68
LCD TV TX32
LCD TV TX32
To our customers
LCD (Liquid Crystal Display) screens, like plasma and conventional CRT
(Cathode Ray Tube) screens, are also susceptible to ‘screen burn-in’ or
‘image retention’ which can be found on the screen as visible fixed lines and
shades and can’t be removed. To avoid such permanent damage to the
screen, it is advisable to take the following preventive actions:
(1) Avoid displaying still (inactive) images for more than two hours.
(2) Change the screen image aspect ratio from time to time.
(3) If it is necessary to display still images for a long time, lower the contranst
and brightness.
(4) Turn on the DPMS function (if available) when displaying PC input image.
Thank you for your attention and we hope you enjoy your new TV.
The apparatus shall not be exposed to dripping or splashingand that no objects filled with liquids, such as vases, shall be placed on the apparatusApparatus with class 1 construction shall be connected to a mains socket outlet with aprotective earthing connection.
Warning-------------------------------------------------------------------------------------------2Safety Instructions------------------------------------------------------------------------------3-4Introduction--------------------------------------------------------------------------------------- 5 Connection Operations------------------------------------------------------------------------- 6-10Remote Control----------------------------------------------------------------------------------- 11-12
Signal Mode---------------------------------------------------------------------------------------- 14Specifications---------------------------------------------------------------------------------------13
TControl board specification-------------------------------------------------------------------- 15Function Keys/Receiver PCB------------------------------------------------------------------- 16Main board SCH------------------------------------------------------------------------------------ 17-25Main board PCB------------------------------------------------------------------------------------ 26-29Power Supply board SCH------------------------------------------------------------------------- 30Power Supply board PCB------------------------------------------------------------------------ 31-36Power Supply board Specification------------------------------------------------------------- 37-43Control board Specification---------------------------------------------------------------------- 44-51Factory menu--------------------------------------------------------------------------------------- 52-53MSTAR upgrade and debugging--------------------------------------------------------------- 54-66
Warning
Warning
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
RISK OF ELECTRIC SHOCK
DO NOT OPEN
WARNING:TO REDUCE THE RISK OF ELECTRIC SHOCK DO NOT REMOVE COVER(OR BACK). NO USER
SERVICEABLE PARTS INSIDE. REFER TO QUALIFIED SERVICE PERSONNEL.
The lightning flash with arrowhead symbol, within an equilateral triangle, is intended to alert the user to
the presence of uninsulated”dangerous voltage”within the products enclosure that may be of sufficient
magnitude to constitute a risk of electric shock to persons.
The exclamation point within an equilateral triangle is intended to alert the user to the presence of
important operating and maintenance(servicing)instructions in the literature accompanying the ap-
pliance.
REGULATORY INFORMATION
This equipment generates, uses and can radiate radio frequency energy and, if not installed and
used in accordance with the instructions, may cause harmful interference to radio communica-
tion. However, there is no guarantee that interference will not occur in a particular installation. If
this equipment does cause harmful interference to radio or television reception, which can be de-
termined by turning the equipment off and on, the user encouraged to try to correct the interfere-
nce by one or more of the following measures:
- Relocate the receiving antenna.
- Increase the separation between the equipment and receiver.
- Connect the equipment into an outlet on a circuit different from that to which the receiver is con-
nected.
- Consult the dealer or experienced radio/TV technician for help.
Any changes or modifications not expressly approved by the party responsible for compliance
could void the user’s authority to operate the equipment.
CAUTION:
DO not attempt to modify this product in any way without written authorization from supplier. Unauthorized
modification could void the user’s authority to operate this product.
2
O w ner'sManual
Safety instructions
Safety instructionsSafety instructions
WARNING :WARNING :TO Reduce The Risk Of Fire Or Electric Shock, Do Not Expose This Apparatus To Rain Or Moisture.
Apparatus shall not be exposed to dripping or splashing and no objects filled with liquids, such as vases, shall be
placed on the apparatus.
IMPORTANT SAFETY INSTRUCTIONS
1. Read these instructions.
2. Keep these instructions.
3. Heed all warnings.
4. Follow all instructions.
5. Do not use this apparatus near water.
6. Clean only with a dry cloth.
7. Do not block any of the ventilation openings. Install in
accordance with the manufacturer’s instructions.
8. Do not install near any heat source such as radiators,
heat registers, stoves, or other apparatus(including
amplifiers)that produce heat.
9. Do not defeat the safety purpose of the polarized or
grounding type plug. A polarized plug has two blades
with one wider than other. A grounding type plug has
two blades and a third grounding prong. The wide bl-
ade or the third prong is provided for your safety.
When the provided plug does not fit into your outlet,
consult an electrician for replacement of the obsole-
te outlet.
10. Protect the power cord from being walked on or
pinched particularly at plugs, convenience rece-
ptacles, and the point where they exit from the
apparatus.
11. Only use the attachments / accessories specified by
the manufacturer.
3
Safety instructions
Safety instructions continuedSafety instructions continued
12. Use only cart, stand, tripod, bracket, or table specified
by the manufacturer or sold with the apparatus.
13. Unplug this apparatus during lightning storms or when
unused for a long time.
14. Refer all servicing to qualified service personnel.
Servicing is required when the apparatus has been
damaged in any way.
Note
- If the TV is cold, there may be a small “flicker” when you turn it on.
- Avoid touching the LCD screen or holding your finger(s) against it.
CAUTION connecting the Power CordCAUTION connecting the Power Cord
Do not overload wall outlets. Overloaded wall outlets could damage the TV and could result to electric shock or fire.
Periodically examine the cord of your appliance; if its appearance indicates damage or deterioration, unplug it. Stop
using it until you have it replaced with a cord authorized by your dealer. Protect the power cord from physical
or mechanical abuse, such as being twisted, kinked or pinched.
On DisposalOn Disposal
- The fluorescent lamp used in this product contains a small amount of mercury
- Disposal of this product must be carried out in accordance to the regulations of your local authority.
4
5
Introduction
Introduction
Connection Options
6
SCART2SCART1RF IN
NOITPIRCSEDNOITCNUFEMANKCAJMETI
CVBS INPUT
S-VIDEO INPUT C
EA PHONE Connect the phone
onnect the S-VIDEO output jack of DVD or VCR
PC-RGB INPUT Connect the PC-RGB output jack of PC
PC AUDIO INPUT Connect the Audio output jack of PC
Connect the SCART jack of VCRSCART
YPbPr IN
Connect the Video output jack of DVD or VCR
Connect the YPbPr output jack of DVD or VCR
TV SIGNAL IN Connect the antenna
HDMI INPUT
AC IN
Switch of the power supply
AC input socket
MAIN POWER BUTTON
Connect the HDMI output jack of PC and DVD
Connect the R/L Audio output jack of DVD or VCR for CVBS/YPbPr/S-VIDEOCVBS/YPbPr/S-VIDEOAUDIO INPUT
13 CI SLOT CI Slot for Common Interface
13
Introduction
External Equipment Connections
Power Cord Connection
- Connect the power cord correctly as shown.
Antenna Connection
- Press the POWER switch of your LCD TV to switch on the LCD TV. The power indicator on the front panel lights up inRed
7
NOTE: Before connecting any external equipment, turn off all main power for safety.
- Antenna or Cable Service without a Cable Box Connections- For optimum picture quality, adjust antenna direction if needed.
Multi-family Dwellings/Apartments(Connect to wall antenna socket)
Wall Antenna Socket
RF Coaxial Wire(75ohm)
VHF AntennaUHF Antenna
Outdoor Antenna
Single-family Dwellings/Houses(Connect to wall jack for outdoor antenna)
Bronze WireBe careful not to bend the bronze wirewhen connecting the antenna.
In a poor signal area to improve picture quality,purchase and install a signal amplifier.
If the antenna needs to be split for two TV’ s,install a “2-Way signal splitter” in the connections.
If the antenna is not installed properly, Contactyour dealer for assistance .
VHF UHF
SignalAmplifier
Introduction
AV/S-VIDEO INPUT Connection
NOTE: All cables shown are not included with the TV.
- Match the jacks colors: Video=yellow, Audio left=white,and Audio right=red.
- Select the AV input source with using the TV/AV buttonon the remote control.
- Connect the VIDEO and AUDIO output jack of the DVD orVCR to the AV IN jacks on the set using the RCA cable.
Scart ConnectionNOTE: All cables shown are not included with the TV.
1. Connect the scart connector on the external video deviceto the scart connector 1 or 2 on the LCD TV using a scartcable.
- SCART 1 connector supports full scart functions ( CVBS,RGB input / output, TV out ).
- SCART 2 connector supports Y /C input and TV output.
2. Press AV / TV button on the remote control to select SC-ART 1 or SCART 2 which corresponds with your connec-tion.
Input / Output specification
Connector
SCART
Input Output
Y / C RGB AUDIO(L/R) CVBS TV AUDIO(L/R)
8
DVD or VCR
DVD Back
RCA Audio Cable
RCA Video Cable
TV Back
DVD or VCR
Scart cable
DVD or VCR Back
TV Back
- Select the S-VIDEO input source with using the TV/AVbutton on the remote control.
- Connect the S-VIDEO and AUDIO output jack of the DVDor VCR to the S-VIDEO IN and AUDIO IN jacks on the set.
Do not connect both VIDEO and S-VIDEOat the same time.
S-VIDEO OUT
Pb PrY
Introduction
Y/Pb/Pr INPUT Connection
NOTE: All cables shown are not included with the TV.
- Match the jacks colors: Video=yellow, Audio left=white,and Audio right=red.
- Select the AV input source with using the TV/AV buttonon the remote control.
- Connect the VIDEO and AUDIO output jack of the DVDor VCR to the AV IN jacks on the set using the RCA ca-ble.
9
HDDVD,DVD or VCR
DVD Back
RCA Audio Cable Composite Video Cable
TV Back
HDMI Connection- HDMI (High Definition Multimedia Interface) is the first all digital consumer electronics A/V interface that supportsuncompressed standard. One jack supports both video and audio information.
DVD or VCR
DVD or VCR Back
NOTE: All cables shown are not included with the TV.
- Connect HDMI output of the DVD to the HDMI input jackOn the set.
- Select the HDMI input source with TV/AV button.
HDMI OUT
HDMI Cable
Introduction
- This TV provides Plug and Play capability, meaning that the PC adjusts automatically to the TV’ s setting. The TV sendsconfiguration information (EDID) to the PC using the Video Electronics Standard Association(VESA) Display Data Cha-nnel(DDC) protocol.
- Connect the RGB output of the PC to the VGA in jack onthe set.
- Connect the PC AUDIO output of the PC to the PC AUD-IO in jack on the set.
- Turn on the PC and set.
- Select the VGA input source with using TV/AV button onthe remote control.
PC Connection
1. To get the best picture quality, adjust the PC graphics card to 1024 x 768@60Hz.
2. If using a sound card, adjust the PC sound as required.
3.Check the image on your TV, there may be noise because of the resolution, vertical pattern, contrast orbrightness in PC mode. If noise is present, change the PC mode to another resolution, change the refreshrate to another rate or adjust the brightness and contrast on the menu until the picture is clear. If the refreshrate of the PC graphic card can not be changed, change the PC graphic card or consult the manufacturer ofthe PC.
10
VGA Cable
Stereo Audio Cable
AUDIORGB-PC OUTPUT
TV Back
Remote control
11
1. Power: Toggles the unit between power mode and on.
4. ATV/DTV:Press to select ATV/DTV.
3. 0,1~9 / : Channel number/teletext mode pages select (When enter the teletext mode only).
2. MUTE : Press to eliminate or restore the TV sound.
6. VOL : Increase /Decrease volume.7.
8. EXIT: Exit the main menu.9. AUDIO:To set the audio language in the program
+/- : After you enter the Menu,
press the cursor button to select your required functions press ENTER to confirm.
10. TV/RADIO: Press to TV/Radio to select TVor Radio made in sequence.11. MIX: Text and picture will be mixed.12. TTX: Press to enter the teletext mode in TV mode.13. INDEX/FAV: INDEX: Request the index page in teletext mode. FAV: Press to switch to your favorite channels14. SIZE/EPG SIZE: Change the display size in teletext mode. EPG: Electronic program guide.
5. SMODE: To change the Audio reverb. ( Standard, Music,Movie,Sports,User)
1
9
101112
ATV/DTV
SMODE PMODE
INPUT
ENTER
EXIT MENU
TV/RADIO AUDIO NICAM SLEEP
TTX MIX HOLD SUB
FAV EPG Pr.LIST
INDEX DISPLAYSIZE REVEAL
4
6
8
7
5
3
2
13
14
ENTER
Remote control
12
15. PMODE: To change the video picture mode.( Standard,Dynamic,Mild,User)
16. CH+/-: lncrease /Decrease TV channel.
17. INPUT Press to display the source menu.
18. MENU: Display Main OSD Menu.19. NICAM: Change sound mode.According to the input
signal,automatic.
15 20. SLEEP: Press to activate sleep timer.
21. HOLD: Press hold on or off for current page display .22. SUB: Press to select the subtitle on or off.
16 23. DISPLAY: Display program infomation.
