3V
A+12V
-HIGHB
LBAS16HT1G
PDN'
4N7
1
3
2
4
HL3-1A-6SH
STBY_R LY'
S4(FLT)
S2(+12V,-12V)
S1(AMP B+/B-)
KIA7912PI
KIA7812API
A-12V
V+5V
V+5V
VCC_5V
A-12V
+HIGHB
-VF(-30V)
CPU_+3.3V
D+1.2V
D+1.8V
D+3.3V1
D+3.3V
H+3.3V
D+3.3V
D+3.3V
D+3.3V
+HIGHB
AC
CORD
LBAS16HT1G
S2(+12V)
MAIN
TRANS
1
2
3 4 5
NJM2831F33 (SO T-23-5)
IC2004
1
2
3 45
MM3529A32PRE
IC2008
1
23
45
S-1170B50UC
IC2005
MP2143DJ
IC2
3 4 5
21
NM(TPS2051CDBVR)
IC1605
1
23
45
S-1170B50UC
IC2006
KIA7805API
1
2
3
45
GND
ADJ/NC
EN
VOUT
VIN
AP7361-12
IC9450
MAIN
REG
FRONT
CPU
FUSB
DMAIN
OPTCO
AMP5
SMPS

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
GND BLOCK DIAGRAM
DC_P ROTECTIO N
FL_HP FL_A
FV
FR_A CEN_A
CV
A+12V
CEN_A
SUV
A+12V
SR_A
FL FL FR CCSR
AC CORD
FV
A+12V
A+12V
SL_A
FR_HP
+HIGHB
A-12V
FR SL
-HIGHB
A+12V
POWER TRANS
MICOM REGIL ATOR
SMPS
REG
INSEL (VSX-330)
POWER (TX-SR252)
AMP5
FRONT
HP FUSB
DMAIN CPU
MAIN
OPTCO

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
MAIN ASSY (1/2)
IN1
IN2
-
H
-
R28 8
0
10K
R39
R7012K R78 NM
IN3 -H
C1 47N(EB)-100V
100N(R)-250V
C65
C53100/25(6.3*11)
R5827K
100/10
C99
GND2
TO CHASS I S
C27 1N-J
C29 1N-J
2015.6.8
R29 5 0R1( 5 )
C29 710 N-K
SW2SW1
L(OPEN)
H
H
MUTE
/RST
SCLK
VCC_5V
TU_R
INT
2015.5.15
R25
10(1)
R36
47K(1/4)47K(1/4)
R35
C26 1N-J
C28 1N-J
C30 1N-J
10
R32
2K2(1)
R30
R29 70R1( 5 )
R29 8
0
R28 7
75 0
RT1P237C
Q4
10
R22
10/50
C57
2K2(1)
R28
ZJ3.6B
ZD1
560 K
R28 9
Q129
KSA 992F
10K
R40
RT1P237C
Q3
C59
10N-K
D8
LBAS16HT1G
R291
560K
R290
2K2
R45
10K
KTC 319 8
Q13 2
D12 5
LBAS 16 HT 1G
2015.6.4
51K
R49
C102
1/50(5*11)
4R7(1)
R66
R29 4
4K7
33K
R293
C120 6
100 P-J
R126 0
1K
R125 9
47 0
100 N-K
C122 7
R79 NM
ZD25
ZJ16B
68 K
R125 8
LBAS16HT1G
D18
C108100N-K
R54
100K
C1223
100N -K
C1209
47/1 6
R125 6
0
L(OPEN)
2015.5.14
C123 2
10 N-K
100/16(6.3 *11 )
C123 3
H
/SEN
SDIO
GND
TU_L
100N-K
C612
NM
C635
NM
C613
4N7-K
C611L
10N-K
C609
C611R
4N7-K
C609R
10/50
NM
R636
NM
R635
BD3580
BD601
NM
R637
100N-K
C615
VSX330 OPTION
(STANBY)
2015.5.22
2015.5.14
SP-2507
L2
C4
47N(EB)-100V
31 2 35328-0360
CP1 SP-2507
L3
R9
10(1)
C9
47N(EB)-100V
R10 10(2)
C61 100N(EB)-100V
R5
10(1)
L4
SP-2507
10(2)
R6
C12
47N(EB)-100V
C3
10N(EB)-100V
L5
SP-2507
R13
10(1)
C17
47N(EB)-100V
R14
10(2)
C8
10N(EB)-100V
C14
10N(EB)-100V
2015.5.14
C11
10N(EB)-100V
RT1N237 C
Q11
R29 6
22 K
RT1N237 C
Q1 0
RT1N237 C
Q9
R29 2
3K6
R64
22(1/4)
C101
330/63(12.5*20)
R51
51K
R6510K
C104
100P/500V
C29 8
10 N-K
C1204
100N -K
R120 3
75- F
R76
0
R6912K
R6027K
1/50(5*11)
C103C1205
100N -K
R125 7
68 K
D9
LBAS16HT1G
2N2-KC98
R5333K
C1254
100N -K
D41 7
LBAS16HT1 G
R1237
-
12 3 4 5 6 8
79
PACK601
C608
100P100P
C611
C617
100P
R84
0-1608
LBAS16HT1G
D5
LBAS16HT1G
D4
FROM CPU B'D
limit
C616
10/50
MUTE
1K
R608R
L(OPEN)
L(OPEN)
NJ M41050VT LOGIC TABLE
100N(EB)-100V
C64
1235 4
2.5MM/WIRE
CN1
C66 100N(R)-250V
C55
6800/63(30*40)
C67
100N(R)-250V
100N(R)-250V
C68
10K
R43
R20
10
10
R21
RT1P237C
Q5
2K2(1)
R29
4.7/5 0
C296
Q131
KSA 992F
R29 9
22 0
C99 : SIZE 6.3*5
R59
10K
C100
10N-K
ZD24
ZJ16BR67
0
Q13 0
KSA 992 FA/B
1000 N-K
C122 5
C1226
47/1 6
R1206
75-F
R120 0
-
C60710N-K
NM
C614
100P
C618
C636
NM
R638
NM-1608
C609L10/50
R7
10(1)
SP-2507
L1
R8
10(2)
RLY2 JZC-42F
JZC-42F
RLY3 C6
10N(EB)-100V
C-CAP:S YXEV8 :22N
CUXEV :10N
C58
6800/63(30*40)
R11
10(1) R12
10(2)
RLY4 JZC-42F
RT1N237 C
Q1 2
1N4007
D23
R52
2K2
51K
R50
R120 4
75- F
C122 4
100 N-K
D41 6
LBAS16HT1 G
1KR608L
100P
C610
FROMMAIN TRANS
D2
LBAS16HT1G
D3
LBAS16HT1G
5678910 4 3 2 1
CN3
SC52137-101A
Q2
RT1P237C
0-1608
R82
