manual de service de lcd hitachi
55
CDH-L32S02 CDH-L42F02 CDH-L26S02
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CDH-L26S02_CDH-L32S02CDH-L42F02
Transcript of manual de service de lcd hitachi
-
CDH-L32S02
CDH-L42F02
CDH-L26S02
-
42
4
0 40 70
0 40 70
0 40
40 85
-Y0 50
30000
-
IC Block Diagram
-11-
3
Thermal
Shutdown 1
2 V out
Adj
1.25V+
+
CURRENT
LIMIT
V in
-
+
+
1
GND
(FIXED)
-
U5,U20(2.5V/1APOSITIVEFOXED-MODE REGULATOR)AP1117E33L-13
5IN
EN
FB
GND
SW
BST
4
3
2
1
6
REGULATOR OSCILLATOR
1.4MHz/460KHz
RAMP
GENERATOR
DRIVER
CURRENT SENSE
AMPLIFIER
ERROR
AMPLIFIER
CURRENT
LIMIT
COMPARATOR
PWM
COMPARATOR
D
x20
M1
REGULATOR
REFERENCE
EA--+
--+
--+
S
R
R
Q
--
+
27pF
1pF
U10(1.2A,24V,1.4MHZSTEP-DOWNCONVER7(5)MP2359DT
-
IC Block Diagram
-12-
U9(LCDTV CONTROLLER WITH VIDEO DECODER)MST9U89DL
-
IC Block Diagram
-13-
U11(128-MBITSDRAM) HYB25DC128160CE-5
-
IC Block Diagram
-15-
U16,U19,U17(2K 2-WIRE AERIAL EEPROM)24C02
U34( 64-BIT IIC BUSSERIAL EEPROM) AT24&64A
-
IC Block Diagram
-16-
U43(3-TO-1DVI/HDMI SWITCH) TMDS341APFCR
-
-17-
U101(ALIGNMENT-FREE VISION&FMSOUNDPLL DEMODULATOR)TDA9881TS
IC Block Diagram
-
U800(DUAL BTL CLASS D AUDIO AMPLIFIER)TDA7491P (On Amp Board)
IC Block Diagram
-18-
-
-20-
Main PCB Top/Bottom Layer
-
Main PCB Top/Bottom Layer
-21-
-
'VODUJPOBM0WFSWJFX
'SPOU1BOFM
1
2
1
2
CDH-L26S02CDH-L42F02 / CDH-L32S02
4JEF1BOFM
8
7
6
910
89
10
43
INPUTMENU
CH
AV3 /
AV6
AUD
IO IN
AV3 I
NAV
6 IN
7
6
CDH-L26S02 CDH-L42F02 / CDH-L32S02
CH
VIDEO
AV3 I
N3
5 INPUTMENU
1 3FNPUFDPOUSPMTFOTPS3FDFJWFTTJHOBMGSPNUIFSFNPUFDPOUSPM
2 1PXFSJOEJDBUPS-JHIUTVQJOSFEXIFOUIF57JTJOTUBOECZNPEF-JHIUTVQJOHSFFOXIFOUIF57JTUVSOFEPO
3 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPWJEFPPVUQVU
4 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPTWJEFPPVUQVU
5 )FBE1IPOFKBDL$POOFDUUPIFBEQIPOFT
6 7PMVNF6Q%PXO
1SFTTUPBEKVTUUIFWPMVNF
7 $IBOOFM6Q%PXO 1SFTTUPTFMFDUQSFWJPVTOFYUDIBOOFM
8 .FOV
1SFTTUPFOUFSPSFYJUGSPNUIF57NFOV
9 *OQVU4FMFDU
1SFTTUPTFMFDU57"7"7"7"7"7"7)%.*)%.*PS7("NPEF"WBJMBCMFGPSNPEFM$%)-4POMZ
10 1PXFS0O4UBOECZ
1SFTTUPUVSOUIF57POPSTUBOECZ
Function Overview
-23-
-
3FBS1BOFM
16 1917 20
AUDIO
AUDIO
Y PB PR
VIDEO
AV2
IN
ANTAV1/
AV2
AUDIOPC ANALOG
VGA
IN
HDMI2 HDMI1 AUDIO
VIDEO
VIDEO
AV4/
AV5
AUDIO
IN
AUDIO
IN
AV4 I
NAV
OUTHD
MI IN
AV1
IN
AV5 I
N
S-VIDEO
13 14
POWER
12
CDH-L26S02
111815
16 1917 20
AUDIO
AUDIO
Y PB PR
VIDEO
AV2
IN
ANTAV1/
AV2
AUDIOPC ANALOG
VGA
IN
HDMI2 HDMI1 AUDIO
VIDEO
VIDEO
AV4/
AV5
AUDIO
IN
AUDIO
IN
AV4 I
NAV
OUTHD
MI IN
AV1
IN
AV5 I
N
S-VIDEO
13 141211
CDH-L42F02 / CDH-L32S02
1815
11 .BJO1PXFSCVUUPO1SFTTUPUVSOUIF57NBJOQPXFSPOPSPGG
12 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPDPNQPOFOUPVUQVU
13 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPTWJEFPPVUQVU
14 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPWJEFPPVUQVU
15 )%.*)%.**OQVUUFSNJOBM$POOFDUUPFRVJQNFOUXJUI)%.*PVUQVU
16 7("*OQVUUFSNJOBM$POOFDUUP1$
17 7(")%.*"OBMPHVF"VEJP*OQVUUFSNJOBM$POOFDUUPFRVJQNFOUVTJOH)%.*%7*DPOOFDUJPOPS1$XJUIBVEJPPVUQVU
18 "7*OQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPWJEFPPVUQVU
19 0VUQVUUFSNJOBMT$POOFDUUPFRVJQNFOUXJUIBVEJPWJEFPJOQVU
20 "OUFOOB*OQVUUFSNJOBM$POOFDUUPFRVJQNFOUXJUIBOUFOOBPVUQVUPSXBMMBOUFOOBTPDLFU
-24-
Function Overview
-
-25-