24.Pr.LIST/REVEAL:17 REVEAL: Reveals hidden information such as
the answer to a quiz in teletext mode.Pr.LIST: Display channel list
18
19
20
2122
23
24
ATV/DTV
SMODE PMODE
INPUT
ENTER
EXIT MENU
TV/RADIO AUDIO NICAM SLEEP
TTX MIX HOLD SUB
FAV EPG Pr. LIST
INDEX SIZE REVEAL DISPLAY
Product Model TX 32
Screen Size 32" diagonalAspect Ratio 16:9
Receive Channel 48.25MHz~863.25MHz
External Size
Net Weight
Display Resolution 1920(H) x 1080(V) pixels Color 16.7 M colorsView Angle 178º(H)/178º(V)Brightness (Peak Value) Typical 420 cd/m2 (Panel Only)Contrast (Dark Room) TypicalTV System PAL,SECAM
3600:1(PanelOnly)
Sound System BG,I,DK,L,L'
165WPower Supply AC 100~240V, 50/60 HzPower Consumption
Stand-by <3W
795(W)x23 5(D)x580(H) mm (with Stand)
kg (with Stand) 11.6
13
Signal Mode
14
A. VGA Mode
Horizontal VerticalResolution Frequency Frequency
(KHz) (Hz)31.50 60
6060
640 x 48037.90800 x 60048.401024 x 768
1280 x 768 48.36 601360 x 768 47.70 60
B. YPbPr ModeHorizontal Vertical
Resolution Frequency Frequency(KHz) (Hz)
480i(640x480)480p(720x480) 31.47 60.00576i(720x576) 15.625 50.00
480p(720x480) 31.47 60.00576i(720x576) 15.625 50.00
15.734 60.00
576p(720x576) 31.25 50.00720p(1280x720) 45.00 60.00
1080i(1920x1080) 28.13 50.001080i(1920x1080) 33.75 60.001080p(1920x1080) 56.20 50.001080p(1920x1080) 67.50 60.00
C. HDMI ModeHorizontal Vertical
Resolution Frequency Frequency(KHz) (Hz)
480i(640x480) 15.734 60.00
576p(720x576) 31.25 50.00720p(1280x720) 45.00 60.00
1080i(1920x1080) 28.13 50.001080i(1920x1080) 33.75 60.001080p(1920x1080) 56.25 50.001080p(1920x1080) 67.50 60.00
15
Video System PAL, SECAM
Sound system BG,.,DK,I,L/L’ ATV
Max. Storage Channel 200 CH
PC-RGB Format Up to1360x768@60Hz
CVBS 1.0 V P-P+/-%
S-Video S-Y:0.714 Vp-p+/-5% S-C:0.286Vp-p+/-5%
YPBPR/YCBCR 480i,480p,576i,576p,720p,1080i,1080p
HDMI 480i,480p,576i,576p,720p,1080i,1080p
Video Input
SCART SCART1:Full SCART;SCART2:TV;Y/C SCART
S-Video/CVBS/YUV Left and right audio input terminal Audio Input PC-RGB PC:audio input terminal
Requirement 24v,12v,5v
To Panel 12VPower
Management Low power consumption mode; standby＜1w
OSD English, French, italy
Key Functions Input/ Exit, Menu, VoL+/-,CH+/-,Standby-(Control by remote control)
Audio Output 2x10W(8Ω) THD+N＜10% (Power supply 12v)
Panel Up to 1920x1080
Noise Yes
PIP/POP No
NICAM/A2 Yes
TELETEXT 1000Pages
TV Input 1 IEC75Ω
PC-RGB Input 1 D-SUB 15Pin terminal(blue)
S-Video Input 1 S-Video terminal(black)
CVBS Input 1 RCA terminal(yellow)
YPBPR Input 3 RCA terminals(green, blue, red)
HDMI Input 2 HDMI terminals
SCART 2 SCART terminals
CVBS/YpbPr/S-Video Audio Input 2 RCA terminals(white, red)
CI Input 1 SLOT
Input
PC-RGB Audio Input
1earphone terminal(black)
Terminals
output Earphone output
1 PC audio terminal
VHF (174MHz – 230MHz) Tuner receiving range
UHF (474MHz -862MHz)
Input impedance 75 Ω
Channel bandwidth 7MHz/8MHz
Modulation COFDM 2K/8K QPSK, 16QAM, 64QAM
Video System MPEG-2 MP@ML
Sound System MPEG-1 layer 1,2
EPG, Subtitle, Teletext (EURO), Basic Functions
DVB-T
16
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PANELPOWER CONTROL
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SY8924 is selected:
PAL/NTSC_SW: 0 5.5/6.0/6.5MHz(Pin 2 Input)
PAL/NTSC_SW: 1 L/L'(Pin 1 Input)
SY8924:BG/DK/I/L/L'
SW03:PAL/NTSC/SECAM(38.9MHz)
PICTURE SAWF NOTE:
SOUND SAWF NOTE:
P/N: 1 SECAM L/L' Positive Video
P/N: 0 PAL/NTSC/SECAM(BG,DK) Negative video.
CLOSE TO MSD109
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010
0pF/
50V
C10
222
0nF
C10
222
0nF
R14
615
0R
146
150
U10
198
85/9
886
U10
198
85/9
886
VIF1 1VIF2 2OUTPUT1 3FMPLL 4DEEM 5AFD 6DGND 7AUDIO_OUT 8TOP 9SDA 10SCL 11SIF/MAD 12NC13 TUNER_AGC14 REF15 VAGC16 CVBS_OUT17 AGND18 VPLL19 VCC20 AFC21 OUTPUT222 SIF123 SIF224
R15
5
0
R15
5
0
R12
9N
C/2
KR
129
NC
/2K
R11
615
0R
116
150
Q11
039
04Q
110
3904
1
23
R10
356
KR
103
56K
R15
910
KR
159
10K
C12
20.
1uF
C12
20.
1uF
R14
515
0R
145
150
R15
230
0R
152
300
C12
322
0nF
C12
322
0nF
Q11
239
04Q
112
3904
1
23
R11
1N
CR
111
NC
+C
E132
100u
F/16
V
+C
E132
100u
F/16
VC11
710
0pF/
50V
C11
710
0pF/
50V
R13
30.
68 o
hm(1
/4W
)(SM
D)
R13
30.
68 o
hm(1
/4W
)(SM
D)
C10
00.
1uF
C10
00.
1uF
C11
20.
1uF
C11
20.
1uF
Q10
0N
CQ
100
NC
123
C10
410
nFC
104
10nF
R11
910
KR
119
10K
C13
00.
1uF
C13
00.
1uF
C14
010
nFC
140
10nF
R10
210
0R
102
100
C10
947
0nF
C10
947
0nF
R14
9N
CR
149
NC
R12
410
KR
124
10K
C10
122
0nF
C10
122
0nF
R15
1N
C/0
RR
151
NC
/0R
R12
520
0R
125
200
R13
010
KR
130
10K
SW1 SW
03
SW1 SW
03
INP
UT1
1
INP
UT2
2
GND 3
OU
TPU
T24
OU
TPU
T15
R13
410
0R
134
100
C10
3
0.1u
F
C10
3
0.1u
F
R10
910
KR
109
10K
R12
62.
2KR
126
2.2K
+C
E134
220u
F/16
V
+C
E134
220u
F/16
V
R10
15.
6KR
101
5.6K
+C
E113
470u
F/16
V+
CE1
1347
0uF/
16V
C11
5
22pF
C11
5
22pF
D10
2IS
S381
D10
2IS
S381
R11
810
0R
118
100
R12
347
KR
123
47K
C11
0
1nF
C11
0
1nF
R16
20R
162
0
C12
1N
CC
121
NC
C10
5
0.1u
F
C10
5
0.1u
F
Q10
939
04Q
109
3904
1
23
C10
80.
1uF
C10
80.
1uF
R12
2
47K
R12
2
47K
C11
910
0pF/
50V
C11
910
0pF/
50V
Q10
739
06Q
107
3906
1
32
R11
410
0R
114
100
R12
8
0
R12
8
0
C12
41.
5nF
C12
41.
5nF
R10
71k
R10
71k
+C
E105
220u
F/16
V+
CE1
0522
0uF/
16V
C11
60.
1uF
C11
60.
1uF
C11
10.
1uF
C11
10.
1uF
R10
610
0R
106
100
+
CE1
0310
0uF/
16V
+
CE1
0310
0uF/
16V
C11
810
0pF/
50V
C11
810
0pF/
50V
R15
6
0
R15
6
0
R14
730
0R
147
300
R12
7
47
R12
7
47
R13
110
0R
131
100
R14
830
0R
148
300
R10
410
0R
104
100
R11
2N
CR
112
NC
C10
639
0pF
C10
639
0pF
C13
90.
1uF/
25V
C13
90.
1uF/
25V
R12
110
KR
121
10K
C10
710
nFC
107
10nF
D10
1N
CD
101
NC
R13
710
KR
137
10K
+C
E100
100u
F/16
V
+C
E100
100u
F/16
V
R14
215
0R
142
150
SW2
8924
SW2
8924
INP
UT1
1
INP
UT2
2
GND 3
OU
TPU
T24
OU
TPU
T15
Q11
339
04Q
113
3904
1
23
C12
6
0.1u
F
C12
6
0.1u
F
Q10
239
04Q
102
3904
1
23
R13
210
0R
132
100
R14
315
0R
143
150
U10
0 DTT
3MD
01H
E
U10
0 DTT
3MD
01H
E
Bod
y14
Bod
y15
AS
3S
CL
4
XTA
L6
SD
A5
DF2
11
IF A
GC
9D
F110
Bod
y13
Bod
y12
5V1
AG
C2
5V7
IF O
UT
8
C12
547
0nF
C12
547
0nF
R12
010
KR
120
10K
R10
075R
100
75
Q10
839
04Q
108
3904
1
23
18
5 5
4 4
3 3
2 2
1
DD
CC
BB
AA
TS_M
DI2
IFin
d
#IFi
nd#I
F_O
UT
IF_O
UT
TS_M
DI7
TS_M
DI5
TS_M
DI6
TS_M
DI4
TS_M
DI3
TS_M
DI0
TS_M
DI1
TS1_
CK
TS1_
DO
TS1_
STAR
TTS
1_VA
LID
T_SC
L
TS1_
CK
T_SD
A
TS1_
DO
TS1_
VALI
DTS
1_ST
ART
T_SC
LT_
SDA
D_S
DA
D_S
CL
AVD
D
VCC3.3_DE_2
VCC
3.3_
DE
+5V_
A
VCC
3.3_
DE_
1
VCC
3.3_
DE
VCC
1.8_
DE
+5V
+3.3
V
PLLV
DD
VCC
1.8_
DE
+5V
VC
C3.
3_D
E_2
VC
C3.
3_D
E_3
VC
C3.
3_D
E_4
VC
C3.
3_D
E_1
VC
C3.
3_D
E_5
+3.3
VVCC3.3_DE_3VCC3.3_DE_4VCC3.3_DE_5
PLLV
DD
AVD
DVc
ore_
1Vc
ore_
2Vc
ore_
3Vc
ore_
4Vc
ore_
5Vc
ore_
6
Vcore_1Vcore_2Vcore_3Vcore_4Vcore_5Vcore_6
IF_A
GC
6
T_SD
A6
T_SC
L6
TS1_
DO
13
TS1_
CK1
3
SDA_
3.3V
2,5
SCL_
3.3V
2,5 SY
S-R
ESET
5
IF_O
UT
6
TSST
ART
7
TS_M
DI[7
:0]
7
TSC
LK7
#IF_
OU
T6
TS1_
VALI
D1
3TS
1_ST
ART1
3
TSVA
LID
7
R17
30
R17
30
R19
010
0RR
190
100R
C13
1
0.1u
F
C13
1
0.1u
F
R18
133
R18
133
C15
1
100p
FC15
1
100p
F
R17
74.
7KR
177
4.7K
R18
00/
NC
R18
00/
NC
C14
5
0.1u
F
C14
5
0.1u
F
U11
4
INT6
353
U11
4
INT6
353
VIN
30
VIN
31
AGC
142
AGC
2/G
PP2
41AV
DD
28AG
ND
29AG
ND
32VD
D33
RFL
EV34
PLLV
DD
21PL
L1TE
ST26
PLLG
ND
22
GPP
343
CLK
2/G
PP0
35D
ATA2
/GPP
136
XTO 24
XTI 23
OSCMODE 27
VSS 1VSS 3VSS 8VSS 14VSS 20VSS 25VSS 38VSS 40VSS 46VSS 55VSS 60
RES
ET9
CLK
14
DAT
A15
IRQ
6
SLEE
P10
STAT
US
11
BKER
R62
MO
STR
T47
MO
VAL
48
MD
O7
58M
DO
657
MD
O5
56M
DO
453
MD
O3
52M
DO
251
MD
O1
50M
DO
049
MO
CLK
61M
ICLK
63
SADD018 SADD117 SADD216 SADD315 SADD412
SMTEST44
CVDD64 CVDD59 CVDD39 CVDD37 CVDD19 CVDD7
VDD54 VDD45 VDD13 VDD2
R19
12W
1R
191
2W1
C12
8
0.1u
F
C12
8
0.1u
F
R13
9N
CR
139
NC
+C
E121
100u
F/16
V+C
E121
100u
F/16
V
R19
310
KR
193
10K
R14
133
R14
133
C12
710
0pF/
50V
C12
710
0pF/
50V
R17
110
0R
171
100
C12
90.
1uF
C12
90.
1uF
75
31
86
42
RP1
1447
X4
75
31
86
42
RP1
1447
X4
C16
9
0.1u
F
C16
9
0.1u
F
L121
60oh
m/1
00M
Hz
L121
60oh
m/1
00M
Hz
C16
622
pFC
166
22pF
R15
433
R15
433
C15
2
100p
F
C15
2
100p
F
C14
1
0.1u
F
C14
1
0.1u
F
U11
1AM
S111
7-1.
8U
111
AMS1
117-
1.8
VIN
3
GND 1VOU
T2
Vout
4
X110
20.4
8MH
Z
X110
20.4
8MH
Z
R14
433
R14
433
R17
010
0R
170
100
C16
733
pFC
167
33pF
C13
4
0.1u
F
C13
4
0.1u
F
R13
5
1KR13
5
1K
C16
522
nFC
165
22nF
R17
80R
R17
80R
+C
E122
100u
F/16
V+
CE1
2210
0uF/
16V
C19
222
pFC
192
22pF
R15
033
R15
033
R19
410
KR
194
10K
C14
8
0.1u
F
C14
8
0.1u
F
R13
810
KR
138
10K
7 5 3 1
8 6 4 2
RP1
1233
X4
7 5 3 1
8 6 4 2
RP1
1233
X4
R19
2
2W1
R19
2
2W1
C19
910
0pF/
50V
C19
910
0pF/
50V
R15
78.
2KR
157
8.2K
C14
7
0.1u
F
C14
7
0.1u
F
R16
0
2.2M
R16
0
2.2M
7 5 3 1
8 6 4 2
RP1
1333
X4
7 5 3 1
8 6 4 2
RP1
1333
X4
+C
E124
100u
F/16
V
+C
E124
100u
F/16
V
R14
033
R14
033
C14
6
0.1u
F
C14
6
0.1u
F
L113
60oh
m/1
00M
Hz
L113
60oh
m/1
00M
Hz
+C
E120
100u
F/16
V
+C
E120
100u
F/16
V
C17
133
pFC
171
33pF
R10
8ncR
108
nc
R15
333
R15
333
R17
51K
R17
51K
R18
910
0RR
189
100R
C13
6
0.1u
F
C13
6
0.1u
F
C14
2
0.1u
F
C14
2
0.1u
FC
168
0.1u
F
C16
8
0.1u
F
19
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
PCM
_CD
2_N
PCM
_CD
1_N
PCM
_CD
_N
PCM
_CD
_N
PCM
_WAI
T_N
PCM
_RES
ET
TS_D
4
TS_M
DO
0TS
_MD
O1
TS_M
DO
2TS
_MD
O3
TS_M
DO
4TS
_MD
O5
TS_M
DO
6TS
_MD
O7
TS_M
DO
[7:0
]
TS_D
5TS
_D6
TS_D
7
TS_D
[7:0
]TS
_D0
TS_D
1TS
_D2
TS_D
3
TS_M
OST
ART
TS_M
OVA
L
TS_M
OC
LK
TS_M
DO
7
PCM
_D7
PCM
_D6
PCM
_D5
PCM
_D4
PCM
_D3
PCM
_D2
PCM
_D1
PCM
_D0
PCM
_A14
PCM
_A13
PCM
_A12
PCM
_A11
PCM
_A10
PCM
_A9
PCM
_A8
TS_M
DO
6
PCM
_WAI
T_N
TS_M
DO
5TS
_MD
O4
TS_M
OC
LK
PCM
_RES
ET
TS_M
DO
3
PCM
_CD
1_N
TS_M
DO
2
PCM
_CD
2_N
TS_M
OST
ART
PCM
_A6
PCM
_A5
PCM
_A7
PCM
_A4
TS_M
DO
1
PCM
_A3
PCM
_A2
PCM
_A1
PCM
_A0
TS_M
OVA
L
TS_M
DO
0
PCM
_A[1
4:0]
PCM
_D[7
:0]
PCM
_IR
QA_
N
TS_M
DI7
TS_M
DI0
TS_M
DI1
TS_M
DI2
TS_M
DI3
TS_M
DI5
TS_M
DI4
TS_M
DI6
+3.3
Vstb
+3.3
Vstb
VCC
-PC
MC
IA
VCC
-PC
MC
IA
+3.3
Vstb
+3.3
V
+3.3
V
+5V
VCC
-PC
MC
IA
+5V
+3.3
Vstb
+3.3
Vstb
VCC
-PC
MC
IA
PCM
_RES
ET3
PCM
_WAI
T_N
3 TS_C
LK3
TS_M
OST
ART0
3TS
_MO
VAL0
3
PCM
_CD
_N3
TS_D
[7:0
]3
PCM
_IO
WR
_N
PCM
_CE_
NPC
M_R
EG_N
PCM
_OE_
NPC
M_W
E_N
PCM
_IO
RD
_N
PCM
_A[1
4:0]
PCM
_D[7
:0]
PCM
_VS1
PCM
_VS1
PCM
_PW
R_C
TL1
PCM
_PW
R_C
TL
TSVA
LID
TSC
LKTS
STAR
T
TS_M
DI[7
:0]
LOW:
ON
HIGH
: OF
F
R16
310
KR
163
10K
R18
310
0R
183
100
R1884.7K
R1884.7K
R18
64.