0-1608
R83
SPEAKERTERMINAL TX-SR252_VSX-330 MAIN(1/2) B'D

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
MAIN ASSY (2/2)
SR
C
C48 8100 N
C48 3100 N
R51 53K9
FR
R47 8470 K
R50 40
R50 20
R50 00
470
R51 2
10/50
C54 1
J502 0
C46 90
R57 210K
R56 810K
100
R47 2
C51 733P- J
R56 2-
C50 3
RT1P141C
2015.5.13
SL
FL
C55 6
-
C54 0
220P- J
330
R59 0
C53 9
100P- J
330
R54 1
C50 5
220P- J
C50 4
100P- J
R53 2
330
330
R53 0
C49 7
220P- J
C49 6
100P- J
220P- J
C49 4
R52 1
330
C49 3
100P- J
C45 7
-
Q41 6
INC2001AC 1
R47 0
0
R59 1
470K
R59 4
470K
C50 610/5 0
C54 210/5 0
R53 8
470K
10/50
C49 8
C49 910/5 0
R52 8
470K
C49 210/5 0
R52 3
470K
R46 3
10K
C47 6
-
J501 0
J500 0
INC2001AC 1
Q41 7
R46 5
-
C52 9
10N- K
C51 9
33P- J
C52 233P- J
R46 9100
R56 610K
R56 910K
C52 033P- J
R54 4
1K
220/16(6.3*11 )
C53 7
R57 7-
C52 8
10N- K
2SK209Y
10N- K
C51 5
C50 7
10/50
C54 6
330P- J
C47 3
10N-K-201 2
-
R47 9
C44 1
10N-K-201 2
D41 4
LBAS16HT1 G
1K5
R55 4
R53 9
4K7
R54 0
4K7
2K2
R56 4
RT1P141 C
Q42 6
10K
R61 3
RT1N441C
C47 5
10/50
R49 7
1K
C48 2100 N
C48 7100 N
C48 92N 2R50 5
6K8
R50 6
6K8
C47 4100P- J
C48 5
10N- K
R51 8
0
C48 0
100P- J
J402 NM
J417 NM
R51 4
10K
470
R50 8
470K
R50 1
C44 6
10/50
R44 4
470
C42 0
10/50
R42 7
470
C40 6
10/5047 0
R41 5
R43 5
10K
R42 8
10K
R42 0
10K
R43 6
47K
R42 9
47K
R41 0
47K
R42 1
47K
C40 9
100P- J
C55 7
-
R59 3
330
C50 2
220P- J
C54 4
220P- J
C54 3
100P- J
C50 1
100P- J
-
C47 0
R46 1
100
R53 4
470K
1K
R46 2
C51 2
3N3- K
R54 9
100K
R56 1
10K
R58 8
100(1 )
R58 9
100(1 )
C53 8
220/16(6.3*11 )
C54 7
330P- J
NM
C55 8
470K
R47 7
D41 5
LBAS16HT1 G
680P- J
C51 1
R55 1
100K
R51 347K
C48 11N- K
R50 30
R49 80 R49 90
470R51 1
100P- J
C47 7
0.22U/25 VC47 8
C43 9
10/50
C40 1
10/50
R40 4
470
R43 3
470
R44 8
10K
R40 9
10K
R44 9
47K
8
4
5
6
3
2
1
7
UTC4580 E
IC40 38
4
5
6
3
2
1
7
IC40 2
UTC4580 E
470K
R61 0
C464,C462 : SIZE 5*11
10/16C46 2
R57 410K
91K
R57 1
C516 : SIZE 3*5
R55 910K
C50 910/5 0
R50 71K5
GND
GND
C54 8
100N- K
R59 2
-
R59 5
-
R53 7
-
R52 7
--
R52 2
C46 5
100P- J
R46 8
10K
C47 2
-
R58 3470 K
470K
R60 9
470K
R58 2
C51 4
10N- K
10/16
C46 4
R46 7
47K
470K
R56 5
1/5 0
C51 6
10K
R57 3
R55 791K
10K
R56 0
C50 810N- K
ZD40 0
LUDZS 6.8 B
C56 4
NM
ZD40 1
LUDZS 6.8 B
C48 6
10/50
C48 4
47P- J
C47 92N 2
D134
LBAS16HT1G
D132
LBAS16HT1G
R4 11
470
D130
LBAS16HT1G
R40 7
470
D126
LBAS16HT1G
R40 6
470
C56 3
-
C56 2
-
100P- J
C43 5
Q40 6
INC2001AC 1
C56 1
-
100P- J
C41 9
INC2001AC 1
Q40 5
C55 9
-
100P- J
C40 7
GND
GND
GND
C54 9
100N- K
R53 3
-
1K
R46 6
R57 6
10K
10/50
C46 0
Q42 7
RT1N441 C
R54 2
0
R54 8
5K6
D128
LBAS16HT1G
R40 5
470
R40 8
470
INC2001AC 1
Q41 0
INC2001AC 1
Q40 2
INC2001AC 1
Q40 7
C56 0
-
100P- J
C42 6
D41 9LBAS16H T 1G
5
68
7
1
43
2
UTC4580 E
IC40 1
D41 8LBAS16H T 1G
Q41 9
RT1P141 C
D133
LBAS16HT1G
D131
LBAS16HT1G
D127
LBAS16HT1G
D135
LBAS16HT1G
D129
LBAS16HT1G
1
2
3
4
56789101112
71
72
73
74
75
76
77
78
79
80
49 50 5 1 52 53 5 4 55 56 57 58 5 9 60
61
62
63
64
65
66
67
68
69
7031
32
33
34
35
36
37
38
39
40
41 42 4 3 44 45 4 6 47 48
13141516171 81920
21
22
23
24
25
26
27
28
29
30
BD3473 KS 2
IC100 9
CO U T
SW O U T
SL O UT
1.SB L O U T
2.SBR O U T
SR O UT
FL OU T
FR O UT
VE E
CL O CK
DATA
DG N D
VC C
TN F1
BNF 1
BO UT 1
BO UT 2
BNF 2
19.T NF2
AGND 2
20.A G ND 1
SBLI N 1
SBR IN1
CIN 1
SW IN1
SLI N1
SRIN 1
FLI N1
FRIN 1
AGND 3
ADC L
ADC R
AGND 4
SUB 1R
SUB 1L
AGND 5
INR 1
INR 2
INL2
41.INR 3
42.I NL3
INR4 INR5 INR6 INR7 INR8 INR9
INR1 0
INR1 1
INL4
INL5 INL6 INL7
INL8 INL9
INL10
AGND 6
INR 12/F RIN 2