-
ASPECT
CC MTS
INFO
CH
FREEZEFAV CH
SOURCEON/OFF SIZE
PIP
INPUT
CH
POSITION
SOUNDSWAP HDMI2HDMI1
AV2AV1 VGAAV3
CR-788
17
19
24
18
23
21
20
22
26
25
17 'BWPSJUF$IBOOFM'"7$)
1SFTTUPWJFXZPVSBTTJHOFEGBWPSJUFDIBOOFMT&BDIUJNFUIFCVUUPOJTQSFTTFEJUXJMMDZDMFUISPVHIZPVSBTTJHOFEGBWPSJUFDIBOOFMT
18 1*14PVSDF4063$&
1SFTTUPTFMFDUUIFTVCQJDUVSFTPVSDF
19 1*10O0GG0/0''
1SFTTUPTFMFDU1*10/1*1101PS1*10''
20 1*14PVOE406/%
1SFTTUPTFMFDUUIFTPVOEPVUQVUTPVSDF
21 1*14XBQ48"1
1SFTTUPTXBQUIFNBJOQJDUVSFXJUITVCQJDUVSF
22 %JSFDU*OQVU4FMFDUCVUUPOT1SFTTUPTFMFDUUIFJOQVUTPVSDFEJSFDUMZ
"7"7BOE"7NPEFDBOOPUCFTFMFDUFEEJSFDUMZ"WBJMBCMFGPSNPEFM$%)-4POMZz
23 7PMVNF6Q%PXO
1SFTTUPBEKVTUUIFWPMVNF-FGU3JHIU$VSTPS
1SFTTUPTFMFDUPSBEKVTUUIFEFTJSFEJUFNPOUIF57NFOV
24 'SFF[F)PME
1SFTTUPGSFF[FPSVOGSFF[FUIFQJDUVSF
25 1*11PTJUJPO104*5*0/
1SFTTUPTFMFDUUIFTVCQJDUVSFQPTJUJPO
26 1*14J[F4*;&
1SFTTUPTFMFDUUIFTVCQJDUVSFTJ[F
-26-
Function Overview
-
$POOFDUJPOT
$POOFDUJOH"OUFOOB$BCMF5PPCUBJOCFUUFSQJDUVSFRVBMJUZVTFBOPVUEPPSBOUFOOB
UHF antenna
VHF antenna
Flat cable
coaxial cablewith F-type connector
ANT
75 ohm adapter(commercially available)
To TV antenna terminal
1
2
1 *GZPVSPVUEPPSBOUFOOBVTFTPINDPBYJBMDBCMFXJUIBO'UZQFDPOOFDUPSDPOOFDUJUEJSFDUMZUPUIF57BOUFOOBUFSNJOBMBUUIFSFBSQBOFM
2 *GZPVSPVUEPPSBOUFOOBVTFTGMBUDBCMFDPOOFDUPSJUXJUIBPINBEBQUFSDPNNFSDJBMMZBWBJMBCMFBOEUIFOUPUIF57BOUFOOBUFSNJOBMBUUIFSFBSQBOFM
5IFBOUFOOBDBCMFDPBYJBMPSGMBUDBCMFBOEBEBQUFSBSFOPUTVQQMJFE1MFBTFEJTDPOOFDUBMMUIFQPXFSTVQQMJFTUPUIFFRVJQNFOUBOE57CFGPSFDPOOFDUJPO
zz
-27-
Connections
-
-28-
-
.FOV0QFSBUJPO
1JDUVSF.FOV
SEL EXITADJ MENU
PICTUREPicture modeContrastBrightnessColorSharpnessTintColor temp.Noise reduce
Standard00000
NormalOff
4FMFDUFE*UFNT 4FUVQ)JOUT
1JDUVSFNPEF 4UBOEBSE 4FMFDUUIFNPTUTVJUBCMFQJDUVSFNPEFBDDPSEJOHUPZPVSMJHIUJOHDPOEJUJPO#SJHIU
4PGU
1FSTPOBM
$POUSBTU "EKVTUUPJODSFBTFPSEFDSFBTFUIFQJDUVSFDPOUSBTU
#SJHIUOFTT "EKVTUUPCSJHIUFOPSEBSLFOUIFQJDUVSF
$PMPS "EKVTUUPJODSFBTFPSEFDSFBTFUIFDPMPVSJOUFOTJUZ
4IBSQOFTT "EKVTUUPTIBSQFOPSTPGUFOUIFQJDUVSF
5JOU "EKVTUUPPCUBJOOBUVSBMTLJODPMPS
$PMPSUFNQ /PSNBM 4FMFDUUIFNPTUTVJUBCMFTFUUJOHTEFQFOEJOHPOZPVSQSFGFSSFEDPMPVSUPOF8BSN
$PPM
/PJTFSFEVDF 0GG 4FUUPSFEVDFOPJTFJOUIFQJDUVSFEVFUPXFBLTJHOBMDPOEJUJPO-PX
.FEJVN
)JHI
"VUP
6TFS3 "EKVTUUPTUSFOHUIFOPSXFBLFOUIFSFEDPMPS
6TFS( "EKVTUUPTUSFOHUIFOPSXFBLFOUIFHSFFODPMPS
6TFS# "EKVTUUPTUSFOHUIFOPSXFBLFOUIFCMVFDPMPS
5IFJUFNTJOEJDBUFECZr sBSFOPUBWBJMBCMFJO7("NPEFr6TFS3sr6TFS(sBOEr6TFS#sBSFBWBJMBCMFJO7("NPEFPOMZr5JOUsDBOPOMZCFTFMFDUFEBOEBEKVTUFEXIFOSFDFJWJOH/54$CSPBEDBTU
zzz
-30-
Menu Operation
-
4PVOE.FOV
SEL EXITADJ MENU
SOUNDSound modeTrebleBassBalanceSurroundAVCMTS
Standard000
OffOff
Mono
4FMFDUFE*UFNT 4FUVQ)JOUT
4PVOENPEF 4UBOEBSE 4FMFDUUIFNPTUTVJUBCMFTPVOENPEFBDDPSEJOHUPZPVSXBUDIJOHDPOUFOUT/FXT
.VTJD
1FSTPOBM
5SFCMF "EKVTUUIFIJHIQJUDIFETPVOE
#BTT "EKVTUUIFMPXQJUDIFETPVOE
#BMBODF "EKVTUUIFMFGUBOESJHIUTPVOEDIBOOFMWPMVNF
4VSSPVOE 0GG 4FMFDUr0OsUPBDUJWBUFTVSSPVOE
0O
"7$"VUP7PMVNF$POUSPM
0GG 4FMFDUr0OsUPBVUPNBUJDBMMZBEKVTUUIFWPMVNFUPJUTBWFSBHFMFWFMFBDIUJNFZPVDIBOHFUIFDIBOOFM0O
.54.VMUJDIBOOFM5FMFWJTJPO4PVOE
.POP 4FMFDUUIFTPVOEPVUQVUEFQFOEJOHPOUIFCSPBEDBTUDIBOOFM4UFSFP
4"1
-31-
Menu Operation
-
SEL EXITADJ MENU
FUNCTIONSleep timerLanguageClosed captionCC modeParental ctrl.