7KR
186
4.7K
7531
8642
RP1
4410
0X4
7531
8642
RP1
4410
0X4
R1854.7K R1854.7K
C14
40.
1uF
C14
40.
1uF
7531
8642
RP1
4310
0X4
7531
8642
RP1
4310
0X4
C16
00.
1uF
C16
00.
1uF
R17
94.
7KR
179
4.7K
Q10
439
04Q
104
3904
1
3 2
R16
510
0R
165
100
R1844.7K R1844.7K
U10
2C
EM49
53U
102
CEM
4953
S11
G1
2S2
3G
24
D1
8D
17
D2
6D
25
C164 NCC164 NC
VCC
GNDU12
7
NC
7SZ3
2
VCC
GNDU12
7
NC
7SZ3
2
1 24
3
5
R16
710
0R
167
100
Q10
139
04Q
101
3904
1
3 2
R17
44.
7KR
174
4.7K
C14
3
0.1u
F
C14
3
0.1u
F
CN
101
CN
101
11
33
55
77
99
1111
1313
1515
1717
1919
22
44
66
88
1010
1212
1414
1616
1818
2020
R18
74.
7KR
187
4.7K
C15
0
0.1u
F
C15
0
0.1u
F
R17
210
KR
172
10K
CN
100
DIP
-50(
2*25
)C
N10
0D
IP-5
0(2*
25)
11
33
55
77
99
1111
1313
1515
1717
1919
2121
2323
2525
2727
2929
3131
3333
3535
22
44
66
88
1010
1212
1414
1616
1818
2020
2222
2424
2626
2828
3030
3232
3434
3636
3737
3838
3939
4040
4141
4242
4343
4444
4545
4646
4747
4848
4949
5050
R17
64.
7KR
176
4.7K
R16
91K
R16
91K
R15
84.
7KR
158
4.7K
R16
8
4.7K
R16
8
4.7K
Q10
339
04Q
103
3904
1
3 2
R16
44.
7KR
164
4.7K
R16
610
0R
166
100
R16
110
0R
161
100
R18
21KR
182
1K
C16
32.
2uF
C16
32.
2uF
20
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
WEZ
MC
LK+
MC
LK-
CKE
CKE
LDQ
S0
MC
LK-
DQ
M1
MC
LK+
CLK
N0
MD
ATA[
15:0
]
DAT
A11
DAT
A10
DAT
A9D
ATA8
DAT
A15
DAT
A14
DAT
A13
DAT
A12
DQ
S[1:
0]
DQ
M[1
:0]
MD
ATA[
15:0
]
MC
KE
MAD
R[1
2:0]
CAS
Z
DQ
S0M
VREF
-1
BA0
BA0
BA1
DAT
A0
DAT
A4
DAT
A7D
ATA6
DAT
A5M
DAT
A4
MD
ATA0
MD
ATA7
MD
ATA2
MD
ATA1
MD
ATA3
MD
ATA6
MD
ATA5
MAD
R7
MAD
R1
MAD
R1
MAD
R5
MAD
R6
MAD
R3
MAD
R4
MAD
R8
MAD
R2
MAD
R9
MAD
R[1
2:0]
WEZ
M0
DAT
A1
UD
M0
CAS
ZM0
MAD
R0
DAT
A3M
ADR
11D
ATA2
MAD
R10
UD
QS0
MD
ATA1
0
MD
ATA1
3
MD
ATA9
MD
ATA1
1
MD
ATA1
4M
DAT
A15
MD
ATA1
2
MD
ATA8
CAS
ZW
EZ
MBA
0
DQ
S1
RAS
ZM0
RAS
Z
MBA
1
LDM
0D
QM
0
RAS
Z
DD
R_+
2.5V
-3
DD
R_+
2.5V
-1D
DR
_+2.
5V-2
DD
R_+
2.5V
-8
CLK
0
DD
R_+
2.5V
-4D
DR
_+2.
5V-5
BA1
DD
R_+
2.5V
-6D
DR
_+2.
5V-7
MAD
R12
DD
R_+
2.5V
-1
DD
R_+
2.5V
-2
DD
R_+
2.5V
-3
DD
R_+
2.5V
-4
DD
R_+
2.5V
-5
DD
R_+
2.5V
-6
DD
R_+
2.5V
-7
MVR
EF-1
+2.6
Vst
b
+2.6
Vst
b
MD
ATA[
15:0
]3
MC
LK+
3M
CLK
-3
CKE
3W
EZ3
CAS
Z3
RAS
Z3
DQ
M[1
:0]
3
BA0
3BA
13
DQ
S[1:
0]3
MAD
R[1
2:0]
3
Close to MStar IC
Close to Mstar IC
Close to DDR-SDRAM
Close to MStar IC
DD
R-S
DR
AM
DA
TA
[15:
0]
2M X 16bit X 4BK
Close to DRAM
Close to DDR-SDRAM
Close to MStar IC
DD
R-S
DR
AM
DA
TA
[15:
0] P
ower
410m
A
R22
222
RR
222
22R
7 5 3 1
8 6 4 2
RP2
1110
0X4
7 5 3 1
8 6 4 2
RP2
1110
0X4
R21
710
0R
217
100
R21
910
0R
219
100
C21
3
0.1u
F
C21
3
0.1u
F
R22
322
RR
223
22R
+C
E200
470u
F/16
V
+C
E200
470u
F/16
V
R20
2
10K
R20
2
10K
C20
8
0.1u
F
C20
8
0.1u
F
R21
510
0R
215
100
R22
122
RR
221
22R
C21
1
0.1u
F
C21
1
0.1u
F
C20
4
0.1u
F
C20
4
0.1u
F
R21
322
RR
213
22R
L204
60oh
m/1
00M
Hz
L204
60oh
m/1
00M
Hz
R21
810
0R
218
100
L202
60oh
m/1
00M
Hz
L202
60oh
m/1
00M
Hz
R21
110
0R
211
100
R21
610
0R
216
100
7 5 3 1
8 6 4 2
RP2
1210
0X4
7 5 3 1
8 6 4 2
RP2
1210
0X4
R21
210
0R
212
100
L208
60oh
m/1
00M
Hz
L208
60oh
m/1
00M
Hz
R21
010
KR
210
10K
C21
4
1nF
C21
4
1nF
R22
015
0R_1
%R
220
150R
_1%
L201
60oh
m/1
00M
Hz
L201
60oh
m/1
00M
Hz
R21
422
RR
214
22R
C20
2
0.1u
F
C20
2
0.1u
F
7 5 3 1
8 6 4 2
RP2
1310
0X4
7 5 3 1
8 6 4 2
RP2
1310
0X4
C21
0
0.1u
F
C21
0
0.1u
F
7 5 3 1
8 6 4 2
RP2
1010
0X4
7 5 3 1
8 6 4 2
RP2
1010
0X4
L206
60oh
m/1
00M
Hz
L206
60oh
m/1
00M
Hz
C20
7
0.1u
F
C20
7
0.1u
F
C20
6
0.1u
F
C20
6
0.1u
F
U20
1H
YB25
DC
2561
63C
E-4
256
Mb_
TSO
P66
U20
1H
YB25
DC
2561
63C
E-4
256
Mb_
TSO
P66
A029
A130
A231
A332
A435
A536
A637
A738
A839
A940
A10/
AP28
A11
41
DQ
02
DQ
14
DQ
25
DQ
37
DQ
48
DQ
510
DQ
611
DQ
713
DQ
854
DQ
956
DQ
1057
DQ
1159
DQ
1260
DQ
1362
DQ
1463
DQ
1565
BA0
26BA
127
CS
24
RAS
23C
AS22
WE
21
LDM
20U
DM
47
LDQ
S16
UD
QS
51
CKE
44C
LK45
CLK
46
MVD
D1
MVD
D18
MVD
D33
VDD
Q3
VDD
Q9
VDD
Q15
VDD
Q55
VDD
Q61
VSS
34VS
S48
VSS
66VS
SQ6
VSSQ
12
VSSQ
58VS
SQ64
VREF
49
VSSQ
52
NC
14N
C17
NC
19N
C25
NC
43
NC
53N
C50
NC
42
C20
9
0.1u
F
C20
9
0.1u
F
21
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
HDMI2-RX2+
HD
MI3
-SC
L
HD
MI3
-HPD
HD
MI_
VCC
_3.3
-2
GN
D-O
UT
HD
MI2
-HPD
HD
MI_
S3/A
DD
R
HD
MI1
-HPD
HD
MI1
-SD
A
HD
MI-D
DC
-SD
A
HD
MI1
-SC
L
HD
MI-D
DC
-SC
L
HD
MI2
-5V
HD
MI-H
PD
HD
MI_
VCC
_3.3
-5
HD
MI1
-RX2
+H
DM
I1-R
X2+
HD
MI3
-HPD
HD
MI3
-RXC
-
HD
MI1
-RX0
+
HD
MI_
VCC
_3.3
-6H
DM
I2-S
CL
HD
MI2
-SD
A
HD
MI1
-RX0
+
HD
MI3
-RXC
+
HD
MI1
-RX0
-
HD
MI1
-RXC
+
HD
MI3
-RX0
-
HD
MI1
-5V
HD
MI1
-RXC
-H
DM
I1-R
X0-
HD
MI3
-RX0
+
HD
MI2
-RX2
+
HD
MI1
-RX2
+
HDMI2-RXC-
HD
MI3
-RX1
-
HD
MI2
-RX2
-
HD
MI2
-RX1
+
HD
MI2
-RX2
+
HD
MI1
-RX2
-
HD
MI3
-SD
A
HD
MI3
-RX1
+H
DM
I3-R
X1-
HD
MI3
-RX2
-
HD
MI3
-RX0
+H
DM
I3-R
X0-
HD
MI3
-RXC
+H
DM
I3-R
XC-
HD
MI3
-HPD
HD
MI3
-RX2
+
HD
MI3
-SC
L
HDMI2-RXC+
HD
MI3
-RX1
+
HD
MI2
-RX2
-
HD
MI2
-RX1
-
HD
MI1
-RX1
+
HD
MI2
-RX0
+
HD
MI3
-RX2
-
HDMI2-RX0-
HD
MI2
-RX1
+
HD
MI1
-RX1
-
HD
MI3
-RX2
+
HD
MI_
VCC
_3.3
-9
HD
MI2
-RX0
-
HD
MI2
-RX1
-
HDMI2-RX0+
HD
MI2
-RXC
+
HD
MI1
-RX0
+
HD
MI2
-RXC
-
HD
MI2
-RX0
+
HDMI2-RX1-
HD
MI1
-RXC
-H
DM
I1-R
XC-
HD
MI2
-RX0
-
HD
MI1
-RX0
-
HDMI2-RX1+
HD
MI2
-RXC
+
HD
MI1
-RXC
+
HDMI2-RX2-
HD
MI2
-RXC
-
HD
MI1
-RXC
-
HD
MI3
-SD
A
HD
MI_
S2/S
CL
HD
MI1
-RX2
-H
DM
I1-R
X2-
HD
MI_
S1/S
DA
HD
MI1
-RXC
+H
DM
I1-R
XC+
HD
MI2
-RX2
+
HD
MI2
-RX1
-
HD
MI2
-RXC
-
HD
MI1
-RX1
+H
DM
I1-R
X1+
HD
MI1
-RX1
-H
DM
I1-R
X1-
HD
MI_
VCC
_3.3
-8
HDMI_VCC_3.3-7
HD
MI_
VCC
_3.3
-9
+3.3
V
HD
MI_
VCC
_3.3
-5
+5V
HD
MI_
VCC
_3.3
-4+3
.3V
+5V
+3.3
V
HDMI_VCC_3.3-6
HDMI_VCC_3.3-1
+3.3
V
HD
MI3
-5V
+3.3
V_O
UT
+5V_
OU
T
HD
MI3
-5V
+3.3
V
HDMI_VCC_3.3-2
HDMI_VCC_3.3-3
+3.3V
+5V
HD
MI_
HPD
CTR
L
HD
MI_
SCL
HD
MI-R
XC-
HD
MI-R
XC+
HD
MI-R
X0-
HD
MI-R
X0+
HD
MI-R
X1-
HD
MI-R
X1+
SCL_
3.3V
HD
MI-R
X2-
SDA_
3.3V
HD
MI-R
X2+
HD
MI_
SDA
HD
MI_
WP
C34
30.
1uF
C34
30.
1uF
C306 100pF/NCC306 100pF/NC
R28
137
KR
281
37K
L315
60oh
m/1
00M
Hz
L315
60oh
m/1
00M
Hz
C367 100pF/NCC367 100pF/NC
R265 47KR265 47K
C366 100pF/NCC366 100pF/NC
C314 0.1uFC314 0.1uF
CN
301
HD
MI_
2
CN
301
HD
MI_
2
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA
0+7
DA
TA0
SH
IELD
8D
ATA
0-9
CLK
+10
CLK
SH
IELD
11C
LK-
12C
EC
13N
C14
SC
L15
SD
A16
DD
C/C
EC
GN
D17
+5V
PO
WE
R18
HO
T P
LUG
19
GN
D1
20
GN
D2
21
GN
D3
22
GN
D4
23
C36
410
0pF/
NC
C36
410
0pF/
NC
R27
91K
R27
91K
R28
4N
C/0
R28
4N
C/0
R267 47KR267 47K
R27
61K
R27
61K
C34
00.