58.I NL11
60.I NL12
59.INR 1 2
INL13/FLI N 2
INR 14/ SRIN 2
INL14/ SLI N 2
INR 15/ SW IN2
INL15/ C IN2
INR 16/ SBR IN 2
INL16/ SB LI N 2
AGND 7
INL17/ R ECL 1
INR 17/ RECR 1
INR 18/ RECR 2
INR 18/ REC L2
RECR 3
REC L3
RECR 4/ SUB 2R
REC L4/ SUB 2L
AGND 8
AGND 9
INL1

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
DMAIN ASSY (1/4)
X2
SDA
NM
VA 9635
NM
VA 9638
NM
VA 964147 K
R9642
CEC _IO
C79 1U/10 C80 NM
C83 1U/10
C49 0.1U/16 1U/10
C85
R2X 2+
C134 0.01U/25
R2X 1-
R2X 0+
R2X 0-
778_MO SI R2XC +
778_MIS O
C68 0.01U/25
R1X 2+
IIS _SC LK C75 1N-K
R1X 1-
IIS _SD 1 R1X 0+
C73 470P/50
R1XC -
C164 3N3-K
DDCSC LM C39 0.01U/25
DDCSDA M
C1601NM(0.1U/16)
GND- H
C1696 1U/10
SCL
NM
VA 9651
VA 9664
NM
NM
VA 9627
NM
VA 9654
VA 9661
NM
NM
VA 9630
NM
VA 9657
VA 9658
NM R962 147K
NM
VA 9633
V+ 5_R3
V+ 5_R4
R31 47K
V+ 5_R2
R35 47K
C53 0.1U/16 C52 1N-K
C47 0.01U/25
R36 0
10
R48
H_MC L K
R78 47
R80 47
IIS _SD 3/D SD 0_R
R83 47
C188470P/50
NMC77
H+ 3.3V
V+ 1R1_ HD
R16521K8EN.
VA1602NM
330P/50
C1701
R166856
ARCSPDI F
GND-H
GND-H
GND-H
VA961 2 NM
R9651 1 0
VA961 7
NM
VA960 8 NM
R9604 1 0
VA960 5 NM
R9646 1 0
R3X 2+
R3X 2-
R3X 0+
R3X 0-
R3X C+
R3X C-
SDA_ 3
R4X 1+
R4X 1-
R4X C+
R4X C-
SCL_ 4
HPD _4
V+5_ R4
R2X 2+
R2X 2-
R2X 0+
R2X 0-
SCL_ 2
SDA_ 2
R1X 1+
R1X 1-
R1X C+
R1X C-
SCL_ 1
HPD _1
V+5_ R1
HPD _4
HPD _2
PSD A
SDA_ 3
SDA_ 4
R3X 2+
R3X 2-
R3X 1+
R3X 0-
R3X C+
R4X 2+
R4X 1-
R4X 0+
R4X C+
R4X C-
SCL_ 2
SCL_ 1
C87
13P-J
X1
NC2
778_C S
778_M OS I
1N-K
C61
H+3 .3V
47K
R302
TXT1 X0-
TXT1 X0+
TXT1 X2-
TXT1 X2+
TXT1 XC+
TXT1 XC-
C1
10P-J
TXT1 XC-
TXT1 XC+
TXT1 X1-
TXT1 X1+
TXT1 X2+
clock-
clock+
Data0-
Data0+
Data2-
Data2+
XHDSCRS T
PSC L
HPD _1
HPD _3
EN
HPD _4
H+ 5V
GND-H
VA961 3 NM
R9652 1 0
VA9611
NM
VA961 0
NM
C9611
NM
NM VA961 6
R9607
10
VA961 5
NM
VA961 4
NM
C9603
NM
NM
VA 9636
NM
VA 9634
NM
VA 9637
VA960 9 NM
R9605 1 0
VA960 7
NM
VA960 6
NM
C9601
NM
VA960 4 NM
R9645 1 0
VA960 3
NM
R9648
47K
R962247 K
R9682
0
NM
VA 9640
R9680
0
R9691
10K
DTC 124E UA
Q9611
R9690
10K
R9688
10K
CEC _IO
R3X 1+
R3X 1-
SCL_ 3
HPD _3
V+5_ R3
R4X 2+
R4X 2-
R4X 0+
R4X 0-
SDA_ 4
R2X 1+
R2X 1-
R2X C+
R2X C-
HPD _2
V+5_ R2
R1X 2+
R1X 2-
R1X 0+
R1X 0-
SDA_ 1
HPD _3
HPD _1
PSC L
SCL_ 3
SCL_ 4
R3X 1-
R3X 0+
R3X C-
R4X 2-
R4X 1+
R4X 0-
SDA_ 2
SDA_ 1
C42 1U/10
C35
100/16(5.3*5.9)
R47 22
V+ 1R1_ HD 0
V+ 3R3_ HHH 0
C43 NM
GND-H
C88
0.01U/25
C78 NM C81 1U/10
10
R30
R28
10
R93
47K
47
R39
C41 470P/50
C82 NM
C84 NM 10
R34
C86
13P-J
C76 0.01U/25
R2X 2-
R2X 1+
778_C S
778_S CL K
47K
R90 47
R77
GNDD
C67 470P/50 R2 XC -
R1X 2-
47K
R299
778_S CLK
R303
10K
R300
NM
IIS _W S
IIS _SD 2 C74 0.1U/16
R1X 1+ R1X 0-
R1XC +
(4Mbit)
0.1U/50 (1608)
C89
NM
C91
C56 330P/50
C65 0.1U/16
330P/50C66
C38 470P/50
10
R60
10
R59
C30 NM C29 1U/10
47
R301
C55 NM
C34 1U/10
C44 NM
C27 1U/10
C5 NM
C4 1U/10
C28 NM
C45
NM (5.3*5.9)
BK1005HS121-B
L5
XHDOSDIRQ 1
TXT1 X1-
TXT1 X1+
C57
NM (5.3*5.9)
C1698 NM
BK1005HS121-B
L7
C6 NM
C7
NM (5.3*5.9)
C2
NM (5.3*5.9)
C1693NM
R1663
NM(10K)
H+5 V
HO TPL UGM
TXT1 X0-
TXT1 X0+
TXT1 X2-
C94
-
C1686NM
C9319NM(100P/50)
200K-F
R99
-
C97
R110
-
R92 NM
0
R1665
C92
10000N-K
C1695 1U/10
10
L1618
R16730
R16740
C93
10000N-K
CEC
Data1-
Data1+
AKP726 6-1
HPD _2
PSD A
XHDOSDIRQ 1
CEC _IO
GND-H
H+3 .3V
NM
VA 9652
NM
VA 9650
NM
VA 9653
VA 9663
NM
10
R9608
VA 9665
NM
VA 9662
NM
NM
VA 9628
VA960 2
NM
C9622
NM
NM
VA 9626
NM
VA 9629
NM
VA 9656
VA 9659
NM
R9609
0
NM
VA 9632
R9679
0
GND- H
R9685
10K
C32 NM
C37 1U/10
C33
100/16(5.3*5.9)
C40 NM
V+ 3R3_ HHH 0
R29 47K
470P/50