OffEnglish
OffCC1
-32-
-
57$IBOOFM.FOV57.PEF
SEL EXITADJ MENU
TV-CHANNELAuto scanFine tuningAdd/EraseSourceFavoriteColor system
0AddAir
Auto
4FMFDUFE*UFNT 4FUVQ)JOUT
"VUPTDBO 5VOFGPSBMMUIFBWBJMBCMFDIBOOFMTBVUPNBUJDBMMZ8IFOBVUPTFBSDIJTDPNQMFUFEUIF57XJMMBVUPNBUJDBMMZSFUVSOUP$IBOOFM
'JOFUVOJOH 'JOFUVOFUIFDVSSFOUDIBOOFM1SFTT UPEFDSFBTFPSJODSFBTFUIFGSFRVFODZ
"EE&SBTF "EE 4FMFDUr"EEsUPBEEUIFDVSSFOUDIBOOFM4FMFDUr&SBTFsUPEFMFUFUIFDVSSFOUDIBOOFM&SBTF
4PVSDF "JS 4FMFDUr"JSsUPSFDFJWFPWFSUIFBJSCSPBEDBTUTJHOBM4FMFDUr$"57sUPSFDFJWF$"57CSPBEDBTUTJHOBM$"57
'BWPSJUF "TTJHOVQUPPGZPVSNPTUGSFRVFOUMZWJFXFEDIBOOFMTBTGBWPSJUFDIBOOFM
$PMPSTZTUFN "VUP 4FMFDUUIFBQQSPQSJBUFDPMPSTZTUFN
1"-
/54$
1"-.
1"-/
/54$
-33-
Menu Operation
-
(FPNFUSZ.FOV7(".PEF
SEL EXITADJ MENU
GEOMETRYH-PositionV-PositionClockPhaseAuto adjust
0000
4FMFDUFE*UFNT 4FUVQ)JOUT
)1PTJUJPO "EKVTUUIFQJDUVSFIPSJ[POUBMQPTJUJPO
71PTJUJPO "EKVTUUIFQJDUVSFWFSUJDBMQPTJUJPO
$MPDL "EKVTUUIFQJDUVSFXJEUI
1IBTF "EKVTUUPSFNPWFUIFIPSJ[POUBMJOUFSGFSFODF
"VUPBEKVTU "VUPBEKVTUUIFTDSFFOQPTJUJPODMPDLBOEQIBTF
-34-
Menu Operation
-
1*1.FOV
SEL EXITADJ MENU
PIPMulti windowSourceSizeBoard colorSoundSwapPosition
OffAV1SmallBlueMain
Top left
4FMFDUFE*UFNT 4FUVQ)JOUT
.VMUJXJOEPX 0GG 4FMFDUr1*1sUPEJTQMBZQJDUVSFJOQJDUVSF4FMFDUr101sUPEJTQMBZQJDUVSFPOQJDUVSF1*1
101
4PVSDF 4FMFDUUIFTVCQJDUVSFTPVSDF
4J[F 4NBMM 4FMFDUUIFTVCQJDUVSFTJ[FJO1*1NPEF
.FEJVN
-BSHF
#PBSEDPMPS #MVF 4FMFDUUIFTVCQJDUVSFXJOEPXGSBNFDPMPS
#MBDL
4PVOE .BJO 4FMFDUUIFTPVOEPVUQVUTPVSDF
4VC
4XBQ 4FUUPTXBQUIFNBJOQJDUVSFXJUITVCQJDUVSF
1PTJUJPO 5PQMFGU 4FMFDUUIFTVCQJDUVSFQPTJUJPOJO1*1NPEF
#PUUPNMFGU
5PQSJHIU
#PUUPNSJHIU
:PVDBODIBOHFUIFTVCQJDUVSFTPVSDF5IFBWBJMBCMFTPVSDFTBSFTIPXOCFMPX
Sub Main TV AV1 AV2 AV3 AV4 AV5 AV6* VGA HDMI1 HDMI2TV - - - - - -AV1 - - - - - -AV2AV3 - - - - - -AV4 - - - - - -AV5 - - - - - -AV6* - - - - - -VGA - - -HDMI1 - - -HDMI2 - - -"WBJMBCMFGPSNPEFM$%)-4POMZ
z
-35-
Menu Operation
-
- -
-
5SPVCMFTIPPUJOH#FGPSFDBMMJOHTFSWJDFQFSTPOOFMQMFBTFDIFDLUIFGPMMPXJOHUSPVCMFTIPPUJOHHVJEF*GBOZQSPCMFNTUJMMQFSTJTUTVOQMVHUIF57TFUBOEDBMMGPSTFSWJDJOH
4ZNQUPN $IFDL-JTU
/PQJDUVSFOPTPVOE $IFDLJGUIFNBJOQPXFSPGUIF57JTUVSOFEPO$IFDLJGUIFDPOOFDUJPOPGUIFQPXFSDPSEBOEPSPUIFSDBCMFT
zz
1JDUVSF0,OPTPVOE $IFDLUIFWPMVNFMFWFM$IFDLJGUIF CVUUPOIBTCFFOQSFTTFEPSOPU$IFDLUIFDPOOFDUJPOPGUIFFYUFSOBMFRVJQNFOU
zzz
4PVOE0,QPPSDPMPVSPSOPDPMPVS $IFDLUIFWBMVFMFWFMPGr#SJHIUOFTTsBOEr$POUSBTUsJOUIF1*$563&NFOV
z
.VMUJQMFJNBHFTOPSNBMTPVOE $IFDLUIFBOUFOOBDPOOFDUJPOBOEEJSFDUJPO'JOFUVOJOHUIF57$IFDLUIFDPOOFDUJPOPGUIFFYUFSOBMFRVJQNFOU5IF57TUBUJPONBZIBWFCSPBEDBTUEJGGJDVMUJFT5SZBOPUIFSDIBOOFM
zzzz
4OPXZQJDUVSFQPPSTPVOE $IFDLUIFBOUFOOBDPOOFDUJPOBOEEJSFDUJPO5IF57TUBUJPONBZIBWFCSPBEDBTUEJGGJDVMUJFT5SZBOPUIFSDIBOOFM
zz
*OUFSNJUUFOUJOUFSGFSFODF $IFDLJGUIFTPVSDFPGJOUFSGFSFODFJTTIJFMEFEXFMM3FNPWFUIPTFLJOETPGFMFDUSJDBMEFWJDFTBXBZGSPNUIF57
zz
1PPSTUFSFPTPVOE 5IF57TUBUJPONBZIBWFCSPBEDBTUEJGGJDVMUJFT5SZUPDIBOHFUPNPOPNPEF
z
3FNPUFDPOUSPMEPFTOPUXPSL $IFDLJGUIFCBUUFSJFTBSFJOTUBMMFEDPSSFDUMZ5IFCBUUFSJFTNBZCFFYIBVTUFE3FQMBDFUIFNXJUIOFXPOFT3FNPWFBMMPCTUSVDUJPOCFUXFFOUIFSFNPUFDPOUSPMBOEUIFSFNPUFDPOUSPMTFOTPS&OTVSFUIFSFJTOPTUSPOHMJHIUTIJOOJOHPOUIFSFNPUFDPOUSPMTFOTPS