1uF
C34
00.
1uF
C315 100PFC315 100PF
R25
010
0R
250
100
R27
047
KR
270
47K
R25
510
0R
255
100
R25
110
0R
251
100
R27
51K
R27
51K
C309
100pF/NC
C309
100pF/NC
C334 4.7uF/16VC334 4.7uF/16V
R264 47KR264 47K
C308 100pF/NCC308 100pF/NC
C307 100pF/NCC307 100pF/NC
R25
310
0R
253
100
R25
810
0R
258
100
C33
60.
1uF
C33
60.
1uF
U30
2PS
321
U30
2PS
321
PC0/I2C_RST 1SDA1 2SCL1 3GND 4B11 5A11 6VCC 7B12 8A12 9GND 10B13 11A13 12VCC 13B14 14A14 15GND 16VCC 17REXT/ /VSADJ 18NC/ /PRE 19PC1/POWDN 20S
1/S
DA
_CTL
21S
2/S
CL_
CTL
22S
3/I2
C_A
DD
R23
GN
D24
Y4
25Z4
26V
CC
27Y
328
Z329
GN
D30
Y2
31Z2
32V
CC
33Y
134
Z135
GN
D36
GN
D/I2
C_C
TL_E
N/G
ND
37S
CL_
SIN
K38
SD
A_S
INK
39H
PD
_SIN
K40
NC/POW_SINK41 OE#42 VCC/POW343 HPD344 SDA345 SCL346 GND47 B3148 A3149 VCC50 B3251 A3252 GND53 B3354 A3355 VCC56 B3457 A3458 GND59 CEXT60
VC
C/P
OW
261
HP
D2
62S
DA
263
SC
L264
GN
D/E
DID
_BR
G_E
N65
GN
D66
B21
67A
2168
VC
C69
B22
70A
2271
GN
D72
B23
73A
2374
VC
C75
B24
76A
2477
GN
D78
HP
D1
80V
CC
/PO
W1
79
CN
313
side
ctl
CN
313
side
ctl 1
12
23
34
45
56
6
L316
60oh
m/1
00M
Hz
L316
60oh
m/1
00M
Hz
Q30
139
04Q
301
3904
1
2 3
R25
710
0R
257
100
R283
37K
R283
37K
R26
94.
7KR
269
4.7K
R28
237
KR
282
37K
R266 47KR266 47K
C33
90.
1uF
C33
90.
1uF
U30
0
24C
04
U30
0
24C
04
A0
1A
12
A2
3G
ND
4S
DA
5S
CL
6W
P7
VC
C8
C312 100pFC312 100pF
R297 4.7KR297 4.7K
R26
010
0R
260
100
R298 4.7KR298 4.7K
R263 47KR263 47K
+C
E306
100u
F/16
V+
CE3
0610
0uF/
16V
CN
392
DIP
-20(
2*10
)
CN
392
DIP
-20(
2*10
)
11
33
55
77
99
1111
1313
1515
1717
1919
22
44
66
88
1010
1212
1414
1616
1818
2020
C316 100PFC316 100PF
R25
610
0R
256
100
R25
210
0R
252
100
R27
247
KR
272
47K
L310
60oh
m/1
00M
Hz
L310
60oh
m/1
00M
Hz
C36
510
0pF/
NC
C36
510
0pF/
NC
R299
500_1%
R299
500_1%
R277
1K
R277
1K
C313 100pFC313 100pF
CN
300
HD
MI_
1
CN
300
HD
MI_
1
DA
TA2+
1D
ATA
2 S
HIE
LD2
DA
TA2-
3D
ATA
1+4
DA
TA1
SH
IELD
5D
AT1
A-
6D
ATA
0+7
DA
TA0
SH
IELD
8D
ATA
0-9
CLK
+10
CLK
SH
IELD
11C
LK-
12C
EC
13N
C14
SC
L15
SD
A16
DD
C/C
EC
GN
D17
+5V
PO
WE
R18
HO
T P
LUG
19
GN
D1
20
GN
D2
21
GN
D3
22
GN
D4
23
R27
31K
R27
31K
R27
1 47K
R27
1 47K
R25
910
0R
259
100
R29
610
KR
296
10K
CN
393
DIP
-20(
2*10
)
CN
393
DIP
-20(
2*10
)1
13
35
57
79
911
1113
1315
1517
1719
19
22
44
66
88
1010
1212
1414
1616
1818
2020
R268 47KR268 47K
22
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
VG
A-B
VG
A-G
VG
A-R
RG
B_G
+R
GB
_B+
RG
B_R
+
VG
A-B
VG
A-G
SID
E_P
BIN
VG
A-R
SID
E_P
RIN
SID
E_Y
IN
SP
DIF
OU
T
F-S
CA
RT-
AU
DIO
-IN-R
F-S
CA
RT-
AU
DIO
-IN-L
F_S
CA
RT_
OU
T_C
VB
S
F-S
CA
RT-
RF-
SC
AR
T-G
F-S
CA
RT-
B
F-S
CA
RT-
BLA
NK
ING
F-S
CA
RT_
FUN
CTI
ON
_SW
ITC
HIN
G
F-S
CA
RT-
OU
T-L
F-S
CA
RT-
AU
DIO
-OU
T-R
F-S
CA
RT-
AU
DIO
-OU
T-L
F-S
CA
RT-
OU
T-R
F-S
CA
RT-
R-IN
F-S
CA
RT-
CV
BS
-IN
F-S
CA
RT-
L-IN
RX
D/S
CL_
PC
VG
A-B
VG
A-R
RX
D/S
CL_
ED
ID
VG
A-G
TXD
/SD
A_P
C
H-S
CA
RT-
AU
DIO
-IN-L
H-S
CA
RT-
CV
BS
/Y
H-S
CA
RT-
CV
BS
/Y
H_S
CA
RT_
OU
T_C
VB
S
H-S
CA
RT-
C
H-S
CA
RT-
OU
T-L
H-S
CA
RT-
FS
H-S
CA
RT-
AU
DIO
-OU
T-L
H-S
CA
RT-
AU
DIO
-OU
T-R
H-S
CA
RT-
AU
DIO
-IN-R
H-S
CA
RT-
OU
T-R
H-S
CA
RT-
R-IN
H-S
CA
RT_
FUN
CTI
ON
_SW
ITH
CIN
GS
H-S
CA
RT-
C
H-S
CA
RT-
L-IN
AV
3_R
_IN
AV
/S-V
IDE
O_R
_IN
AV
/S-V
IDE
O_L
_IN
AV
3_L_
IN
SID
E_Y
PB
PR
_R_I
N
SID
E_P
BIN
SID
E_Y
PB
PR
_R_I
N
SID
E_P
RIN
SID
E_Y
PB
PR
_L_I
NS
IDE
_YP
BP
R_L
_IN
SID
E_Y
IN
4052
-A0
4052
-R-IN
AV
/S-V
IDE
O_L
_IN
AV
/S-V
IDE
O_R
_IN
SID
E_Y
PB
PR
_R_I
N
SID
E_Y
PB
PR
_L_I
N40
52-L
-IN
4052
-R-IN
4052
-L-IN
4052
-SW
0
4052
-L-IN
AV
/S-V
IDE
O_R
_IN
AV
/S-V
IDE
O_L
_IN
SID
E_Y
PB
PR
_L_I
N
SID
E_Y
PB
PR
_R_I
N
D_O
N/O
FF
MO
NO
4052
-SW
1
4052
-A1
MO
NO
5VP
I+5
V
+5V
stb
+5V
+5V
stb
+5V
+5V
+5V
+5V
RG
B_S
OG
3
RG
B_R
+3
RG
B_G
+3
RG
B_B
+3
HD
-VS
W0
3
DV
D_O
N/O
FF
SP
DIF
O3
F-S
CA
RT-
BLA
NK
ING
F-S
CA
RT-
L-IN
F-S
CA
RT-
R-IN
F-S
CA
RT-
OU
T-L
F-S
CA
RT-
OU
T-R
F-S
CA
RT-
SO
G
F-S
CA
RT-
R
F-S
CA
RT-
FS
F-S
CA
RT-
GF-
SC
AR
T-B
F-S
CA
RT-
CV
BS
-IN
RX
D/S
CL_
PC
TXD
/SD
A_P
C
VG
A-L
-INV
GA
-R-IN
VG
A-H
SV
GA
-VS
H-S
CA
RT-
FS
H-S
CA
RT-
C
H-S
CA
RT-
CV
BS
/Y
H-S
CA
RT-
L-IN
H-S
CA
RT-
R-IN
H-S
CA
RT-
OU
T-L
H-S
CA
RT-
OU
T-R
F-S
CA
RT-
OU
T_C
VB
S
H-S
CA
RT-
OU
T_C
VB
S
SID
E_S
-VID
EO
-Y
SID
E_S
-VID
EO
-C
SID
E_A
V
4052
-SW
0
4052
-L-IN
4052
-R-IN
OFF
_MU
TE
OFF
_MU
TE
OFF
_MU
TEO
FF_M
UTE
PC
_WP
MO
NO
4052
-SW
1
DVD CONTROL
SCART1(FULL SCART)
CLOSED TO MSD109SPDIF Output
PIN 08:FUNCTION SWITCHING(Impedance<10K):
Level 0: 0V-2V TV Broadcast Reproduction
Level 1A: 4.5V-7V 16:9 is displayed,if the external equipment is designed to display in this aspect ratio.
Level 1B: 9.5V-12V Peritelevision(external equipment) reproduction.
Logical "1"(1V-3V) corresponds to blanking active:extermal RGB may be first displayed.
PIN 16 FAST BLANKING(Impedance 75ohm):
Logical "0"(0V-0.4V) CVBS is displayed.
A:Amplifer
E:Earphone
S:Speaker
VGA
PIN 08:FUNCTION SWITCHING(Impedance<10K):
Level 0: 0V-2V TV Broadcast Reproduction
Level 1A: 4.5V-7V 16:9 is displayed,if the external equipment is designed to display in this aspect ratio.
Level 1B: 9.5V-12V Peritelevision(external equipment) reproduction.
SCART2(HALF SCART)
4052-SW1 4052-SW0
1 1 AV/S-VIDEO_L/R
0 1 MONO
1 0 SIDE_YPBPR_L/R
R35
6N
C/0
R35
6N
C/0
C32
10.
1uF
C32
10.
1uF
R36
70/
NC
R36
70/
NC
+
CE
309
22uF
/16V
+
CE
309
22uF
/16V
R32
510
KR
325
10K
R33
110
KR
331
10K
Q30
739
04Q
307
3904
1
23
L301
60oh
m/1
00M
Hz
L301
60oh
m/1
00M
Hz
CN
307
S-V
IDE
O/A
V3
CN
307
S-V
IDE
O/A
V3
11
22
33
44
55
66
77
88
99
1010
C31
91n
FC
319
1nF
C32
91u
FC
329
1uF
R36
50/
NC
R36
50/
NC
R34
30/
NC
R34
30/
NC
C32
81u
FC
328
1uF
C33
2
1nF
C33
2
1nF
R35
5N
C/0
R35
5N
C/0
R37
110
0KR
371
100K
R33
510
KR
335
10K
R36
10R
361
0
Q30
639
04Q
306
3904
1
23
Q31
039
04Q
310
3904
1
23
R32
010
KR
320
10K
R35
810
KR
358
10K
D30
8
INP
AQ
_VP
OR
T/N
C
D30
8
INP
AQ
_VP
OR
T/N
C
12
D32
6 INP
AQ
_VP
OR
T/N
C
D32
6 INP
AQ
_VP
OR
T/N
C
12
R321
10KR321
10K
R388 75R388 75
C33
31n
FC33
31n
F
R32
610
KR
326
10K
C32
4
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4
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R31
710
KR
317
10K
D31
5
INP
AQ
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T/N
C
D31
5
INP
AQ
_VP
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T/N
C
12
R37
675
R37
675
D32
2
INP
AQ
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OR
T/N
C
D32
2
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AQ
_VP
OR
T/N
C
12
C36
0
0.1u
F
C36
0
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F
+
CE
311
470u
F/16
V
+
CE
311
470u
F/16
V
R33
910
KR
339
10K
L300
60oh
m/1
00M
Hz
L300
60oh
m/1
00M
Hz
CN
304
RC
A1
CN
304
RC
A1
21
Q30
039
04Q
300
3904
1
23
Q30
939
04Q
309
3904
1
23
R35
010
0R
350
100
C30
4
1nF
C30
4
1nF
D31
4 INP
AQ
_VP
OR
T/N
C
D31
4 INP
AQ
_VP
OR
T/N
C
12
U31
0
74H
C40
52
U31
0
74H
C40
52
X012
X114
X215
X311
Y01
Y15
Y22
Y34
A010
A19
X13
Y3
VCC16 GN
D8
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6
VEE
7
D32
0
INP
AQ
_VP
OR
T/N
C
D32
0
INP
AQ
_VP
OR
T/N
C
12
R38
275
R38
275
C30
11u
FC
301
1uF
R37
775
R37
775
R31
010
KR
310
10K
R315 10KR315 10K
R39
81KR
398
1K
U30
1
PI5
V33
0
U30
1
PI5
V33
0
S1A
2S1
B5
S1C
11S1
D14
S2A
3S2
B6
S2C
10S2
D13
IN1
DA
4D
B7
DC
9D
D12
VCC
16
GN
D8
EN15
R35
922
0R
359
220
R37
510
0KR
375
100K
R39
31.
5KR
393
1.5K
C30
047
0nF
C30
047
0nF
CN
308
SID
E Y
PB
PR
CN
308
SID
E Y
PB
PR
11
22
33
44
55
66
77
88
99
1010
R389 75R389 75
R31
810
KR
318
10K
C36
80.
1uF
C36
80.
1uF
R32
310
KR
323
10K
D30
4
INP
AQ
_VP
OR
T/N
C
D30
4
INP
AQ
_VP
OR
T/N
C
12
+
CE
310
470u
F/16
V
+
CE
310
470u
F/16
V
+
CE
312
22uF
/16V
+
CE
312
22uF
/16V
R36
0N
CR
360
NC
R333
10K
R333
10K
R35
310
0R
353
100
R383 75R383 75
R322
10KR322
10K
C32
210
0pF
C32
210
0pF
R38
075
R38
075
R32
710
KR
327
10K
R347 100R347 100
R32
910
KR
329
10K
D31
2
INP
AQ
_VP
OR
T/N
C
D31
2
INP
AQ
_VP
OR
T/N
C
12
R32
410
KR
324
10K
CN
302
SC
AR
T1C
N30
2S
CA
RT1
2468101214161820 13579111315171921
2425
R37
210
0KR
372
100K
C30
31u
FC
303
1uF
C32
6
1nF
C32
6
1nF
C30
51n
FC
305
1nF
R34
910
0R
349
100
R33
810
KR
338
10K
R37
875
R37
875
R30
810
KR
308
10K
R30
710
0KR
307
100K
D31
1
INP
AQ
_VP
OR
T/N
C
D31
1
INP
AQ
_VP
OR
T/N
C
12
R391 75R391 75
R36
20
R36
20
R34
50/
NC
R34
50/
NC
R387 75R387 75
R336
10K
R336
10K
R32
810
KR
328
10K
R34
110
KR
341
10K
R31
610
KR
316
10K
D32
7
INP
AQ
_VP
OR
T/N
C
D32
7
INP
AQ
_VP
OR
T/N
C
12
CN
306
EA
RP
HO
NE
CN
306
EA
RP
HO
NE
GN
D8
A14
B16
L5
R2
B23
A27
Q30
539
04Q
305
3904
1
23
R337
10kR337
10k
R36
40/
NC
R36
40/
NC
R30
610
0KR
306
100K
R39
48.