C189
0.1U/16
C9737
V+ 5_R1
470P/50
C48
C51 0.1U/16
C110330P/50
10
R49
470P/50
C54
10
R50
10
R51 R76
0
IIS _SD 0/D SD 0_L
R79 47 R82 47
C112 3N3-K
R84 47
22
R8
L8
BK1005HS121-B
NM
D1
C25 NM
C26 1U/10
R10 10
C31 NM
C46
100/16(5.3*5.9)
NM
C1602
R16541K8
VA1601NM
NM
VA1603
NM
C1697
-
R100
100K
R166656
R16750
C1700NM
C1699NM
R16696K8
18 16 14 12 11 8
97531
1517
19 13 6
10 42
JA1601
A0D7ABAR1990
XHDSCRS T
330P/50C9744
C71 0.1U/16
R14 10
R12 10
V+1 R1_H D
R56 0
NC1
47K
R89
47K
R87
47K
R85
778_S CLK
HO TPL UGM
1U/10
C181
DDCSC LM
V+1 R1_H D
C1581N-K R19 10
+5V (55mA)
UTILITY/HEAC+
Data1Shield
IIS _SC LK
IIS _SD 3/D SD 0_R
IIS _SD 1
IIS _SD 0/D SD 0_L
C9612
330P/ 50
C9604
330P/ 50
C9623
330P/ 50
R9649 N M
1K
R9689
R9618 N M
R9696
1K
Q9610 D TC114 YUA
R9603
0
NM
VA 9639
1K
R9687
NMR9643
R9601
0
Q9607
DTC 124E UA
DTC 114YU A
Q9606
CEC _IO
R98 47K
GND-H
47K
R95
R15 10
R16 10
330P/50C9740
330P/50C9743
C97410.1U/16
0.1U/16C59
330P/50C58
470P/50C72
C97420.01U/25
GRM21BR61A106KE19L (2012)
C175
C142
GRM21BR61A106KE19L (2012)
R11 10
R13 10
GRM21BR61A106KE19L (2012)
C147
BKP212 5HS101-T (2012)
L4
R32
10
C36
10P-J
H+3 .3V
778_MIS ONM
R55
10
R57
R307
10K
R305
NM
1M
R37
47K
R88
47K
R86
47K
R81
R40
47
C9739 0.01U/25
C168470P/50
100P/50C172
778_M OS I
BKP212 5HS101-T (2012)
L6
GRM21BR61A106KE19L (2012)
C195
C149470P/50
100P/50C182
C1001U/10
0.01U/25
C143
1U/10
C101
330P/50C64
470P/50
C183
0.1U/16
C145
0.01U/25C169
C60 330P/50
BKP212 5HS101-T (2012)
L2
C3
GRM21BR61A106KE19L (2012)
GND-H
R1667
0
NM (2012)
C1704
DDCSDA M
CEC _IO
●
●
●
●
R109
0
R11147K
R101240K-F
Hot Plug Detect/HEAC-
DDC/CECGND
clockShield
Data0Shield
Data2Shield
ARCSPDI F
H_M CLK
IIS _W S
IIS _SD 2
C9602
330P/ 50
18
16
141211
89
7
5
3
1 15 17 19
136 10
42
A0D7ABAR1990
JA9602
18
16
1412118 9
7
5
3
115 17 19
136 1042
A0D7ABAR1990
JA9601
NM
VA 9655
R9606
0
VA 9660
NM
Q9613
DTC 124E UA
DTC 114YU AQ961 2
R9602
0
NMR9617
DTC 114YU AQ960 8Q9609
DTC 124E UA
NM
VA 9631
R9684
1K
10
R17
R18 10
0.01U/25C96
330P/50C70
C9738470P/50
L3
BK1005HS121-B
GRM21BR61A106KE19L (2012)
C63
47K
R33
GRM21BR61A106KE19L (2012)
C103
GRM21BR61A106KE19L (2012)
C140
10
R58
0.1U/16
C50
C69 0.01U/25
GRM21BR61A106KE19L (2012)
C190
R9
22
C102 0.01U/25
1U/10
C62
C197
GRM21BR61A106KE19L (2012)
C191
GRM21BR61A106KE19L (2012)
BK1005HS121-B
L1
●
●
●
●
IC2
MP2143DJ
-
R104
C98
22UF-K
L9
1UF
18
16
14
12118 97
5
31 15 17 19
13
610
4
2
A0D7ABAR1990
JA9604
3 4 5
2 1
IC1605
NM (TPS2051CDBVR )
18
16
14
12
11
8 9
7
5
3
115 17 19136 104
2
A0D7ABAR1990
JA9603
330P/50
C90
1
23
4
5 6 7 8
IC1
W25X40CLSSIG
1357911 13 15 16 18 20 22 24 26 28 30 32 34 36
98 96 94 93 91 89 87 85 83 81 79 77 75 73
6
4
212
108 14 21
19
17 29
27
25
23 31 33 35
99 97 95 92 90 88 86 84 82 80 78 76 74
38 40 42 44
46
47 48 49 51 53 55 57 59 61 63
65
67 68
69 70
72 37 39 41
43
45 50 52 54
56
58 62 60 64 66 71
MN864788A
IC1602

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
DMAIN ASSY (2/4)
10
11
99
12
D+12 V
GND-H
D+3.3 V
D+12 V
D+5.6 V _ O N
H+3.3 V_F ET_ O N
H+5 V_F ET_ O N
4588_I NT
DM A IN+ 5 V6 D+ 5V
D+3.3 V
GNDA
C212 54N7-K
H_ M CL K
IIS _S D3/ DSD 0_R
IIS _S D0/ DSD 0_L
IIS_ WS
4588_ PD N
R216 310 R216 610
4588_3 V3
R212 710K-F
HDMI+12 VD M AI N+ 5V 6
HDMI_GN D HDMI_GN D
ARCSPD IF R1588NM
GND-H
C1842 NM
NM
R1863
FR _O U T
FL_ OU T
SR _O U T
PV DD_5 V
R216 410K
C211 8
1N-J
1000P-C H
C210 8
C211 0
GRM31CR61C226KE15 L
4588_ SD A
C214 0330P- J
DMA IN+ 3.3 V
OPT _I N
COA X_I N
R2316
47K
11
-
R246 1
10
C1562 NM
C1563 NM
ARCSPD IF.