zzz
z
'PSHPUUFOQBTTXPSE &OUFSUIFGPMMPXJOHEJHJUDPEFBTZPVSPMEQBTTXPSEUPDSFBUFBOFXQBTTXPSE
z
r/PUTVQQPSUFEsBQQFBSTPOUIFTDSFFO7("NPEFPOMZ
$IFDLJGUIFEJTQMBZSFTPMVUJPOBOEGSFRVFODZGSPNZPVS1$JTBWBMJENPEFGPSUIF573FGFSUPUIFSFDPNNFOEFE7("JOQVUTJHOBMDIBSU
z
r/PTJHOBMsBQQFBSTPOUIFTDSFFO 5IF57DBOOPUEFUFDUBOZTJHOBMTGSPNBOZJOQVUUFSNJOBMT$IFDLJGUIFDBCMFJTDPOOFDUFEDPSSFDUMZBOEGJSNMZ$IFDLJGUIFQPXFSPGBOZFYUFSOBMFRVJQNFOUJTUVSOFEPO$IFDLJGUIFJOQVUTPVSDFTFMFDUJPOJTDPSSFDU
zzzz
*NBHFOPUDFOUFSFE7("NPEFPOMZ "EKVTUUIFr)1PTJUJPOsBOEr71PTJUJPOsJOUIF(&0.&53:NFOVz
-36-
Trouble Shooting
-
.PEFM/BNF $%)-4 $%)-4 $%)-'
1BOFM 4J[F "QQSPYJODIFT "QQSPYJODIFT "QQSPYJODIFT
3FTPMVUJPO Y Y Y
1PXFS3FRVJSFNFOU "$7)[ "$7)[ "$7)[
1PXFS$POTVNQUJPO 8 8 8
"VEJP0VUQVU 88 88 88
%JNFOTJPO8Y)Y%
8JUI4UBOE YYNN YYNN YYNN
8JUIPVU4UBOE YYNN YYNN YYNN
8FJHIU 8JUI4UBOE LH LH LH
8JUIPVU4UBOE LH LH LH
5FSNJOBMT "7 7*%&0*/-3"6%*0*/
"7 $0.10/&/5*/-3"6%*0*/
"7 7*%&0*/-3"6%*0*/
"7 7*%&0*/-3"6%*0*/
"7 47*%&0*/-3"6%*0*/
"7 47*%&0*/-3"6%*0*/
)%.* )%.**/
)%.* )%.**/
7(" 7("*/"6%*0*/
"7065 7*%&0065-3"6%*0065
)&"%1)0/& .JOJKBDL
*OQVU4JHOBMT 3' 1"-.//54$.
7JEFP 1"-/54$
$PNQPOFOU JQJQQ
J
)%.* JQJQQ
J
Q
"OBMPHVF7(" 7("89("
&OWJSPONFOU 8PSLJOHUFNQFSBUVSF_EFHSFFT8PSLJOHIVNJEJUZ_4UPSBHFUFNQFSBUVSF_EFHSFFT4UPSBHFIVNJEJUZ_
$IBOOFM$PWFSBHF .)[_.)['VMMDIBOOFM$BCMF57
1SFTFU1SPHSBN
"WBJMBCMFGPSNPEFM$%)-4POMZ
"WBJMBCMFGPSNPEFM$%)-4BOE$%)-'POMZ
%FTJHOBOETQFDJGJDBUJPOTBSFTVCKFDUUPDIBOHFXJUIPVUOPUJDF8FJHIUBOEEJNFOTJPOTTIPXOBSFBQQSPYJNBUFWBMVFTPOMZ"7BOE"7TIBSFUIFTBNFBVEJPJOQVUUFSNJOBMTXJUI"7BOE"7SFTQFDUJWFMZ
zzz
-37-
Specification
-
3FDPNNFOEFE4JHOBM-JTU7("*OQVU4JHOBM$IBSU
3FTPMVUJPO7FSUJDBM'SFRVFODZ)[
)PSJ[POUBM'SFRVFODZL)[
%PU$MPDL'SFRVFODZ.)[
7(" Y
47(" Y
9(" Y
89(" Y
49(" Y
89(" Y
*GUIFNFTTBHFr6OTVQQPSUFEsBQQFBSTPOUIFTDSFFOBEKVTUUIF1$EJTQMBZTFUUJOHBTJOUIFBCPWFUBCMF.PEFTUIBUBSFOPUMJTUFEJOUIFBCPWFUBCMFNBZOPUCFTVQQPSUFE'PSBOPQUJNBMQJDUVSFJUJTSFDPNNFOEFEUPDIPPTFBNPEFMJTUFEJOUIFUBCMF4PNFUJNFTUIFJNBHFNBZCFEJTSVQUFEEVFUPUIFGSFRVFODZTUBOEBSEGSPNUIF7("DBSE5IJTJTOPUBOFSSPS:PVNBZJNQSPWFUIJTTJUVBUJPOCZQSFTTJOHUIF"650CVUUPOPSCZBEKVTUJOHUIFQPTJUJPODMPDLBOEQIBTFTFUUJOHTJOUIFNFOVNBOVBMMZ*GZPVTXJUDIPGGUIF57JOUFSGFSFODFMJOFTNBZPDDVSPOUIF57TDSFFO5IJTJTOPSNBM
)%.**OQVU4JHOBM$IBSU
4JHOBM 3FTPMVUJPO7FSUJDBM'SFRVFODZ)[
)PSJ[POUBM'SFRVFODZL)[
%PU$MPDL'SFRVFODZ.)[
7(" Y
J Y
J Y
Q Y
Q Y
J Y
J Y
Q Y
Q Y
Q Y
Q Y
Q Y
zz
z
z
-38-
Specification
-
YY Y
Y
Y
Y
Y
Y
N
N
N
N
N
N
N
N
YY
Y
Y
Y
Y
NN
N
N
N
N
N
YN
No
aud
io &
No
back
light
Led
ind
icator red
on
Ch
eck th
e 5V
ST
B o
n C
ON
4
Press th
e ON
/OF
F o
n k
eyb
oard
&
remo
te contro
l , led tu
rns g
reen
Ch
eck th
e AC
inp
ut o
n
po
wer su
pply
bo
ard
Up
grad
e the so
ftware
Ch
ang
e the
AC
line
Ch
eck th
e
fuse o
n p
ow
er
supply
board
Do
ne
Ch
ang
e
the fu
se
Ch
ang
e the
pow
er supply
bo
ard
Do
ne
Do
ne
Up
grad
e the
softw
are
Ch
eck th
e 5V
, 12
V &
24
V
on
po
wer su
pp
ly b
oard
Ch
ang
e the
pow
er sup
ply
bo
ard
Ch
eck th
e
ON
/OF
F v
oltag
e
on
CO
N2
, sho
uld
be g
reater than
2.7
V
Ch
eck Q
3 &
U9
Pin
18
9 if
it wo
rks w
ell.