2KR
394
8.2K
Q30
239
04Q
302
3904
1
23
R33
410
KR
334
10K
R37
410
0KR
374
100K
R36
30
R36
30
R319 10KR319 10K
D30
1
INP
AQ
_VP
OR
T/N
C
D30
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INP
AQ
_VP
OR
T/N
C
12
D30
7
INP
AQ
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T/N
C
D30
7
INP
AQ
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T/N
C
12
D32
5
INP
AQ
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T/N
C
D32
5
INP
AQ
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C
12
R385 75R385 75
C32
51n
FC32
51n
F
Q30
839
04Q
308
3904
1
23
U30
324
C04
U30
324
C04
NC
1N
C2
NC
3G
ND
4SD
A5
SCL
6W
P7
VCC
8
R35
110
0R
351
100
C32
0
0.1u
F
C32
0
0.1u
F
D31
6
INP
AQ
_VP
OR
T/N
C
D31
6
INP
AQ
_VP
OR
T/N
C
12
R34
010
KR
340
10K
D30
0
INP
AQ
_VP
OR
T/N
C
D30
0
INP
AQ
_VP
OR
T/N
C
12
L302
60oh
m/1
00M
Hz
L302
60oh
m/1
00M
Hz
D32
1 INP
AQ
_VP
OR
T/N
C
D32
1 INP
AQ
_VP
OR
T/N
C
12R
314
10K
R31
410
K
R34
44.
7KR
344
4.7K
CO
N30
9
CO
N2-
2.0
CO
N30
9
CO
N2-
2.0
12
R36
910
0KR
369
100K
+
CE
314
22uF
/16V
+
CE
314
22uF
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R34
210
KR
342
10K
R31
210
KR
312
10K
D31
7
INP
AQ
_VP
OR
T/N
C
D31
7
INP
AQ
_VP
OR
T/N
C12
R39
58.
2KR
395
8.2K
C33
01u
FC
330
1uF
R39
61KR
396
1K
R36
810
0KR
368
100K
R37
975
R37
975
Q30
339
04Q
303
3904
1
23
R37
010
0KR
370
100K
R390 75R390 75
C33
11u
FC
331
1uF
C32
310
0pF
C32
310
0pF
CN
303
SC
AR
T2C
N30
3S
CA
RT2
2468101214161820 13579111315171921
25
24
C36
20.
1uF
C36
20.
1uF
R35
4N
C/0
R35
4N
C/0
CE
308
100u
F/16
V
CE
308
100u
F/16
V
R33
010
KR
330
10K
R39
71KR
397
1K
R31
310
KR
313
10K
C31
8
1nF
C31
8
1nF
D30
3
INP
AQ
_VP
OR
T/N
C
D30
3
INP
AQ
_VP
OR
T/N
C
12
R34
810
0R
348
100
R332
10KR332
10K
R31
110
KR
311
10K
R352 100R352 100
Q30
439
04Q
304
3904
1
23
R38
175
R38
175
R39
21.
5KR
392
1.5K
R37
310
0KR
373
100K
R36
60/
NC
R36
60/
NC
R35
7N
CR
357
NC
C32
71n
FC32
71n
F
+
CE
313
22uF
/16V
+
CE
313
22uF
/16V
R384 75R384 75
R39
91KR
399
1K
R30
910
KR
309
10K
D30
2
INP
AQ
_VP
OR
T/N
C
D30
2
INP
AQ
_VP
OR
T/N
C
12
C36
30.
1uF
C36
30.
1uF
D31
3
INP
AQ
_VP
OR
T/N
C
D31
3
INP
AQ
_VP
OR
T/N
C
12
CN
305
PC
CN
305
PC
5 10 4 9 3 8 2 7 1
15 14 13 12 116
16
17
R386 75R386 75
C31
7
0.1u
F
C31
7
0.1u
F
23
1
OFF
_MU
TE
When turn on and turn off, MUTE and STB .
5 5
4 4
3 3
2 2
1
DD
CC
BB
AA
AMP-
MU
TE
OU
T-_L
OU
T+_R
OU
T-_R
OU
T+_L
EAR
PHO
NE-
L-O
UT
EAR
PHO
NE-
R-O
UT
PT23
08P-
VREF
EAR
PHO
NE-
R-O
UT
EAR
PHO
NE_
DET
AMP-MUTE
OFF
_MU
TE
EAR
PHO
NE-
L-O
UT
OFF
_MU
TE
OFF
_MU
TE
SCAR
T_O
UT_
L
SCAR
T_O
UT_
R
+5V
+5V
+5V
+5V
+5V
+12V
+12V
+12V
+12V
+5V
+5V
+5V
F-SC
ART-
OU
T-L
H-S
CAR
T-O
UT-
R
H-S
CAR
T-O
UT-
L
F-SC
ART-
OU
T-R
SCAR
T-O
UT-
L
SCAR
T-O
UT-
R
AMP-
MU
TE-S
WAM
P-ST
B-SW
AMP-
R
AMP-
L
EAR
PHO
NE-
L
EAR
PHO
NE-
R
TAD7266 AMPLIFER(Used in big size board.)
Q80
339
04Q
803
3904
1
23
U80
1
PT23
08PU
801
PT23
08P
OU
T11
IN1-
2IN
1+3
VS
S4
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5IN
2-6
OU
T27
VD
D8
R80
0N
CR
800
NC
Q80
239
04Q
802
3904
1
23
R80
9N
CR
809
NC
R80
7
10K
R80
7
10K
R84
122
0R
841
220
R82
310
KR
823
10K
R81
410
KR
814
10K
C80
915
nFC
809
15nF
C81
8
1nF
C81
8
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C82
247
0nF
C82
247
0nF
D80
4IN
4148
D80
4IN
4148
R81
610
KR
816
10K
R82
410
KR
824
10K
+
CE8
14
220u
F/16
V
+
CE8
14
220u
F/16
V
R81
110
KR
811
10K
R80
410
KR
804
10K
R82
810
KR
828
10K
Q81
3N
CQ
813
NC
1
23
+
CE8
19
2.2u
F/16
V
+
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19
2.2u
F/16
V
R82
956
0R
829
560
C82
547
0nF
C82
547
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R82
247
KR
822
47K
R82
710
KR
827
10K
R82
610
KR
826
10K
R80
610
KR
806
10K
R80
310
0KR
803
100K
R81
715
KR
817
15K
+
CE8
0547
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+
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0547
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R83
156
0R
831
560
C80
815
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808
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+
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13
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V
+
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13
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V
Q80
139
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801
3906
1
32
C82
147
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C82
147
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D80
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4148
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4148
CN
310
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CN
310
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NE
GN
D8
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4
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5
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3
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7
U80
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6B/S
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VCC3
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STB
7
PW
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9
NC 10NC 11
IN2
12
VCC13
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14
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+
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C82
0
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+
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+
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VC
815
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C81
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F
J800
SPEA
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1 2
Q80
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1
23
D80
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4148
D80
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4148
C80
71u
FC
807
1uF
+CE8
16
10uF
/16V
/NC
+CE8
16
10uF
/16V
/NC
R83
0 0R
830 0
R80
510
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805
10K
Q80
839
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1
23
Q81
039
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1
23
R82
110
KR
821
10K
R84
322
0R
843
220
R81
210
KR
812
10K
C80
61u
FC
806
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R81
8
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R81
8
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C82
647
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647
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10.
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R84
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Q81
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1
23
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J801
SPEA
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01SP
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1 2
R81
310
KR
813
10K
R82
047
KR
820
47K
R80
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CR
801
NC
R81
547
KR
815
47K
Q81
139
04Q
811
3904
1
23
R82
510
KR
825
10K
R81
9
15K
R81
9
15K
Q80
539
04Q
805
3904
1
23
R80
210
KR
802
10K
Q80
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CQ
804
NC
123
C81
00.
1uF
C81
00.
1uF
Q80
939
04Q
809
3904
1
23
C81
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1uF
C81
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1uF
CN
311
CO
N5_
2.0
CN
311
CO
N5_
2.0
1 2 3 4 5
24
5 5
4 4
3 3
2 2
1 1
DD
CC
BB
AA
RG
B0_
BIN
-
RE
FMR
EFP
VC
LP
RG
B0_
GIN
-
RG
B0_
RIN
-
PCM_D5
MD
ATA
10
PCM_D6PCM_D7
VDDP_2
PCM_A14PCM_D0PCM_D1PCM_D2PCM_D3PCM_D4
PCM_A11PCM_A12PCM_A13
PCM_A7
PCM_A8PCM_A9PCM_A10
VDDC_3
PCM_A3PCM_A4PCM_A5PCM_A6
PCM_A0PCM_A1PCM_A2
RX
E3-
RX
E3+
RX
E0+
RX
E1+
RX
E1-
PC
M_A
[14:
0]
RX
E2-
RX
E2+
RX
E0-
RX
EC
-R
XE
C+
PC
M_D
[7:0
]
SIF
PS
IFM
AV
DD
_SIF
VD
DC
_1
AV
DD
_DD
R_2
RX
O1-
RX
O0-
RX
O2-
RX
O2+
RX
O1+
RX
O0+
I2C_SCL
MDDR_VREFMCLK-
CKEMCLK+
VDDP_5
RX
OC
-
SP
I-CS
NI
UART-RXUART-TX
MD
ATA
13
PC
M_C
D_N
IR VD
DP
_3
SP
I-SD
OI
USB_DM
I2C_SDA LED-SW
JUP
ITE
R-X
TALO
JUP
ITE
R-X
TALI
RX
O3-
RX
O3+
ATV
-Vin
+DQM0MDATA1
AVDD_DDR_5
ATV
-Vin
-
MDATA0
DQS0
SP
I-SD
II
RX
OC
+
PC
M_R
ES
ET
VDDC_5
SP
I-SC
KI
AV
DD
_LP
LL
MD
ATA
12
DQ
S1
MD
ATA
15
US
B_O
CD
_N
AU
VR
M
AU
VA
GA
UV
RP
AUVAGAUVRP
TS_D0
TS_CLKTS_MOSTART0TS_MOVAL0
TS_D5TS_D4TS_D3TS_D2TS_D1
AVDD_MPLL
TS_D7TS_D6
VDDC_2
AVDD_USB
MD
ATA
9
SYS-RESET
AV
DD
_DD
R_1
VD
DP
_4
VDDP_1
MD
ATA
11
PC
M_C
E_N
AVDDL_DVI
MDATA5
RASZCASZ
BA1BA0WEZ
MDATA2
AVDD_DDR_4MDATA4
MDATA7MDATA6
AVDD_AU
AVDD_DDR_3
VDDC_6
MDATA3
DQ
M1
MD
ATA
14
JUPITER-XTALOJUPITER-XTALI
AUVRMTESTPIN
STB
_KE
Y
VD
DC
_4
PC
M_R
EG
_N
PC
M_W
AIT
_N
PC
M_I
OW
R_N
PC
M_I
OR
D_N
PC
M_W
E_N
PC
M_O
E_N
PC
M_I
RQ
A_N
M_ADR11M_ADR10M_ADR9M_ADR8
M_ADR12
M_ADR7
MD
ATA
8
M_ADR1M_ADR0
M_ADR5M_ADR4M_ADR3M_ADR2
M_ADR6
AVDD_MEMPLL
OTG_REXT
HD
MI-R
X1-
HD
MI-R
X1+
HD
MI_
HP
DC
TRL
HD
MI_
SD
AH
DM
I_S
CL
HD
MI-R
XC
-H
DM
I-RX
C+
HD
MI-R
X0-
HD
MI-R
X0+
HD
MI-R
X2+
RE
FM
VC
LP
RE
FP
RG
B0_
RIN
-
RG
B0_
BIN
-
RG
B0_
GIN
-
AM
P-L
EA
RP
HO
NE
-RE
AR
PH
ON
E-L
SC
AR
T-O
UT-
RS
CA
RT-
OU
T-L
I2C
_SD
AI2
C_S
CL
UA
RT-
TXU
AR
T-R
XTX
D/S
DA
_PC
RX
D/S
CL_
PC
SD
A_3
.3V
SC
L_3.
3V
IR-IN
PCM_PWR_CTLJupiter-PWM1FLASH_WP-SW
DVD_ON/OFF
RE
SE
T
ON
_PA
NE
L
LED
_R
LED
_G
4052
_SW
040
52-S
W0
AM
P_M
UTE
_SW
PW
R-O
N/O
FFIN
VE
RTE
R_S
WA
MP
_STB
_SW
RX
OC
-R
XO
3+R
XO
3-R
XO
C+
RX
O2+
RX
E3+
RX
E0-
RX
O1+
RX
EC
+
RX
E1-
RX
O0+
RX
E2+
RX
E2-
RX
O0-
RX
E1+
RX
EC
-
RX
O1-
RX
E0+
RX
E3-
RX
O2-
WE
Z
DQ
S[1
:0]
CK
E
MC
LK-
MC
LK+
BA
0
CA
SZ
MA
DR
[12:
0]
MD
ATA
[15:
0]
DQ
M[1
:0]
BA
1
RA
SZ
MA
DR
0
MA
DR
10M
AD
R11
MA
DR
12
MA
DR
7M
AD
R8
MA
DR
9
MA
DR
1M
AD
R2
MA
DR
3M
AD
R4
MA
DR
5M
AD
R6
KE
Y1-
IN
STB
_KE
Y
KE
Y0-
IN
IR-IN
LED
_G
AD
C1_
IN
LED
_R
AD
C0_
INS
PI_
SD
O
SP
I_S
CZ
SP
I_S
CK
SP
I_S
DI
FLA
SH
_WP
#
SC
L_3.
3VS
DA
_3.3
V
SC
L_3.
3VS
DA
_3.3
V
HD
CP
_WP
RE
SE
T
MD
DR
_VR
EF
DV
D_O
N/O
FF
FLA
SH
_WP
-SW
FLA
SH
_WP
#
LED
-SW
330_
SW
4052
_SW
0
SD
A_5
V
SC
L_5V
SC
L_3.