C207 5-
10 P/50
C208 4
-
R246 0
AIN_ L
AIN_ R
C_OU T
SL_ OUT
SR_ OU T
FL_ OU T
FR_ OUT
GND A
DMA IN+ 3.3 V
GND -H
SW _O UT
AN_L_I N
AN_ R_I N
R213 133
AVDD
XTI
GND -H
IIS_ SD 1
IIS_ SD 0/ DSD 0_ L
IIS_ SD 2
IIS_ SC LK
DMA IN+ 3.3 V
4588_ PDN
SDIN 1F
SDIN 3C
DSP _L RC K
DSP _BC K
DIR_L RC K
DIR _BC K
DIR_ MC K
DA I_M CK
GND -H
D+ 3.3 V
DMA IN+ 5V6
R213 3
1K-F
R213 4
20K- F
R213 2
5K1- F
L200 8
10UH
D+12 V
C210 5
6N8- KGND-H
C209 8
100N- K
C210 4
10P- J
Q202 7
RT1N 141 C
R245 8
NM
C208 6
10 P/50
H+3.3 V
-
C209 0
R211 5
0
C209 7
100N- K
C209 6
10P- J
C210 3
100 N-K
C232 3100 N-K
R1864
100
1U/10
C1839
R1901
100
12
L200 7
10UH
C210 2
6N8- K
10
R2100
C206 3
10 P/50
GND -H
R213 0
390- F
R212 8
47K- F
R212 9
3K3- F
R213 9
10
15
R1860
NM
R1858
R1904
NM
D+3.3 V _ O N
D+12 V
C207 0
10 P/50
R1895
0
D+ 3.3 V
D+3.3 V_F E T O N
D+5 V_ F E TO N
4.7/1 6
C207 6
C207 84.7/1 6
C208 0100 N-K
H+3.3 V
H+5 V
GND-H
AIN _R
AIN _L
D205 6
RB551 V-30
GNDA
C235 082P-J
C212 6
-
GND -H
R212 50
R212 333
VCO M
IIS _S D2
IIS _S CL K
ARCSPD IF
R215 4
12K- F
330P- J
C215 5
C213 3
10N- K
IIS _S D1
R216 110
R216 510
R215 7
47
R215 9
4K7
R215 8
4K7
R215 6
10K
R216 2
10K
R217 4
33
R217 3
33
R216 7
0
R216 9
0
C214 3
100P- J
R217 7
0
DV DD_5 V
L201 5
BD121 T
C214 6
14P- J
14P- J
C214 7
L201 6
-
IIS_ WS
H_M CLK
4588_ SCL
4588_ SDA
SDIN 2S
ADC _SD TO
DIR _SD TO
R214 0
1M
R214 2
47K
R211 8
6K8
Q202 6
FDC608P Z
330P- J
C208 7
HDMI+12 V
HDMI+12 V
HDMI_GN D
330P- J
C210 7
4.7/1 6
C208 9
C209 24.7/1 6
C209 310 P/50
R211 7
6K8
R212 610K-F
47K
R1861
R1951
100
DM A IN+ 5 V6
GND-H
GNDA
SL_O U T
C_ O UT
SW _ O UT
C212 8
100/6.3-Z815 6
C213 2
10000N- K
L201 3
2.2U H
R217 14K7
R217 24K7
C214 5
100/6.3-Z815 6
C214 2
100P- J
R218 4
150
C213 8
330P- J
C214 1
NM(Z8156 )
R218 6C2148
10000N- K
C215 0
10000N- K
C211 2
GRM31CR61C226KE15 L
C211 1
GRM31CR61C226KE15 L
GRM31CB31E106KA75 L
C210 9
GRM31CB31E106KA75 L
C209 5
1000P-C H
C210 1
GRM31CB31E106KA75 L
C209 4
GRM31CB31E106KA75 L
C209 1
C211 7
1N-J
C211 5
GRM31CR61C226KE15 L
C212 4CH2N2- J
C213 610N-K
4588_ SC L
C214 4100N- K
GND -H
C206 5-
10 P/50
C206 1
-
R245 9
ARC
OPT
COA X
SDIN 1F
SDIN 3C
SDIN 4S B
DSP _BC K
DIR_L RC K
DIR _SD TO
R217 9150
DIR_ MC K
R218 5
IIS_ SD 3/ DSD 0_ R
SDIN 4S B
R213 7
10
C208 2
1N-J
330P- J
C208 3
C207 9
100N- K
C207 7
100P- J
C208 1
100/1 6
0
R211 6
10
R2103
4.7/1 6
C206 6
C206 24.7/1 6
H+ 5V
C206 4100 N-K
CN200 3
C125Z2-1 5
D205 7
RB551 V-30
R214 5
100
C212 7
-
10N- K
C212 3
R215 5
47K
R215 1100
R216 8
10K
R215 0100
R214 8100
R214 7100
R214 6100
C213 0
10N- K
C213 1
220/6.3-Z815 7
C213 4
1000P-C H
SDIN 2S
DSP _L RC K
R218 033
R217 833
R218 133
DIR _BC K
ADC _SD TO
XT O
XTAL200 2
24.576 M(10p)
-
R217 0
GND -H
L201 4
LBC2012 T-4.7U H
C213 9
10N- K
R218 7
C210 0
10N- K
C208 8
100N- K
C210 6
10N- K
C2 113
100N- K
2N2- K
C209 9
C208 5
10P- J
C2322
100N -K
1M
R213 8R2141
47K
L1810
BK1005HS121-B
L1817
BK1005HS121-B
R214 4
100
C212 9
10N- K
R214 9100
C213 5
100/6.3-Z815 6
R218 233
R218 333
C214 9
100N- K
IC200 8
MM3529A32PRE(L323 )
123
4 5
ON/OF F
GN D
NC
VOU T
VIN
IC200 6
S-1170 B50 UC -O UJ
12
3 45
ON/OF F
GN D
NC
IC200 5
VOU T
VIN
S-1170 B50 UC -O UJ