Ch
ang
e
the p
anel.
Do
ne
Up
grad
e the
softw
are
Ch
ang
e the
Q3
o
r U9
Ch
ang
e the U
9
Do
ne
Do
ne
Do
ne
Do
ne
Up
grad
e the
softw
are
Do
ne D
on
e
Ch
ang
e the E
EP
RO
M U
34
AT
ME
L 2
4C
64
Do
ne
Do
ne
Ch
eck all D
C p
ow
er
sup
ply
on
U9
Ch
ang
the p
ow
er
sup
ply
IC fo
r U9
Ch
ang
e the
Main
IC U
9
Ch
ang
e the
Main
bo
ard
Do
ne
Do
ne
Do
ne
Service Flow Chart
-39-
-
NN
N
OK
OK
Y
YN
N
= 0
V
> 0
V
OK
Has v
ideo
bu
t no
aud
io
Ch
eck if th
e Vo
lum
e has set to
0
or if th
e it is mu
te
Do
ne
Ch
eck th
e vo
ltage o
f Mu
te pin
besid
e
the am
plifier IC
. It sho
uld
no
t be 0
V.
Ch
eck th
e mu
te circuit
if it is OK
.
Do
ne
Fix
the m
ute circu
it U
pg
rade th
e softw
are
Ch
ang
e the m
ain
IC U
9
Do
ne
Ch
ang
e the m
ainb
oard
D
on
e
Do
ne
Ch
eck th
e aud
io in
pu
t line
& th
e audio
inp
ut circu
it.
Do
ne
Service Flow Chart
-40-
-
NN
N
N
N
N
N
NN
OK
OK
OK
OK
OK
OK
OK
Y
Y
N
NY
YN
N
OK
OK
Has v
ideo
bu
t no
colo
r
Check
the C
olo
r / Satu
ration
in p
icture m
enu
if it has
decreased
to 0
Increase th
e item
to d
efault 5
0
Ch
eck th
e cable in
pu
t if
it has ex
actl yco
nn
ected
Well co
nn
ect the cab
le C
heck
the cu
rrent in
pu
t
sou
rce if it is TV
Do
ne
Ch
ang
e the m
ain
IC U
9
Ad
just A
GC
VR
10
0
follo
w th
e wo
rkin
ggu
ide.
Ch
ang
e the
main
bo
ard
Do
ne
Do
ne
Do
ne
Ch
eck th
e DC
po
wer
sup
ply
of th
e tun
er.
Do
ne
Fix
the D
C su
pp
ly
Ch
eck th
e U1
01
circuit
Ch
eck th
e U1
01
circuit
Do
ne
Ch
ang
e the U
10
1D
on
e
Do
ne
Ch
ang
e the
main
bo
ard
Ch
ang
e the tu
ner
Do
ne
Ch
ang
e the m
ainb
oard
D
on
e
Do
ne
Service Flow Chart
-41-
-
YY
YY
Y
OK
OK
OK
OK
OK
OK
N
N
N
N
N
N
N
N
N
N
N
Has au
dio
but n
o v
ideo
Ch
eck if th
e back
ligh
t is on
Do
ne
Ch
eck th
e con
necto
r of
back
light in
verter co
nn
ected
Ch
eck th
e LV
DS
line
if it is con
nected
Safely
con
nect th
e
inv
erter line
Ch
eck th
e vo
ltage o
f
inv
erter line is 2
4V
Do
ne
YY
Y
NN
N
Ch
eck th
e
ON
/OF
F v
oltag
e
on
CO
N2
, sho
uld
be g
reater than
2.7
V
Ch
eck Q
3 &
U9
Pin
18
9 if
it wo
rks w
ell.
Ch
ang
e
the p
anel.