3V
SD
A_3
.3V
4052
_SW
133
0_S
W
HD
CP
_WP
PC
_WP
HD
MI_
WP
TS_D
[7:0
]
Jupi
ter-
PW
M1
USB_DP
AM
P-R
KE
Y1-
INK
EY
0-IN
4052
-SW
1
4052
_SW
1
PC
M_P
WR
_CTL
AVDDL_DVI
AVDD_MPLL
AV
DD
_AU
AV
DD
_ME
MP
LL
AV
DD
33_2
VDDC_2
AVDD_USB
AV
DD
_LP
LL
VDDP_1
AV
DD
_SIF
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+5V
stb
+3.3
Vst
b
+3.3
Vst
b
+5V
stb
VD
DP
_2
VD
DP
_3
AV
DD
33_2
AV
DD
33_3
AV
DD
_SIF
AV
DD
_AU
AV
DD
_LP
LL
AV
DD
_MP
LL
AV
DD
_ME
MP
LL
AV
DD
_US
B
+3.3
Vst
b
AV
DD
33_1
VD
DP
_1
AV
DD
_DD
R_1
AV
DD
_DD
R_2
AV
DD
_DD
R_3
+2.6
Vst
b
AV
DD
_DD
R_4
AV
DD
_DD
R_5
VD
DC
_1
VD
DC
_2
VD
DC
_3
AV
DD
L_D
VI
VD
DC
_4
+1.2
Vst
b
AV
DD
33_1
AV
DD
33_3
VDDP_2
VD
DP
_3
VD
DP
_4
VD
DP
_4
VD
DP
_5
VDDP_5
AV
DD
_DD
R_1
AV
DD
_DD
R_2
AVDD_DDR_3
AVDD_DDR_4
AVDD_DDR_5
VD
DC
_1
VDDC_3
VD
DC
_4
VDDC_5
VDDC_6
VD
DC
_6
VD
DC
_5
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+5V
stb
+2.6
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+3.3
Vst
b
+5V
stb
+3.3
Vst
b
PC
M_A
[14:
0]7
PC
M_D
[7:0
]7
HD
-VS
W0
ATV
-Vin
-
TS_CLK
7
PC
M_W
AIT
_N7
PC
M_R
ES
ET
7
PC
M_C
E_N
7
PC
M_I
OW
R_N
7
PC
M_I
RQ
A_N
7
PC
M_C
D_N
7
PC
M_W
E_N
7P
CM
_OE
_N7
PC
M_R
EG
_N7
PC
M_I
OR
D_N
7
ATV
-Vin
+
TS1_
CK
15
TS1_
DO
15
TS_MOSTART0
7
SP
DIF
O9
TS1_
STA
RT1
5TS
1_V
ALI
D1
5
TS_MOVAL0
7
PA
NE
LPO
WE
R_S
W1
INV
ER
TER
_SW
1
SYS-RESET
PO
WE
R-O
N/O
FF-S
W
SIF
MS
IFP
HD
MI-R
X1+
HD
MI-R
X2-
HD
MI-R
X2+
HD
MI_
HP
DC
TRL
HD
MI-R
XC
-
HD
MI_
SD
A
HD
MI-R
XC
+
HD
MI_
SC
L
HD
MI-R
X0-
HD
MI-R
X0+
HD
MI-R
X1-
VG
A-H
SV
GA
-VS
RG
B_B
+R
GB
_SO
GR
GB
_G+
RG
B_R
+
F-S
CA
RT-
B
F-S
CA
RT-
GF-
SC
AR
T-S
OG
F-S
CA
RT-
R
F-S
CA
RT-
BLA
NK
ING
H-S
CA
RT-
CH
-SC
AR
T-C
VB
S/Y
SID
E_S
-VID
EO
-CS
IDE
_S-V
IDE
O-Y
SID
E_A
VF-
SC
AR
T-C
VB
S-IN
VG
A-L
-INV
GA
-R-IN
F-S
CA
RT-
L-IN
F-S
CA
RT-
R-IN
H-S
CA
RT-
L-IN
H-S
CA
RT-
R-IN
4052
-L-IN
4052
-R-IN
SC
AR
T-O
UT-
LS
CA
RT-
OU
T-R
EA
RP
HO
NE
-LE
AR
PH
ON
E-R
AM
P-L
AM
P-R
TXD
/SD
A_P
CR
XD
/SC
L_P
C
SD
A_3
.3V
SC
L_3.
3V
H-S
CA
RT-
FSF-
SC
AR
T-FS
4052
-SW
0
AM
P-M
UTE
-SW
US
B_O
CD
_N10
AM
P-S
TB-S
W
MD
ATA
[15:
0]4
CK
E4
MC
LK-
4M
CLK
+4
CA
SZ
4W
EZ
4
RA
SZ
4
DQ
M[1
:0]
4
MA
DR
[12:
0]4
DQ
S[1
:0]
4
BA
14
BA
04
PC
M_I
OW
R_N
PC
M_R
EG
_N
PC
M_I
RQ
A_N
PC
M_W
AIT
_N
PC
M_C
E_N
PC
M_I
OR
D_N
PC
M_W
E_N
PC
M_O
E_N
PC
M_R
ES
ET
USB_DM10USB_DP10
RX
D/S
CL_
PC
TXD
/SD
A_P
C
DVD_ON/OFF
SD
A_5
V
SC
L_5V
PC
_WP
HD
MI_
WP
LVD
S-P
OW
ER
-IN
TS_D
[7:0
]7
PC
M_P
WR
_CTL
4052
-SW
1
PC
M_P
WR
_CTL
1
PCM_VS1
5
Close to IC
with width trace
Close to IC
as close
as possible
with width trace
Dour
ing
Rese
tMode
Selection
PWM1PWM0=10
LVDS CONNECTOR
DD
R-S
DR
AM
Blo
ck
CLOSED TO MSD109
KEY and IR
U402
I2C
0XA0
U403
I2C
0XA2
RESE
T CI
RCUI
T
Debug port
Mod
e Se
lect
ion
HDCP EDID
FLASH_WP-SW
0 ALL WRITE PROTECTED
1 ALL WRITE ENABLED
L427
60oh
m/1
00M
Hz
L427
60oh
m/1
00M
Hz
C45
147
0nF
C45
147
0nF
R49
54.
7KR
495
4.7K
R522 4.7KR522 4.7K
C51
1
0.1u
F
C51
1
0.1u
F
C40
60.
1uF
C40
60.
1uF
R443 22KR443 22K
R461NC R461NC
7531
8642
RP
4161
00X
4
7531
8642
RP
4161
00X
4
7531
8642
RP
409
100X
4
7531
8642
RP
409
100X
4
R43
047
R43
047
R41
610
0KR
416
100K
R50
74.
7KR
507
4.7K
R40
290
0R_1
%R
402
900R
_1%
R47
510
0R
475
100
C40
422
0nF
C40
422
0nF
R46
710
0R
467
100
C40
31u
FC
403
1uF
R47910K R47910K
C470 10nFC470 10nF
R41
110
KR
411
10K
C42
6
0.1u
F
C42
6
0.1u
F
7531
8642
RP
412
100X
4
7531
8642
RP
412
100X
4
R433100 R433100
R40
40RR
404
0R
R42
147
R42
147
7531
8642
RP
4171
00X
4
7531
8642
RP
4171
00X
4
C473 2.2nFC473 2.2nF
R442 22KR442 22K
L407
60oh
m/1
00M
Hz
L407
60oh
m/1
00M
Hz
R42
847
R42
847
C48
310
0PF
C48
310
0PF
C41
8N
C/1
00P
FC
418
NC
/100
PF
R5364.7K R5364.7K
R47410K R47410K
R41
010
KR
410
10K
C49
9
0.1u
F
C49
9
0.1u
F
C44
822
0nF
C44
822
0nF
R46410K R46410K
R44522K
R44522K
C44
722
0nF
C44
722
0nF
R52
94.
7KR
529
4.7K
+C
E40
310
0uF/
16V
+C
E40
310
0uF/
16V
C48
2N
C/0
.1uF
C48
2N
C/0
.1uF
C40
10.
1uF
C40
10.
1uF
C4840.1uF
C4840.1uF
7531
8642
RP
4181
00X
4
7531
8642
RP
4181
00X
4C
469
470n
FC
469
470n
F
R40
3
1K_1
%
R40
3
1K_1
%
R48
8
1K_1
%
R48
8
1K_1
%
C42
0
0.1u
F
C42
0
0.1u
F
C40
5
0.1u
F
C40
5
0.1u
F
C50
4
0.1u
F
C50
4
0.1u
F
Q40
239
04Q
402
3904
1
23
C44
622
0nF
C44
622
0nF
R51
9
4.7K
R51
9
4.7K
C54
80.
1uF
C54
80.
1uF
C52
2
0.1u
F
C52
2
0.1u
F
L428
60oh
m/1
00M
Hz
L428
60oh
m/1
00M
Hz
C48
0N
C/0
.1uF
C48
0N
C/0
.1uF
R49
44.
7KR
494
4.7K
L417
60oh
m/1
00M
Hz
L417
60oh
m/1
00M
Hz
R41
347
RR
413
47R
R49
94.
7KR
499
4.7K
7531
8642
RP
407
100X
4
7531
8642
RP
407
100X
4
L437
60oh
m/1
00M
Hz
L437
60oh
m/1
00M
Hz
R5174.7K R5174.7K
C44
922
0nF
C44
922
0nF
C44
422
0nF
C44
422
0nF
C43
222
0nF
C43
222
0nF
R51
0
4.7K
R51
0
4.7K
R47
810
0R
478
100
L441
60oh
m/1
00M
Hz
L441
60oh
m/1
00M
Hz
C55
30.
1uF
C55
30.
1uF
R48510K R48510K
C54
20.
1uF
C54
20.
1uF
C52
0
0.1u
F
C52
0
0.1u
F
C44
522
0nF
C44
522
0nF
+
CE
402
100u
F/16
V
+
CE
402
100u
F/16
V
C47
6N
C/1
00P
FC
476
NC
/100
PF
C42
2
0.1u
F
C42
2
0.1u
F
C41
920
pC
419
20p
R532 4.7KR532 4.7K
C40
00.
1uF
C40
00.
1uF
R48
910
0R
489
100
R49
310
0R
493
100
R40
110
0R
401
100
R405 100R405 100
R40
810
0R
408
100
R45
34.
7KR
453
4.7K
R50
14.
7KR
501
4.7K
C53
20.
1uF
C53
20.
1uF
75
31
86
42 RP404 1KX4
75
31
86
42 RP404 1KX4
CN
404
KE
Y/IR
/LE
DC
N40
4K
EY
/IR/L
ED
11
22
33
44
55
66
77
88
99
R51
44.
7KR
514
4.7K
C46
647
0nF
C46
647
0nF
L426
60oh
m/1
00M
Hz
L426
60oh
m/1
00M
Hz
C50
1
0.1u
F
C50
1
0.1u
F
C46
447
0nF
C46
447
0nF
L423
60oh
m/1
00M
Hz
L423
60oh
m/1
00M
Hz
R452100 R452100
R42
04.
7KR
420
4.7K
C52
1
0.1u
F
C52
1
0.1u
F
R4684.7K R4684.7K
X40
012
MH
ZX
400
12M
HZ12
3
C47
8N
C/1
00P
FC
478
NC
/100
PF
R45
810
0R
458
100
R48
710
0R
487
100
R40
039
0_1
%R
400
390
_1%
C41
6N
C/1
00P
FC
416
NC
/100
PF
Q40
039
04Q
400
3904
1
23
C51
4
0.1u
F
C51
4
0.1u
F
C50
7
0.1u
F
C50
7
0.1u
F
Q40
539
04Q
405
3904
1
23
Q40
639
04Q
406
3904
1
23
C42
8
0.1u
F
C42
8
0.1u
F
R44
810
0R
448
100
L400
60oh
m/1
00M
HzL4
0060
ohm
/100
MH
z
R41
80R
R41
80R
R534 4.7KR534 4.7K
C41
122
0nF
C41
122
0nF
C54
90.
1uF
C54
90.
1uF
C42
722
0nF
C42
722
0nF
C486 0.1uFC486 0.1uF
CE
405
10uF
/16V
CE
405
10uF
/16V
R407 100R407 100
R447100 R447100
7531
8642
CP
400 0
.1uF
X4
7531
8642
CP
400 0
.1uF
X4
R51
64.
7KR
516
4.7K
R49
84.
7KR
498
4.7K
C55
10.
1uF
C55
10.
1uF
C54
30.
1uF
C54
30.
1uF
C468 10nFC468 10nF
U40
2
24C
512
U40
2
24C
512
A01
A12
A23
GN
D4
SDA
5SC
L6
WP
7VC
C8
M50
1
BS
H10
3
M50
1
BS
H10
3
1G
3D 2 S
L424
60oh
m/1
00M
Hz
L424
60oh
m/1
00M
Hz
7531
8642
RP
408
100X
4
7531
8642
RP
408
100X
4
C45
247
0nF
C45
247
0nF
R41
747
0R
417
470
75
31
86
42 RP411 100X4
75
31
86
42 RP411 100X4
C42
4
0.1u
F
C42
4
0.1u
F
R43
847
R43
847
C472 10nFC472 10nF
R41
547
R41
547
R441 22KR441 22K
+
CE
401
100u
F/16
V
+
CE
401
100u
F/16
V
L406
60oh
m/1
00M
Hz
L406
60oh
m/1
00M
Hz
R434100 R434100
C40
7N
C/0
.1uF
C40
7N
C/0
.1uF
U40
1
EN
25F8
0-10
0/P
MC
25L0
80
U40
1
EN
25F8
0-10
0/P
MC
25L0
80
CE#
1
SO2
WP#
3
VSS
4SI
5
SCK
6
HO
LD#
7
VDD
8
R5024.7K R5024.7K
+C
E40
6
470uF/25V
+C
E40
6
470uF/25V
R44422K
R44422K
C50
8
0.1u
F
C50
8
0.1u
F
U40
4
IMP
810
U40
4
IMP
810O
UT
2
GN
D1
VCC
3
C471 10nFC471 10nF
R50
4 1kR
504 1k
R42
947
R42
947
C534
1nFC534
1nF
R50
9N
CR
509
NC
R43
647
R43
647
C46
347
0nF
C46
347
0nF
R42
247
R42
247
R43
547
R43
547
R42
433
R42
433
75
31
86
42 RP405 1KX4
75
31
86
42 RP405 1KX4
C41
022
0nF
C41
022
0nF
L401
60oh
m/1
00M
Hz
L401
60oh
m/1
00M
Hz
L435
60oh
m/1
00M
Hz
L435
60oh
m/1
00M
Hz
R42
647
R42
647
C40
822
0nF
C40
822
0nF
R51
54.
7KR
515
4.7K
C41
7N
C/1
00P
FC
417
NC
/100
PF
75
31
86
42 RP410 100X4
75
31
86
42 RP410 100X4
R47210K R47210K
C474 2.2nFC474 2.2nF
C50
5
0.1u
F
C50
5
0.1u
F
C51
6
0.1u
F
C51
6
0.1u
F
L439
60oh
m/1
00M
Hz
L439
60oh
m/1
00M
Hz
R47110K R47110K
R46
610
0R
466
100
L416
60oh
m/1
00M
Hz
L416
60oh
m/1
00M
Hz
R43
247
R43
247
R460
4.7KR460
4.7K
L445
60oh
m/1
00M
Hz
L445
60oh
m/1
00M
Hz
C51
5
0.1u
F
C51
5
0.1u
F
C48
1N
C/0
.1uF
C48
1N
C/0
.1uF
C41
2N
CC
412
NC
R48310K R48310K
R46
94.