C1846330P/50
C1866330P/50
FROM REGULATOR B'D
VOUT = 0.925(R1/R2 + 1)
L201 2
LBC2012 T-4.7U H
C18450.01U/25
C18640.01U/25
1
234
5 6 7 8
IC180 8
TC7 WHU04F K
123
4 5
IC181 2
TC7SH0 8FUS 1
1
2
34
5
67
89
10
11
12
71
72
73
74
75
76
77
78
79 80
49 50 5 1 52 53 54 5 5 56 57 5 8 59 60
61
62
63 64 65 66
67 68 69 70
31 32
33 34
35 36 37
38 39 40
41 42 43 4 4 45 46 4 7 48
13
14
15
16
17
18
19
20
21 22
23
24 25
26
27 28
29 30
IC20 11
AK458 8
CAD 1
RX 7
I2C
DAUX 2
VIN
MCL K
TX0
RX 6
TVDD
DVD D
DVS S
XTO
XTI
TEST3
MCKO 2
MCKO 1
COU T
UOU T
RX 3
PVSS
R
PVDD
RX 4
TEST2
RX 5
CAD 0PDN
VOU T
SDTO 2
BICK 2
LRCK 2
SDTO 1
BICK 1
XTL0
CS N
SDTI4 SDTI3 SDTI2 SDTI1
XTL1
IN T1
NC
NC
RX0
NC
DZF 1 DZF 2
NC
RIN
RX1
NC
MASTE R
LOUT 4
ROUT 4
LOUT 3
NC
AVSS
AVDD
VREFH
VCO M
ROU T1
LOU T1
ROU T2
LOU T2
41.ROU T3(C )
61.R X2
60.TES T1
BOU T
TX1
21.CCLK/SC L
22.CD TI/SD A
20.CDT O
19.LRCK 1
DAUX 1
NC
NC
NC
LIN
NC
80.4588_ MUT E

Schematic Diagram
5 4 3
2
1 6
D
C
A
B
D
C
A
B
5 4 3
2
1 6
DMAIN ASSY (3/4)
R1
4588_ SD A
HDM I _S E L
DSD _ SE L
USB 5 V _ O N
DSP _RS T
DSP _C S
R223 147
R224 4-
R223 647
DSP _ SD O U T
EM _R A S
EM _ CS 0
EM _BA 1
EM _A 1 0
EM _A 0
EM _A 2 EM _A 5
EM _A 7
EM _A 1 1
C2351 -
USB 5V _DET
R2
GND-H
C227 2
2N2- K
CS#
SC LK/ B2
-
R224 5
SO /B 0
R224 943
R225 043 R225 243
R225 543 R225 743 R226 143 R226 443
CS#
SO /B 0
SI/B 1
C226 91N-K
IIS_ SD 1
IIS_ SD 2
IIS_ SC LK
IIS_ WS
DA I_M CK
D+ 1.2 V_O N
DMA IN+ 3.3 V
DMA IN+ 5V6
SDIN 1F
SDIN 2S
SDIN 4S B
DA I_L RC K
IIS_ WS
DA I_M CK
DIR_ MC K
R220 0150
R219 70
R219 60
IIS_ SD 2
DIR _SD TO
C219 6
100N- K
C219 5
1N-K
TDO
C219 1
330P- J
TMS
/TRS T
DMA IN+ 5V6
R228 643
R228 543
R228 243
R227 943
R227 843
R227 743
R227 543
R227 443
R227 343
R227 143
R227 043
R226 843
EM_ C AS
EM_ WE
EM_ D6
EM_ D0
EM_ D1
EM_ D15
EM_ D14
EM_ D13
EM_ D11
EM_ D10
EM_ D8
EM_ CLK
EM_ CKE
TMS
TDI
TCK
D+
GND -H
EM_ A4
EM_ A6
EM_ A5
EM_ A7
EM_ A9
EM_ CLK
EM_ D8
EM_ D9
EM_ D12
EM_ D13
EM_ D14
EM_ D15
D+ '
GND -H
D+ 3.3 V
D+ 1.8 V_O N
-
R246 8
47K
R2473
4588_ PD N
NM
C2332
4588_ SC L
SDIN 3C
HD MI_SE L
H_M CLK
1U/25 (2012)
C9453
NM (2012)
R9454
R219 5
0
R220 1
0
R219 0
47K
R9453
100K
C9457
NM
R219 933
R219 80
R248 30
10N- K
C215 9
2N2- K
C220 5
NM
C9455
R222 5
47K
L202 9
BD121 T
R220 3
0
C216 2 10P- D
DSP _RS T
C217 0
10P- D
L202 4
0
L202 3
0
C217 5
10000N- K
C216 9 1N-K
DIR_L RC K
DIR _BC K
L202 6
0
C216 7
1N-K
C216 8
1N-K
L202 5
0
R222 2100
R221 9100
C219 9
100N- K
R221 4
47
C219 7
100N- K
R221 3
150
R222 3
47
C219 3
100N- K
TCK
TDI
R220 7
47K
330P- J
C218 6
C230 3
2N2- K
C218 5
10P- J
1N-K
C218 3
R251 6
-
USB 5V _DET
DSP _RD Y
R223 247 R223 547 R222 947
C220 7
100N- K
R224 7-
R223 9
-
R224 0
-
DSP _SC L
DSP _SD A
R224 6
47KR224 847
R223 847 R224 147 R224 347
C221 1 100N- K
C221 0
100N- K
C221 2
100N- K
C221 7
100N- K
C221 5
330P- J
C221 6
100N- K
C221 3
1N-K
EM _BA 0
C222 2 100N- K
C222 1
1N-K
EM _A 1 EM _A 3
C222 4
100N- K
C222 7
330P- J
C222 6
100N- K
EM _A 4 EM _A 6
EM _A 8 EM _A 9
C222 9
100N- KC222 8
100N- K
C2352 -
USB 5 V _ O N
R228 443
R228 043
R228 143
R228 343
R227 643
R226 943
R227 243
R228 7
-
43
R226 5
R226 643
R226 743
C229 5
2N2- K
R248 6
100
EM_ D3
EM_ D4