Do
ne
Up
grad
e the
softw
are
Ch
ang
e the
Q3
or U
9
Ch
ang
e the U
9
Do
ne
Do
ne
Do
ne
Up
grad
e the
softw
are
Do
ne
Safely
con
nect th
e
LV
DS
line
Mak
e sure th
e LV
DS
pow
er is correct
(5V
for 2
6,
12
V fo
r 32
&4
2)
Do
ne
Ch
ang
e the E
EP
RO
M U
34
AT
ME
L 2
4C
64
Do
ne
Co
rrect the
po
wer
Ch
ane th
e
main
IC U
9
Do
ne
Ch
ang
e the
main
bo
ard
Do
ne
Do
ne
Service Flow Chart
-42-
-
55
44
33
22
11
DD
CC
BB
AA
PW
M3_P
AN
EL
BL-O
N/O
FF
BL-A
DJU
ST
AD
J-P
WM
2O
N-P
BA
CK
5V
stb V
PA
NE
L_IN
+5V
VC
C-P
anel
+12V
5V
stb
+3.3
AV
DD
+3.3
VV
DD
_M
PLL
+3.3
AV
DD
AV
DD
_M
em
PLL
+3.3
AV
DD
AV
DD
_A
U
+3.3
AV
DD
AV
DD
_S
IF
+3.3
AV
DD
AV
DD
_H
DM
I
+3.3
V
VD
DP
VD
DP
VD
DC
5V
stb
+2.5
VM
+2.5
MV
DD
+2.5
VM
+2.5
MV
DD
+2.5
VM
+2.5
V_D
MC+2.5
V_D
MQ
+2.5
VM
+3.3
V
5V
stb
+3.3
AV
DD
AV
DD
A
+3.3
V
5V
stb
+3.3
V
5V
stb
+12V
VD
DC
AD
J-P
WM
22
PW
M3_P
AN
EL
2
ON
-PB
AC
K2
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
PO
WE
R
A3
111
Tuesday, N
ovem
ber 0
4, 2
008
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
PO
WE
R
A3
111
Tuesday, N
ovem
ber 0
4, 2
008
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
PO
WE
R
A3
111
Tuesday, N
ovem
ber 0
4, 2
008
HOUDA MST9U88DL /9U89DL
1.25*(1+Rdow
n/Rup)=3.3V---R
up=510, Rdow
n=820
LG-PHILIPS LC320W R10=NC,R12=10K;
Other R10=10K,R12=NC;
Vcc3.3
for M
ST
9U
89D
L a
nalo
g
Vcc3.3
for M
ST
9U
89D
L D
igita
l
3.3
V fo
r A
VD
DP
LL
2+
3.3
V fo
rV
DD
_M
PLL
2.5
V fo
r MS
T9U
89D
L a
nd D
DR
AM
2.5
V fo
r DD
RA
M
+3.3
AV
DD
for
AV
DD
_A
U
+3.3
AV
DD
for A
VD
D_S
IF
0.81*(1+Rup/R
down)=1.85V---R
up=13K, R
down=10K
+2
.5V
for M
ST
51
51
LA
pin
6,p
in1
2
+3.3
AV
DD
for
AV
DD
_H
DM
I
LCD Power
For M
ST
9U
89D
L V
DD
C=
1.2
5V
pin
36
+3.3
AV
DD
for
AV
DD
A
0.81*(1+Rup/R
down)=1.25V---R
up=1.5K, R
down=2.7K
C22
0.1
uF
C22
0.1
uF
Q1
3904
Q1
3904
1
2 3
C16
10nF
C16
10nF
L16
FB
L16
FB
C38
0.1
uF
C38
0.1
uF
L19
FB
L19
FB
L29
NC
L29
NC
L20F
BL20F
B
R214
510/N
C
R214
510/N
C
R10
NC
R10
NC
L21
FB
L21
FB
C56
0.1
uF
C56
0.1
uF
+
CA
24
10uF
/16V
+
CA
24
10uF
/16V
12
C30
0.1
uF
C30
0.1
uF
J1
J J1
J
11
22
33
44
C20
0.1
uF
C20
0.1
uF
C33
0.1
uF
C33
0.1
uF
C45
0.1
uF
C45
0.1
uF
C39
0.1
uF
C39
0.1
uF
R11
1K
R11
1K
Q5
NC
(3904)
Q5
NC
(3904)
1
2 3
C1
0.1
uF
C1
0.1
uF
C63
0.1
uF
C63
0.1
uF
+C
A5
47uF
/16V
+C
A5
47uF
/16V
R41
8.2
KR
41
8.2
K
C25
0.1
uF
C25
0.1
uF
C15
0.1
uF
C15
0.1
uF
C462.2
uF
C462.2
uF
C287
0.1
uF
C287
0.1
uF
C34
0.1
uF
C34
0.1
uF
L12
FB
L12
FB
D6
1N
4148
D6
1N
4148
R9
10K
R9
10K
+C
A21
47uF
/16V
+C
A21
47uF
/16V
+C
A18
10uF
/16V
+C
A18
10uF
/16V
+ CA8
100uF
/16V
+ CA8
100uF
/16V
R16
4.7
KR
16
4.7
K
+C
A27
10uF
/16V +
CA
27
10uF
/16V 12
C28
0.1
uF
C28
0.1
uF
+C
A25
10uF
/16V +
CA
25
10uF
/16V
L22
FB
L22
FB
C2
0.1
uF
C2
0.1
uF
C17
0.1
uF
C17
0.1
uF
+C
A17
10uF
/16V +
CA
17
10uF
/16V
R12
10K
R12
10K
C23
0.1
uF
C23
0.1
uF
C53
0.1
uF
C53
0.1
uF
C36
0.1
uF
C36
0.1
uF
R13
4.7
KR
13
4.7
K
R78
2.7
K_1%
R78
2.7
K_1%
Q4
3904
Q4
3904
1
2 3
D7
1N
5822
D7
1N
5822
Q2
3904
Q2
3904
1
2 3
U244
35
U244
35
S1
S2
S3
G4
D8
D7
D6
D5
C21
0.1
uF
C21
0.1
uF
C24
0.1
uF
C24
0.1
uF
R15
10K
R15
10K
U10
MP
2359D
T
EN
4
FB
3
VC
C5
OU
T6
BS
T1
GN
D2
R14
1K
R14
1K
L13
FB
L13
FB
R213
0 R213
0
L23
FB
L23
FB
L18
FB
L18
FB
C51
0.1
uF
C51
0.1
uF
C14
2.2
uF
C14
2.2
uF
C35
0.1
uF
C35
0.1
uF
+
CA
26
10uF