7KR
469
4.7K
L442
60oh
m/1
00M
Hz
L442
60oh
m/1
00M
Hz
C40
922
0nF
C40
922
0nF
LVD
S
LVD
S
LVD
S
LVD
S
11
22
33
44
55
66
77
88
99
1010
1111
1212
1313
1414
1515
1616
1717
1818
1919
2020
2121
2222
2323
2424
2525
2626
2727
2828
2929
3030
3131
3232
3333
3434
3535
3636
3737
3838
3939
4040
4141
4242
4343
4444
4545
4646
R49
74.
7KR
497
4.7K
R50
810
0R
508
100
C49
410
0PF
C49
410
0PF
R43
747
R43
747R
423
100
R42
310
0
R42
74.
7KR
427
4.7K
C42
1
0.1u
F
C42
1
0.1u
F
C44
222
0nF
C44
222
0nF
R51
1
4.7K
R51
1
4.7K
R45
010
0R
450
100
7531
8642
RP
4031
00X
4
7531
8642
RP
4031
00X
4
R5304.7K R5304.7K
R43
147
R43
147
C47
9N
C/0
.1uF
C47
9N
C/0
.1uF
C42
5
0.1u
F
C42
5
0.1u
F
R42
510
0R
425
100
C51
7
0.1u
F
C51
7
0.1u
F
R49
64.
7KR
496
4.7K
C53
00.
1uF
C53
00.
1uF
M50
2
BS
H10
3
M50
2
BS
H10
3
1G
3D 2 S
C49
30.
1uF
C49
30.
1uF
C43
122
0nF
C43
122
0nF
R40
910
0R
409
100
C40
20.
1uF
C40
20.
1uF
CE
404
10uF
/16V
CE
404
10uF
/16V
R45
44.
7KR
454
4.7K
C48
8
0.1u
F
C48
8
0.1u
F
R41
90R
R41
90R
R50
6
4.7K
R50
6
4.7K
C42
3
0.1u
F
C42
3
0.1u
F
C47
5N
C/1
00P
FC
475
NC
/100
PF
R47
610
0R
476
100
R41
247
RR
412
47R
C46
747
0nF
C46
747
0nF
C46
547
0nF
C46
547
0nF
UART1
U40
0M
SD
109C
L
UART1
U40
0M
SD
109C
L
RX1
P10
AVSS
_DVI
11R
X2N
12R
X2P
13H
OTP
LUG
A14
REX
T15
DD
CD
A_D
A16
DD
CD
A_C
K17
HSY
NC
118
VSYN
C1
19VC
LP20
REF
P21
REF
M22
BIN
1P23
SOG
IN1
24G
IN1P
25R
IN1P
26BI
N0M
27BI
N0P
28G
IN0M
29G
IN0P
30SO
GIN
031
RIN
0M32
AVD
D_A
DC
234
AVSS
_AD
C2
35H
SYN
C0
36VS
YNC
037
CVB
S3P
42C
VBS2
P43
CVB
S1P
44VC
OM
145
CVB
S0P
46VC
OM
047
AVD
D_A
DC
48C
VBS_
OU
T49
AVSS
_CVB
SO50
AVD
D_S
IF51
SIF_
IN1P
52SI
F_IN
1M53
VDD
C54
LIN
E_IN
_0L
56LI
NE_
IN_0
R57
LIN
E_IN
_1L
58LI
NE_
IN_1
R59
LIN
E_IN
_2L
60LI
NE_
IN_2
R61
LIN
E_IN
_3L
62LI
NE_
IN_3
R63
VIM
064
AVSS_AU 65
AVDD_AUSDM 69
AUVRM 66AUVRP 67AUVAG 68
LINE_OUT_1L 72
VDDP 76
GPI
O15
/CEC
134
I2C_SDA(DDCR_DA2)205 I2C_SCL(DDCR_CK2)206
SAR0 120SAR1 121SAR2 122SAR3 123PWM0 124PWM1 125PWM2 126PWM3 127HWRESET 128
SPI_
CK
129
SPI_
DI
130
SPI_
DO
131
SPI_
CZ
132
VDD
P13
3
AVD
D_D
DR
191
SDR
_DQ
1518
0SD
R_D
Q14
181
SDR
_DQ
1318
2SD
R_D
Q12
183
DD
R_D
QS1
192
SDR
_DQ
1118
5SD
R_D
Q10
186
SDR
_DQ
M1
188
SDR
_DQ
918
9SD
R_D
Q8
190
SDR_BA0229 SDR_WE_N230 SDR_RAS_N231 SDR_CAS_N232
SDR_DQ7234 SDR_DQ6235 SDR_DQ5236 SDR_DQ4237
SDR_DQ3239 SDR_DQ2240 GNDM241 SDR_DQM0242 SDR_DQ1243 SDR_DQ0244
AVDDL_DVI247
XTALI254
GND256
RXC
P5
RX0
N6
RX1
N9
RX0
P7
AVD
D_D
VI8
RXC
N4
RIN
0P33
AVDD_DDR245
GNDC 90VDDC 91
DDR_DQS0246
AVDD_DDR238
XTALO253
LINE_OUT_2L 70LINE_OUT_2R 71
GNDP 77VDDC 78
UART_TX(DDCA_DAT) 118UART_RX(DDCA_CLK) 119
B2_R
XE3+
143
B3_R
XE3-
144
B4_R
XEC
+14
5B5
_RXE
C-
146
B6_R
XE2+
147
B7_R
XE2-
148
G0_
RXE
1+14
9G
1_R
XE1-
150
G2_
RXE
0+15
1G
3_R
XE0-
152
VDD
P15
3
GN
DC
166
G6_
RXO
3+15
4G
7_R
XO3-
155
R0_
RXO
C+
156
R1_
RXO
C-
157
R2_
RXO
2+15
8R
3_R
XO2-
159
R4_
RXO
1+16
0R
5_R
XO1-
161
R6_
RXO
0+16
2R
7_R
XO0-
163
AVD
D_L
PLL
164
AVSS
_LPL
L16
5
VDD
C16
7LC
K/G
PIO
100
168
LDE/
GPI
O99
169
LHSY
NC
/GPI
O98
170
LVSY
NC
/GPI
O97
171
PCM_D7/CI_D7 92PCM_D6/CI_D6 93PCM_D5/CI_D5 94PCM_D4/CI_D4 95PCM_D3/CI_D3 96PCM_D2/CI_D2 97PCM_D1/CI_D1 98PCM_D0/CI_D0 99PCM_A14/CI_A14 100PCM_A13/CI_A13 101PCM_A12/CI_A12 102PCM_A11/CI_A11 103PCM_A10/CI_A10 104PCM_A9/CI_A9 105PCM_A8/CI_A8 106VDDP 107PCM_A7/CI_A7 108PCM_A6/CI_A6 109PCM_A5/CI_A5 110PCM_A4/CI_A4 111PCM_A3/CI_A3 112PCM_A2/CI_A2 113PCM_A1/CI_A1 114PCM_A0/CI_A0 115GPIO3 116GPIO4 117
PCM
_IO
RD
_N/C
I_R
D13
5PC
M_I
OW
R_N
/CI_
WR
136
PCM
_OE_
N13
7PC
M_W
E_N
138
PCM
_REG
_N/C
I_C
LK13
9PC
M_C
E_N
/CI_
CS
140
PCM
_IR
QA_
N/C
I_IN
T14
1PC
M_W
AIT_
N/C
I_W
ACK
142
CI_
RES
ET17
2C
I_C
D17
3TS
1_D
0/FD
SP_I
MS
174
TS1_
VLD
/FD
SP_I
CLK
175
TS1_
SYN
C/F
DSP
_ID
I17
6TS
1_C
LK/F
DSP
_ID
O17
7IR
IN2
178
INT2
179
AVD
D_D
DR
184
GN
DM
187
I2S_IN_WS/GPIO44193 I2S_IN_BCK/GPIO45194 I2S_IN_SD195 SPDIF_IN196 I2S_OUT_MCK197 I2S_OUT_WS198 VDDP199 GNDC200 VDDC201 I2S_OUT_BCK202 I2S_OUT_SD203 SPDIF_OUT204
I2S_OUT_MUTE207 GPIO14/UART_TX1/CEC208 MVREF209 DDR_CKO_N210 DDR_CKO211 SDR_CKE212 AVDD_MEMPLL213 SDR_AD0214 SDR_AD1215 SDR_AD2216 SDR_AD3217 SDR_AD4218 SDR_AD5219 SDR_AD6220 AVDD_DDR221 SDR_AD7222 SDR_AD8223 SDR_AD9224 SDR_AD10225 SDR_AD11226 SDR_AD12227 SDR_BA1228
OTG_REXT248 AVDD_OTG249 USB_DM250 USB_DP251 AVSS_OTG252
AVDD_MPLL255
GPI
O0/
CEC
1G
PIO
1/TX
12
GPI
O2
3
C1(
CVB
S7P)
38Y1
(CVB
S5P)
39C
0(C
VBS6
P)40
Y0(C
VBS4
P)41
VDDC233
LINE_OUT_1R(DACO_S) 73LINE_OUT_0L(DACO_L) 74LINE_OUT_0R(DACO_R) 75
GN
DC
55
TS_D0/BT656_D0/FDSP_IMS 79TS_D1/BT656_D1/DSP_ICLK 80TS_D2/BT656_D2/FDSP_IDI 81TS_D3/BT656_D3/FDSP_IDO 82TS_D4/BT656_D4 83TS_D5/BT656_D5 84TS_D6/BT656_D6 85TS_D7/BT656_D7 86TS_VLD 87TS_SYNC 88TS_CLK/BT656_CLK 89
GND257
R49
010
0R
490
100
C51
9
0.1u
F
C51
9
0.1u
F
L436
60oh
m/1
00M
Hz
L436
60oh
m/1
00M
Hz
Q40
739
04Q
407
3904
1
23
R53
3
4.7K
R53
3
4.7K
R49
210
0R
492
100
C51
00.
1uF
C51
00.
1uF
R50
5
560
R50
5
560
R41
447
RR
414
47R
C54
10.
1uF
C54
10.
1uF
C41
320
pC
413
20p
Q40
139
04Q
401
3904
1
23
R44
6
2.2M
R44
6
2.2M
R47
710
0R
477
100
R50
356
0R
503
560
R45
533
R45
533
C55
00.
1uF
C55
00.
1uF
7531
8642
RP
406
1KX
4
7531
8642
RP
406
1KX
4
L425
60oh
m/1
00M
Hz
L425
60oh
m/1
00M
Hz
7531
8642
RP
4141
00X
4
7531
8642
RP
4141
00X
4
C48
7
0.1u
F
C48
7
0.1u
F
R51
847
R51
847
C43
022
0nF
C43
022
0nF
C49
80.
1uF
C49
80.
1uF
U40
3
24C
04
U40
3
24C
04
A01
A12
A23
GN
D4
SDA
5SC
L6
WP
7VC
C8
CN
403
RX
D/T
XD
CN
403
RX
D/T
XD
11
22
33
44
R451100 R451100
L444
60oh
m/1
00M
Hz
L444
60oh
m/1
00M
Hz
75
31
86
42 RP413 100X4
75
31
86
42 RP413 100X4
C47
7N
C/1
00P
FC
477
NC
/100
PF
R48
610
0R
486
100
C41
5N
C/1
00P
FC
415
NC
/100
PF
R44
910
0R
449
100
L430
60oh
m/1
00M
Hz
L430
60oh
m/1
00M
Hz
Q40
339
04Q
403
3904
1
23
C45
347
0nF
C45
347
0nF
C45
022
0nF
C45
022
0nF
R459
4.7KR459
4.7K
C41
422
0nF
C41
422
0nF
L431
60oh
m/1
00M
Hz
L431
60oh
m/1
00M
Hz
R48210K R48210K
R406 100R406 100
R439100 R439100
7531
8642
RP
4151
00X
4
7531
8642
RP
4151
00X
4
C533
0.1u
F
C533
0.1u
F
R46510K R46510K
R440 22KR440 22K
C50
3
0.1u
F
C50
3
0.1u
F
25
26
27
28
29
12
34
56
78
ABCD
87
65
43
21
D C B A
11
22
CN
1
21
F1
VR1
CX1
R1
R2
CY1
CY2
BD1
C1
C2
L3TH
1
CY3
12
34
L11
2
34
L2
FSP1
80-4
H02
!
!!
!
!!
!
!
!!
!!
Vin
10
3
4
8
L6
D2
R20
R27
R19
R6
C11
C3
R74
R18
R71
R25
C12
Vcc
8
DRV
7
GN
D6
ZCD
5CS
4
Ct3
Ctrl
2
FB1
IC1
R7
C13
R3
R4 R5
R21
C10
!
! !
Q1Q2
R23
Q9
D3
R26
R24
R22
400V
dc
D1
D4
Q3
!
ZCD
ZCD
FSP
Tech
nolo
gy In
c.TI
TLE:
P/N
:
APP
ROV
ED:
CHEC
KED
:D
ESIG
NER
:
DA
TE:
REV
.01
+
EC1
Q6
Q5
C4
R14
Q4
D6
R11
R13
R36
D5
Q10
R12
D7
EC5
EC6
C18
C17
C19
A 1K2
D8
C23
R38
R40
C24
R10
C20
C7
R34
C21
R39
EC19
EC4
R17
R70
2
5
12 9 10 8 11 7
T3
R37
+ EC8
!
A AKK
ZD1
R72
R88
R73
C42
PC3B
PC2A
PC2B
C37
R55
R80
+
EC12
+
EC13
L5
L4
+EC
16
+EC
15
R81
R83
R84
R85
R82
C38
C39
CY5
R62
R67
AK
R
U4
11
33
22
D17
PC1B
5
9,10
3 12
6,7
T4
R69
Q15
R48
C32
C40
R86
R63
!
!
!