EM_ D5
EM_ D7
EM_ D2
EM_ D9
EM_ D12
EM_ D QM 1
LBAS16H T1 G
D206 7
R229 1
10K
TDO
R229 2
10K
C225 9
100N- K
100N- K
C225 7
100N- K
C230 7
1N-K
C225 4
4N7- K
C230 6
100N- K
C225 5
100P- J
C225 1
100N- K
C225 0
4N7- K
C230 4
R232 3
200- F
R231 2
10K- F
D-
R229 7
-
R229 5
-
R229 4
1K
R229 6
1K
R230 1
-
R230 0
1K
C231 0
4N7- K
C2273
-
-
C2274
C1694NM
0.1U/16
C1603
R230 6
0
R230 8
0
EM_ A8
EM_ A11
EM_ D QM 1
EM_ CKE
EM_ D10
EM_ D11
D-'
10P/50
C9450
GRM21BR61A106KE19L
C9451
C220 2
10N- K
C220 6
330PL202 0
BD121 T
R220 4
0
C217 9
100N- K
C217 1
100/6.3-Z815 6
C217 2
100/6.3-Z815 6
C217 7
100N- K
C217 6 100N- K
R222 0100
R222 1100
C219 8
330P- J
R221 2
47
C219 4
100N- K
100N- K
C219 0
C218 4
1N-K
C218 2
1N-K
C218 1
1N-K
C220 1
-
4K7
R224 2
WP#/B3
SI/B 1
R225 143
1000P-C H
C222 0
R225 343
R225 443 R225 643 R225 943 R226 043
R226 243 R226 343
C225 6
1N-K
C226 0
1N-K
C225 3
100N- K
C230 5
4N7- K
C229 8NM
C229 7 NM
2
1 3 975
8 1064
CN200 0
-
WP#/B3
C227 0100N- K
SC LK/ B2
C230 9
4N7- K
R230 7
0
C227 1
100/6.3-Z815 6
R1664
10K
100P/50
C9320
C2330NM(2012)
C216 0
220N- K
C229 622/16-Z815 6
-
R2302
-
R2303
D2267- D2268-
1
23
5 4
SD 52137 -051 A 5P
CP200 6
IIS_ SD 0/ DSD 0_ L
4588_ PDN
4588_ SDA
SDIN 1F
SDIN 3C
SDIN 4S B
DSP _L RC K
DSP _BC K
DIR _BC K
DIR_L RC K
DIR_ MC K
IIS_ SC LK
R248 20
DA I_SD 0/ DS D 0_L
DSP _BC K
IIS_ SD 0/ DSD0_ L
R219 3150
R219 10
DSP _L RC K
DIR_L RC K
DIR _BC K
IIS_ SD 1`
DA I_SD 0/ DS D 0_L
R221 747
R221 547
DA I_L RC K
DSP _BC K
DA I_M CK
R220 51M
R22 11 47
/EMU 1
EM_ A3
EM_ A1
EM_ A2
EM_ A0
EM_ BA 1
EM_ C S0
EM_ C AS
EM_ D QM 0
EM_ D7
EM_ D6
EM_ D3
EM_ D2
EM_ D1
EM_ D0
VO= Vad j x (1 + (R 2/R1 ))
ESR :0.6 -0.9 5
IIS_ SD 3/ DSD 0_ R
H_M CLK
4588_ SCL
SDIN 2S
ADC _SD TO
DIR _SD TO
R219 4100
R222 70
DA I_BC K
R219 247
ADC _SD TO
DSP _BC K
DIR _SD TO
R9562 1 0
330P-J
C9452
IIS_ SD 3/ DSD0_ R
R221 647
R221 847
DA I_BC K
DSP _L RC K
R220 6
470
C218 0
100N- K
C216 6
-
L202 2
BKP_HS101-212 5
L202 1
BKP_HS101-212 5
C216 5
10000N- K
100N- K
C217 8
1N-K
C230 0
IC201 5
AZ1117-1. 8
R221 047
R220 947
C216 3
-
R247 9
1K5
C220 4
100N- K
C220 9
1N-K
C221 4
100N- K
C219 2
100N- K
C218 9
100N- K
C218 8
1N-K
C220 0
220N- K
C220 3
100N- K
C2173 :TOSHIN KOG YO
(22UF- M/16 V,
5*7, CE-L L TY PE)
21
CP200 7-
C221 8
100N- K
C224 1
100N- K
1000P-C H
C224 2
C224 0
1N-K
C223 9
100N- K
C223 8
100N- K
C223 5
100N- K
C223 6
330P- J
C223 2
1N-K
C223 0
100N- K
C222 3
100N- K
C221 9
100N- K
C229 4
100N- K
/TRS T
C224 9
10N- K
/EMU 0
R228 910K
R228 810K
R229 9
47K
R229 8
-
EM_ D QM 0
C230 8
4N7- K
EM_ A10
EM_ WE
EM_ R AS
EM_ BA 0
EM_ D4
EM_ D5
C225 21N- K
L202 8
0
220/6.3-Z815 7
C225 8
-
L202 7
3K-F
R232 2
R230 5
-
VADJ : 1.225 ( Ty p. )
Vo=5.053 V
-
R230 4
L203 2
BD121 T
USB+ 5V
RT1N 141 C
Q204 1
FDC608P Z
Q204 0
R222 4
33
C94934.7U/25 ESR (4*5.4)
1 2 3
4
5
AP7361- 12 ( S OT89- 5 )
IC945 0
GN D ADJ/N C EN
VOU T
VIN
D9402
NM
R220 8-
C217 4
100/6.3-Z815 6
2N2- K
C230 2
XTAL200 4
24M(8P )
D206 5-
C229 9
2N2- K
C216 4
-
100/6.3-Z815 6
C215 7
4K7
R223 7
C218 7
100N- K
C224 4
100N- K
1000P-C H
C222 5
R225 843
R229 3
47
1234
5 6 7 8
IC201 9
W25Q32FVSSI G
CS #
W P#
GN DSI/SIO 0
SCL K
HOLD #
SO/SIO 1