/16V
+
CA
26
10uF
/16V
12
C52
0.1
uF
C52
0.1
uF
R6
4.7
KR
64.7
K
+C
A20
47uF
/16V
+C
A20
47uF
/16V
L15
FB
L15
FB
D8
1N
5822
D8
1N
5822
+C
A16
47uF
/16V
+C
A16
47uF
/16V
C58
0.1
uF
C58
0.1
uF
C31
0.1
uF
C31
0.1
uF
C32
0.1
uF
C32
0.1
uF
+
CA
15
10uF
/16V
+
CA
15
10uF
/16V
L7
10uH
L7
10uH
12
3
54
C49
0.1
uF
C49
0.1
uF
C50
0.1
uF
C50
0.1
uF
C43
330pF
C43
330pF
C62
0.1
uF
C62
0.1
uF
C55
0.1
uF
C55
0.1
uF
C37
0.1
uF
C37
0.1
uF
AD
J
OU
T
INU
20
AP
1117E
33L-1
3
AD
J
OU
T
INU
20
AP
1117E
33L-1
3 321
4
+C
A29
10uF
/16V +
CA
29
10uF
/16V
L24
FB
L24
FB
C44
0.1
uF
C44
0.1
uF
R17
NC
R17
NC
C60
330pF
C60
330pF1 2
C27
0.1
uF
C27
0.1
uF
+C
A19
47uF
/16V
+C
A19
47uF
/16V
R80
1.5
K_1%
R80
1.5
K_1%
C29
0.1
uF
C29
0.1
uF
C57
0.1
uF
C57
0.1
uF
R79
12K
R79
12K
C59
2.2
uF
C59
2.2
uF
1 2
R2
10K
R2
10K
R18
NC
R18
NC
C64
0.1
uF
C64
0.1
uF
R21
0R
21
0
R5
4.7
KR
54.7
K
C47
0.1
uF
C47
0.1
uF
L25
FB
L25
FB
ADJ
OUT
IN
U5
AP
1117E
33L-1
3
ADJ
OUT
IN
U5
AP
1117E
33L-1
3
3
2
1
4
+C
A9
470uF
/16V
+C
A9
470uF
/16V
+C
A23
47uF
/16V
+C
A23
47uF
/16V
C8
0.1
uF
C8
0.1
uF
CO
N2
CO
N3_2.0
CO
N2
CO
N3_2.0
BR
I_O
N/O
FF
3
BR
I_A
DJ
2
GN
D1
Q3
3904
Q3
3904
1
2 3
+C
A14
47uF
/16V
+C
A14
47uF
/16V
C26
0.1
uF
C26
0.1
uF
ADJ
OUT
IN
U8
AM
S1117-2
.5
ADJ
OUT
IN
U8
AM
S1117-2
.5
3
2
1
4
C54
0.1
uF
C54
0.1
uF
+C
A22
10uF
/16V +
CA
22
10uF
/16V
D10
1N
5822
D10
1N
5822
-
55
44
33
22
11
DD
CC
BB
AA
SIF
PO
UT
P/N
-SW
SIF
PO
UT
TV
-SIF
P
SIF
-SW
TV
-SIF
M
TV
1-V
SC
L_
EX
T
TV
SC
L-R
FS
DA
-RF
SD
A_
EX
T
IF-A
GC
IF-A
GC
SIF
-SW
1S
IF-S
W0
IF-A
FT
AF
T-2
.5
+1
2V
9V
-IF
9V
-IF
AG
ND
AG
ND
AG
ND
5V
-OU
T5
V-O
UT
AG
ND
AG
ND
AG
ND
AG
ND
AG
ND
33
V
AG
ND
5V
-OU
T
5V
stb
AG
ND
5V
-RF
AG
ND
AG
ND
AG
ND
5V
-IF
AG
ND
AG
ND
AG
ND
5V
-IF
AG
ND
AG
ND
AG
ND
5V
-IF
AG
ND
+1
2V
5V
-IF
+5
V
+1
2V
5V
-IF
5V
-IF
AG
ND
9V
-IF
9V
-IF
SC
L_
EX
TS
DA
_E
XT
TV
1-L
/R
IF-A
FT
SIF
-SW
1S
IF-S
W0
TV
-SIF
P2
TV
-SIF
M2
TV
-SIF
P2
TV
1-V
2
P/N
-SW
SIF
-SW
Title
Siz
eD
ocu
me
nt N
um
be
rR
ev
Da
te:
Sh
ee
to
f
Tu
ne
r IF
A2
11
We
dn
esd
ay, S
ep
tem
be
r 24
, 20
08
Title
Siz
eD
ocu
me
nt N
um
be
rR
ev
Da
te:
Sh
ee
to
f
Tu
ne
r IF
A2
11
We
dn
esd
ay, S
ep
tem
be
r 24
, 20
08
Title
Siz
eD
ocu
me
nt N
um
be
rR
ev
Da
te:
Sh
ee
to
f
Tu
ne
r IF
A2
11
We
dn
esd
ay, S
ep
tem
be
r 24
, 20
08
Far away from the tuner
Connect to MCU I/O
Connect to MCU I/O
Not used in Asia module
QSSO(R149) VIF0(R291) VIF(MHz)
No r open 45.75
No r ground 38.9
2.2 k r to ground open 58.75
2.2 k r to ground ground 38.0
AMUTE Auto mute
open on
ground off
SIF1/SIF2 Sound mode
No DC path to ground QSS
One/both connected to ground intercarrier
SIF-SW0(FM1) SIF-SW1(FM0) SIF
1 1 4.5MHz M
1 0 5.5MHz B/G
0 1 6.0MHz I
0 0 6.5MHz D/K
Not used in Asia module
C2
82
10
nF
C2
82
10
nF
C1
20
10
nF
C1
20
10
nF
R1
18
47
R1
18
47
C4
80
10
nF
C4
80
10
nF
R1
24
33
0R
12
43
30
Y1
00
4M
Hz Y
10
04
MH
z 1 2
R4
01
0 R4
01
0
R2
88
0 R2
88
0
C2
94
1n
FC
29
41
nF
Q2
73
90
4Q
27
39
04 1
2 3
+C
A1
01
4.7
uF
/16
V
+C
A1
01
4.7
uF
/16
V
L9
7
FB
L9
7
FB
R4
71
NC
/6.8
K
R4
71
NC
/6.8
K
L9
41
mH L9
41
mH
L1
06
FB
L1
06
FB
R2
76
NC
R2
76
NC
SAW
U2
6
K9
45
3D
SAW
U2
6
K9
45
3D
2IN
G4
OU
T1
GND3
5O
UT
21
IN
D9
0N
C/B
A9
82
D9
0N
C/B
A9
82
Q1
03
BT
39
04
Q1
03
BT
39
04
1
2 3
L9
1
1U
H
L-1
21
0-W
L9
1
1U
H
L-1
21
0-W
R2
91
0(N
C)
R2
91
0(N
C)
R4
60
22
kR