Q14
R60
R64
AK
R
U3
R65
R66
C31
C30
D9
400V
dc
24V
_BL
24V
_BL
on/o
ff5V
sb
5Vsb
5V
AK
RU
1
D10
EC9
EC10
12V
R41
12V
R87
C41
GND 4
Vse
n1
FB 3
Css 5REG8
COM
10
RC 7
OC 6
VG
L11
VB14
VS
15
NC
12
VGH16
Vcc2
RV 9
NC
13
NC
17
NC
18
IC2
R30
C16
R8
R9
C6
C8
C22
C9
D16
C28
R53
C14
D14
Q8
VCC
R52
400V
dc
C5
R32
R31
VCC
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18
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R35
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R58
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D18
D19
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R59
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12V
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FM8
GND 3
FB 4
FM 2
S 1Vcc5
FM7
NC6
IC3 R61
R47
R49 R
50
R51
R57
+
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PC1A
Vin
C29
C33
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C34
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Q12
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R45
R44
R46
C26
C25
+EC14
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24V
_aud
io
VCC
D12
A AKK
ZD2 D23
D22R
92
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22
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44
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66
77
88
99
1010
CN
S1
11
22
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44
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S3
12V
24V
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on/o
ff
5Vsb5V
24V
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24V
_aud
io
C36
C44
T4AH
/250
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1 2 3 4 5 6 7 8
CN
S2
C45
LS3
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R42
R33
D31
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R94
R95
R96
R97R
76R
77R
78R
79R
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30
32" Power supply boards PCB
31
32" Power supply boards PCB
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32" Power supply boards PCB
33
32" Power supply boards PCB
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32" Power supply boards PCB
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32" Power supply boards PCB
36
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 1 OF 6
History
REV. Description Date Drawn Mechanical Electrical Approved
01 SPEC. ISSUE Nov.28.’08 XiongC HuYF ZhouY Tonyhsieh
37
32" power supply specification
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 2 OF 6
Electrical Requirements1. Input Characteristics:
ITEM CONDITION SPECIFICATION 1.1 Normal Rated Input Voltage 100Vac to 240Vac
1.2 Input Voltage Range 90Vac to 264Vac
1.3 Input Frequency Range 47Hz to 63Hz
1.4 Input Current Harmonic EN61000-3-2 / GB17625.1 D
1.5 Input Current 100Vac / maximum load 3A
1.6 Inrush Current 100Vac / maximum load / 25240Vac / maximum load / 25
50Amax 100Amax
1.7 Standby mode Load Power Consumption (Power Saving)
Input ac Voltage at 230V and the power of output is less than 0.4W 5Vsb/0.08A , When ON/OFF is low or open.
1.0W
1.8 Efficiency 100Vac / maximum load 240Vac / maximum load
83% 85%
1.9 Remote ON/OFF control Low or open (<0.5V) High (>2.5V)
Standby mode On mode
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32" power supply specification
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 3 OF 6
2. Output Characteristics:ITEM CONDITION 2.1 Output Rated :( Standby mode) ON/OFF: Low or open(<0.5V)
Output current
NO Output Output Voltage Ripple &noise Min. Max. Peak 1 +5Vsb 4.75V – 5.25V 100mV 0.08A 1A /
2.2 Output Rated :(On mode) ON/OFF: High(>2.5V)
Output current
NO Output Output Voltage Ripple &noise Min. Max. Peak Total Continuous Power
1 +5Vsb 4.75V – 5.25V 100mV 0.08A 1A /2 +5V 4.75V – 5.25V 100mV 0.1A 4A /
24W Maximum
3 +12V 11.4V – 12.6V 150mV 0.1A 3A /4 +24V_audio 22V – 26V 250mV 0.1A 1A /5 +24V_BL 22.8V – 25.2V 250mV 0.1A 6A 7A
156W Maximum
180W Maximum
Note: 1) Maximum continuous total DC output power will not exceed 180 watts. 2) +24V_BL and +24V_audio and +12V maximum continuous power will not exceed 156 watts. 3) The peak current or power should be test at other of dc output at rated load, And the peak current pulse width 100ms 4) Output Voltage Ripple and Noise Measurements shall be made with an oscilloscope with 20MHz bandwidth. 5) Outputs shall be bypassed at the connector with a 0.1uF ceramic capacitor and a 47uF electrolytic
Capacitor to simulate system loading. 6) Output Voltage Ripple and Noise test condition: 100Vac,240Vac/full load,2
2.6 Dynamic Load Change 0-50%-100%Load,50Hz-10KHz, S/R 0.2A/usec 0-100%Load,50Hz-10KHz, S/R 0.2A/usec
5% 10%
5Vsb 20mS 5V 20mS 12V 20mS 24V_audio 50mS
2.7 Rise Time: At full load, DC output voltage rise from 10% to 90% .
24V_BL 50mS
2.8 Start-up Time Applied the AC input voltage is 230Vac and output load is maximum load, output voltage shall remain regulation.
2000mS
2.9 Overshoot Turn on (all of dc output current from min. to max.) Turn off (all of dc output current from min. to max.)
5%
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32" power supply specification
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 4 OF 6
3. Protection Characteristics:
ITEM CONDITION SPECIFICATION
3.1 Short Circuit Protection (SCP): The PSU will enter into shut down that means no output while short circuit happened at output terminal.
Auto-recovery or latch off
3.2 Over-Voltage Protection (OVP): The PSU will enter into shut down while the abnormal thermal rise occurs. It will enter into normal condition if the fault condition is removed.
No broken, no smoke.
3.3 Over Circuit Protection(OCP): When an internal fault occurs, or an external fault is applied to the PSU, such that an overload is applied to the output, the PSU shall shut down. It will enter into normal condition if the fault condition is removed.
Auto-recovery or latch off
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32" power supply specification
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 5 OF 6
4. Environmental Characteristics: ITEM CONDITION SPECIFICATION 4.1 Electric Fast Transients: Refer to EN61000-4-4
Impulse: 1KV applied to AC line , pulse Duration 50nS period 5 min
Normal operation shall be Continued.
4.2 Lightning Surge: Refer to EN61000-4-5
2KV applied between L and FG, N and FG , L,N and FG ,pulse rise time 1.2us and duty time 50uS
1KV applied between Land N , pulse rise time 1.2us and duty time 50uS
No smoking and fire. No components damaged.
4.3 Electron Static Discharge: (Refer to EN61000-4-2 Energy Storage Capacitor 150pF;Discharge Resistor 330ohm)
Air Discharge: 8KV min.
Contact Discharge: 6KV min. (Note : combine with customer’s system)
Test with system.
4.4 Cooling Natural air cooling Normal operation shall be Continued.
4.5 EMI: EMI Conducted Emission EMI Radiated Emission
Test with system CLASS B
4.6 Safety conforming: EN60065 GB8898 & GB4943
4.7 Leakage Current: 230Vac / 50Hz 0.75mA
4.8 Insulation Resistance: Between Primary to Secondary circuit; Between Primary to Ground;
50M @2550M @25
4.9 Dielectric Strength: (Hi-Pot)
3000Vac, 10mA, 1 minute sec between Primary to Secondary circuit; 1500Vac, 10mA, 1 minute sec between Primary to Ground
4.10 Operation Temperature: 0 to 40 At 100% load: 0 to 40 .
4.11 Storage Temperature -20 to +70
4.12 Humidity Operating Storage
10% - 80% 10% - 90%
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32" power supply specification
Electrical Specification
MODEL NO. FSP180-4H02 SHEET 6 OF 6
5.Mechanical Characteristics:
ITEM CONDITION SPECIFICATION
5.1 Dimension (Length x Width x Height)
210x110x28.5 mm
5.2 Input AC connector (CN1) CN1 A3963WV2-3P-D 2PIN
5.3 Output DC connector CNS1 (A2501WV2-10P or EQU)
- pin 1: ON/OFF - pin 2: GND - pin 3: GND - pin 4: +5.2V - pin 5: +5.2V - pin 6: +5.2Vsb - pin 7: GND - pin 8: GND - pin 9: 12V - pin 10: 12V
CNS3 (A2501WV2-6P or EQU) - pin 1: GND - pin 2: GND - pin 3: GND - pin 4: 24V_BL - pin 5: 24V_BL - pin 6: 24V_BL
CNS2 (A2001WV2-8P or EQU) - pin 1: 12V - pin 2: 12V - pin 3: GND - pin 4: GND - pin 5: GND - pin 6: GND - pin 7: 24V_audio - pin 8: 24V_audio
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32" power supply specification
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32" power supply specification
1. GENERAL DESCRIPTION
8M06-06B is a multi-purpose LCD/PDP TV control board; it supports LCD panels between 26” -- 56” and
PDP panels with single/dual LVDS interface. It supports resolution up to 1920x1080.
8M06-06B supports DVB-T, dual HDMI, dual SCART, CVBS, PC, YPbPr S-Video, Analog TV. It includes an
audio amplifier which can support 2X10W (8 ) output.
8M06-06B supports HDMI1.3A. Spatial Noise reduction, FULL HD panels.
8M06-06B provides extended functions such as DVD, Card reader.
2. FEATURES CHIPSET MSD109
MARKET AREA PAN EUROPE, UK
OSD LANGUAGE English, French, German, Italian, Spanish, Portuguese (Option)
Panel Type LCD/PDP
Interface Dual/Single LVDS interface PANEL
Resolution Up to 1920x1080
Tuner receiving range 44MHz - 863MHz
Input impedance 75
Video System PAL, SECAM, NTSC
BG, DK, I, M Sound System
NICAM/A2
Max.Storage
Channels 199CH
Colour Killer level 30dBuV
Teletext error
sensitivity 50dBuV
ATV
NICAM sensitivity 45dBuV
VHF (174MHz – 230MHz) Tuner receiving range
UHF (474MHz -862MHz)
Input impedance 75
Channel bandwidth 7MHz/8MHz
Modulation COFDM 2K/8K QPSK, 16QAM, 64QAM
Video System MPEG-2 MP@ML
Sound System MPEG-1 layer 1,2
Basic Functions EPG, Subtitle, Teletext (EURO), MHEG-5(UK)
TV INPUT
DVB-T
Common Interface Support
PC-RGB Format Up to 1920x1080@60Hz
Video System PAL/NTSC/SECAM CVBS
Video level 1.0 Vp-p 5%
S-VIDEO S-Y:0.7 Vp-p: ±5% S-C:0.3 Vp-p: ±5%
YPbPr/YCbCr
HDMI 480i, 480p, 576i, 576p, 720p, 1080i, 1080p
VIDEO INPUT
SCART SCART1: CVBS & RGB SCART2: CVBS & YC
AUDIO INPUT PC-RGB Earphone input 0.5 Vrms
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Control board Specification
Control board Specification
CVBS
S-VIDEO
YPbPr/YCbCr
L/R RCA input 0.5 Vrms
Video System PAL/NTSC/SECAM VIDEO OUTPUT CVBS
Video level 1.0 Vp-p 5%
Frequency
response 100Hz - 10000Hz @ 3dB (1KHz 0dB reference signal)
Max Output
power 2x10 W(8 ) THD N<10%
CVBS Audio level 1.0 Vrms
AUDIO OUTPUT
EARPHONE Rating 2 X 1.5mW (36 load)
Requirement 24V, 12V/2A, 5V/2A, STB5V/2A POWER
To Panel 5V, 12V
3:2/2:2 pull
down/film mode Yes
Picture Freeze Yes
COMB FILTER 3D
DEINTERLACE 3D
WEAK SIGNAL
ENHANCEMENT Yes
NOICE REDUCTION Yes
NICAM/A2 Yes
TELETEXT 1000Pages
Sound effect Music -Theater- equalizer -standard
KEY FUNCTION MENU, CH+, CH-, VOL+, VOL-, INPUT, POWER
EXPANSIBLE
MODULES DVD, CARD/USB READER
TV 1 IEC 75
PC-RGB 1 D-SUB 15Pin terminal(blue)
CVBS 1 RCA terminal(yellow)
SCART 2 SCART terminals
HDMI 2 DMI terminals
YPbPr 3 RCA terminals(Green, Blue, Red)
S-VIDEO 1 S-Video terminal(black)
USB 1 terminals
CVBS1 AUDIO
YPBPR AUDIO
S-VIDEO AUDIO
2 RCA terminals(white, red)
TERMINALS INPUT
PC-RGB AUDIO 1 Earphone terminal(black)
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Control board Specification
3. FUNCTION LAYOUT TOP VIEW OF LCD CONTROL BOARDNOTE: The optional connectors and terminals are marked with “*”.
RF InputRGB inRGB audioinput
HDMI1 Full-SCART Half-SCARTHDMI2HEADPHONE
INTERFACE FUNCTION DESCRIPTIONNOTE: The optional connectors and terminals are marked with “*”.
NO. DESCRIPTION NO. DESCRIPTION
2
12
4 5 6 87 1011
14 15 16
25
9
21 22 23 24 26 27 28 31
1
3 13
30 29
18 17 19 20
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Control board Specification
4. PCB DIMENSION The height of the control board is 27.0 mm.
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Control board Specification
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5. KEY BOARD AND IR BOARD SCHEMATICS
6. INTERFACE DEFINITION
Control board Specification
49
Control board Specification
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Control board Specification
5
7. CONFIGURATION & GENERAL PRECAUTIONS
1 Relative humidity: 80%. 2 Storage temperature: -10~+60 °C. 3 Operation temperature: 0~+40 °C. 4 Protect the control board from static; it may cause damage to the IC. 5 Disconnect the TV before the power supply of panel is connected correctly. 6 Do not drop any metal on the control board when it is working. 7 Do not push or pull the connector when the control board is working. 8 Do not disassemble the module. 9 If the surface or the control board is dirty, clean it with soft dry cloth. 10 Can’t be pressed and distorted.
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Introduction of Factory Menu
Method of Factory Reset 1,after entering the factory menu, and choose the FACTORY RESET” function by the right direction button .2, the screen will be shutdown (display screen change to black) for a while and turn on quickly. 3,Prees the Menu key to Exit the Factory Menu”.
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Method of Entering the Factory Menu 1,Power on the LCD TV at normal mode. 2,Press Input Key, and the screen display the main menu, after that press the numeral key 2580 ,the following information will be displayed on the left top corner of the screen.
MSTAR upgrade and debugging
SINHO 1：Preparation for upgrade (1), Mstar hardware upgrades tools and USB cable、VGA cable. (2), Mstar hardware upgrade drive and software upgrades tools. (below) (3), Main board and power supply
(MSTAR)Soft Updata driver.rar
2, Hardware upgrade drive install (1), Please connect hardware upgrade board with USB of computer by USB cable, then it will appear “Recognition to the hardware” and point out install the procedure. Below:
(2), Please choose “install from list or position established”, enter into next step, and according to the instraction to choose hardware drive to install. 54
UnReg
istere
d
(3), Please pay attention. In the installation process, choose the one promoting , Please choose the drive
where it is to install.
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1
2
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3
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(4), In the install process, you must do the 2 3 three times, after that, the installation finishded.
Upgrade Process:(1) Choice of hardware board jump apparatus: Choose P.11 and P.4 as picture.shown:
NOTE upgrade board jump risk should arrcording to previous picture..
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P.11P.4
VGA port
4pin neilsbed
USB port
The first way 4pin line which connected with AD Board and upgrade boardUse one 4PIN line to connect the AD board and upgrade board.
For Mstar6M19
4pin neilsbed CN403
SDA ----- TXD
SCL ----- RXD
GND ----- GND
5V NC 5VCN403
4pin neilsbed
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(2) Open the upgrade window as picture. shown, and choose Config first to click
"Use USB"..“Auto release USB”, and pls ensure to choose “Port Type èUSB”,“Speedè(5
45)” we recommend to choose Speed 10
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At last, please choose “Auto” and select “Blank Read File Program Exit ISP Erase DeviceAll Chip” like the picture below, please pay attention that don't select “Reconnect”.
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