VCC
C224 8
-
●
●
C1702
NM
C216 1
100/6.3-Z815 6
10 11 1 2 13 14 1 5 16
5 4 3 2 16
9 8 7
IC201 4
74LC X257M TC X
A/B
1A
1B
1Y
2A
2B
2Y
GN D
VCC
OE
4A
4B
4Y
3A
3B
3Y
22/16-Z815 6
C217 3
123
545352
5 4678910111 21 3141516
41 42 43 4 4 45 46 47 4 8 49 50 5139 4033 34 35 3 6 37 3829 30 31 3 2
28
171819202 1222324
25
26
27
IC201 8
W9864G6KH- 6
VDD Q
DQ 0
VDD
DQ 2
DQ 1
DQ 3
GND Q
DQ 4
VDD Q
DQ 5
DQ 6
DQ 7
VDD
LDQ M
W E
CA S
RA S
CS
BS0
BS1
A10
A0
A1
A2
A3
VDDGN D
A4
A5
A6
A7
A8
A9
A11
NC
CK E
CL K
UDQ M
NC
GN D
DQ 8
VDD Q
GND Q
DQ 9
DQ1 0
VSSQ
DQ 11
DQ1 2
VDD Q
DQ1 3
DQ1 4
GND Q
DQ1 5
GN D
C2296 :TOSHIN KOGY O (22UF-M/16V, 5*7, CE-LL TYPE )
3 4 5
2 1
IC160 6
TPS2051CDBV R
C224 3
100N- K
C224 7
100N- K
C224 6
100N- K
1000P-C H
C224 5
C223 4
100N- K
C223 1100N- K
C226 8
1N-K
C226 4
100N- K
C226 6
100N- K
C226 5
100N
C223 7
100N- K
C223 3
100N- K
C226 7
1N-K
176
174
172
170
168
169
166
167
165
163
161
159
157
155
153
151
149
150
147
148
146
144
142
140
138
136
134
1 3 5 7 9 11 1312 1514 16 1 8 20 22 2 4 26 28 3 0 32 34
33 35 3 7 39 41 43
171
173
175
164
162
156
158
160
154
152
141
143
145
139
133
135
137
13213 012812 612412 2 117 115 113 11110 910710 510310 199 98 9 6 94 92 90
42 6 8 10 17 19 2 1 23 25 27 2 9 31 36 38 4 0 42 44
45
47
49
51
52
53
54
55
56
58
60
62
64
66
68
70
71
72
73
74
75
77
79
81
83
85
87
13112 912712 1
123125 118119 114 116 112 106108
110 10410 0
10297 9 5 9193
46
48
50
57
59
61
63
65
67
69
76
78
80
82
89
84
86
88
120
177
GN D
IC201 6
D808K013DP TP400
Dvd d SPI0_SCS[0 ]
Dvd d Dvd d
Dvd d
SPI0_CL K SPI0_EN A
SPI1_ SOMI[0 ] SPI1_ SIMO[0 ] Dvd d SPI1_CL K SPI0_ SIMO[0 ] CVd d EMA_O E
DVd d CVd d EMA_A[1 ] EMA_A[3 ] DVd d EMA_A[4 ] EMA_A[5 ] EMA_A[6 ] EMA_A[7 ] EMA_A[8 ] EMA_A[11 ] AXR1[10 ]
DVd d
AXR1[ 6 ]
AXR1[ 8 ]
AXR1[ 7 ]
AFSR1
CVd d
ACLKR 1
AFSX 1
CVd d
CVd d
AXR1[11 ] SPI1_SCS[0 ]
AXR1[ 4 ]
AXR1[ 5 ]
DVd d
ACLK X 1
AHCLK X 1
CVd d CVd d
CVd d
CVd d EMA_WAIT[0 ] EMA_BA[0 ] EMA_CS[3 ]
EMA_CS[2 ]
EMA_A[0 ] EMA_A[2 ] CVd d EMA_A[9 ] EMA_A[12 ]
DVd d
CVd d
DVd d
DVd d
DVd d
CVd d
DVd d
CVd d
CVd d
DVd d
CVd d
CVd d
DVd d
GP7[14 ]
TDO
TCK
CVd d
TDI
TMS
DVd d
TRS T
RTC_ CVd d
RTC_ X I
CVd d
RESET
OSCOU T
OSCI N
PLL0_VSS A
PLL0_VDD A
NC
USB0_D M
USB0_D P
USB0_VDDA3 3
OSCVS S
SPI1_EN A EMA_BA[1 ] EMA_A[10 ]
AMUTE 1
AFSR0
ACLKR 0
AHCLK R 0
Dvd d
AFSX0
SPI0_ SOMI[0 ]
NC
USB0_VDDA1 8
ACLKX 0
134:USB0_VDDA1 2
133:RSV 2
USB_REFCLKI N
AXR0[11 ]
UART1 _TX D
UART1 _RX D
AXR0[8 ] AXR0[7 ] AXR0[6 ] AXR0[5 ] AXR0[4 ] AXR0[3 ] AXR0[2 ] AXR0[1 ] AXR0[0 ]
EMB_RA S
EMB_CS[0 ] EMB_BA[0 ] EMB_BA[1 ]
EMB_A[10 ]
EMB_A[0 ]
EMB_A[1 ] EMB_A[2 ] EMB_A[3 ] EMB_A[4 ] EMB_A[5 ] EMB_A[6 ]
EMB_A[7 ]
EMB_A[8 ] EMB_A[9 ]
EMB_A[11 ]
Dvd d
EMB_A[12 ]
85:E MB_ WE_DQ M[1 ]
86:E MB_CL K
87:DVd d
88:E MB_SDCK EE MB_ D[8 ]
EMB _D[9 ]
EMB_D[10 ]
EMB _D[ 11]
EMB_D[12 ]
EMB_D[13 ]
EMB_D[14 ]
EMB_D[15 ]
EMB _D[0 ]
EMB _D[1 ]
EMB _D[2 ]
EMB _D[3 ]
EMB _D[4 ]
EMB _D[5 ]
EMB _D[6 ]
EMB _D[7 ]
EMB_ WE_DQ M[0 ]
EMB_ W E
EMB _CA S
EMA_ W E
EMA _D[7 ]
EMA _D[6 ]
EMA _D[5 ]
EMA _D[4 ]
EMA _D[3 ]
46:E MA_D12 ]
45:E MA_D[1 ]
47:DVd d
EMA_D[0 ]
DVd d
2:I2C0_SD A
1:AXR1 [0 ]
3:I2C0_SC L
AXR1[ 1 ]
AXR1[ 2 ]
AXR1[ 3 ]