46
02
2k
R2
83
0 R2
83
0
R3
82
82
0R
38
28
20
R2
46
10
R2
46
10
C1
66
10
PF
C1
66
10
PF
R2
47
NC
/1K
R2
47
NC
/1K
L9
9
FB
L9
9
FB
C1
93
10
nF
C1
93
10
nF
C2
59
10
0n
FC
25
91
00
nF
D1
00
C3
3V
1D
10
0C
33
V1
C1
52
0.1
uF
C1
52
0.1
uF
R3
03
12
/2W
R3
03
12
/2W
C2
70
68
00
pF
C2
70
68
00
pF
C4
82
10
nF
C4
82
10
nF
SAW
U2
7K
39
53
D
SAW
U2
7K
39
53
D
2IN
G4
OU
T1
GND
3
5O
UT
21
IN
RT
2
NC
/6.8
K
RT
2
NC
/6.8
K
R3
85
1K
R3
85
1K
L1
02
FB
L1
02
FB
R2
86
10
R2
86
10
L1
04
FB
L1
04
FB
R7
2
NC
/3.3
K
R7
2
NC
/3.3
K
R2
74
0 R2
74
0
C2
80
0.1
uF
C2
80
0.1
uF
R1
70
10
KR
17
01
0K
C2
81
22
pF
C2
81
22
pF
AD
J
OU
T
INU
21
LD
10
86
-5
AD
J
OU
T
INU
21
LD
10
86
-5
321
4
C1
24
10
nF
C1
24
10
nF
R6
42
22
0R
64
22
20
R2
82
10
0R
28
21
00
+C
A1
00
10
0u
/16
V+
CA
10
01
00
u/1
6V
C1
62
33
0p
F
C1
62
33
0p
F
+
CA617NC/100uF/16V
+
CA617NC/100uF/16V
C2
93
NC
/10
nF
C2
93
NC
/10
nF
Q4
8
NC
/39
04
Q4
8
NC
/39
04 1
2 3
R2
75
8.2
KR
27
58
.2K
C1
19
22
0n
C1
19
22
0n
C1
70
10
0p
F
C1
70
10
0p
F
R2
87
NC
R2
87
NC
R2
95
NC
R2
95
NC
D6
10
9V
D6
10
9V
1 2
R1
31
12
KR
13
11
2K
L9
2
1U
H
L-1
21
0-W
L9
2
1U
H
L-1
21
0-W
C2
60
20
0p
FC
26
02
00
pF
R2
89
NC
/47
0R
28
9N
C/4
70
D9
3N
C/B
A9
82
D9
3N
C/B
A9
82
R1
26
47
K
R1
26
47
K
D8
1B
AV
99
D8
1B
AV
99
3
12
R2
55
4.7
KR
25
54
.7K
R2
92
2.2
K
R2
92
2.2
K
R1
79
22
0R
17
92
20
VR
10
02
0K
VR
10
02
0K
22
33
11
R1
80
NC
(2K
)
R1
80
NC
(2K
)
C1
53
1n
F
C1
53
1n
F
R3
20
10
R3
20
10
Q1
01
NC
/2S
C3
77
9D
Q1
01
NC
/2S
C3
77
9D
E3
B1
C2
C1
89
10
nF
C1
89
10
nF
C4
81
NC
/10
nF
C4
81
NC
/10
nF
C1
22
1u C1
22
1u
R2
69
10
0K
R2
69
10
0K
R2
70
0 R2
70
0
R6
44
NC
(0)
R6
44
NC
(0)
C1
12
0.1
uC
11
20
.1u
R2
94
10
0K
R2
94
10
0K
+C
A1
04
1u
F/5
0V
+C
A1
04
1u
F/5
0V
R4
64
NC
/68
0K
R4
64
NC
/68
0K
Q1
23
90
4Q
12
39
04
1
2 3
C1
21
0.1
uF
C1
21
0.1
uF
L1
01
NC
/0.5
6u
HL
10
1N
C/0
.56
uH
R3
22
0R
32
20
R2
45
4.7
KR
24
54
.7K
+C
A1
03
10
0u
F/1
6V
+C
A1
03
10
0u
F/1
6V
L93
1mH
L93
1mH
D9
1B
A9
82
D9
1B
A9
82
C1
78
10
0n
FC
17
81
00
nF
L1
00
10
uH
L1
00
10
uH
R2
84
10
0R
28
41
00
C1
68
0.1
uF
C1
68
0.1
uF
C1
63
1.5
nF
C1
63
1.5
nF
R4
72
NC
/22
0K
R4
72
NC
/22
0K
Q4
23
90
4Q
42
39
04
1
32
+C
A1
02
10
0u
F/1
6V
+C
A1
02
10
0u
F/1
6V
C2
83
0.1
uF
C2
83
0.1
uF
U1
00
F0
7W
P-3
BR
-EU
10
0F
07
WP
-3B
R-E
AGC1
AS2
SCL3
SDA4
5VA5
5VB6
33V7
IFout8
GND9
GND10
GND11
GND12
U1
01
TD
A9
88
1TS
DGND7
TOP9
VIF11
VIF22
REF15
AMUTE16
DEEM5
FM011
ic3
VIF013
FMSO8
FM110
FMPLL4
TAGC14
AFD6
QSSO12
CVBS17
AGND18
VPLL19
VPP20
AFC21
VAGC22
SIF123
SIF224
C2
71
0.1
uF
C2
71
0.1
uF
L1
03
FB
L1
03
FB
+C
A7
74
7u
F/1
6V
+C
A7
74
7u
F/1
6V
R130 10KR130 10K
R2
43
56
R2
43
56
R2
90
10
R2
90
10
+C
A8
04
7u
F/1
6V
+C
A8
04
7u
F/1
6V
R129 10KR129 10K
R1
25
0R
12
50
R1
35
10
0R
13
51
00
R1
28
75
R1
28
75
C1
18
0.1
uF
C1
18
0.1
uF
R1
82
10
0K
R1
82
10
0K
Q8
NC
/39
04
Q8
NC
/39
04
1
2 3
R4
00
R4
00
C2
92
10
0n
F
C2
92
10
0n
F
D9
20
D9
20
R2
44
10
0R
24
41
00
Q6
08
BT
39
04
Q6
08
BT
39
04
1
23
C1
69
0.1
uC
16
90
.1u
R4
62
NC
/6.8
K
R4
62
NC
/6.8
K
C1
77
10
PF
C1
77
10
PF
R1
23
NC
/12
0R
12
3N
C/1
20
R1
69
0K
R1
69
0K
C1
23
47
0n
F
C1
23
47
0n
F
R3
02
10
0R
30
21
00
C638NC/0.1uF
C638NC/0.1uF
R2
71
8.2
KR
27
18
.2K
C1
75
10
nF
C1
75
10
nF
R1
49
NC
(2.2
K)
R1
49
NC
(2.2
K)
R4
59
NC
/22
K
R4
59
NC
/22
K
+ CA7
9
NC
/47
uF
/16
V
+ CA7
9
NC
/47
uF
/16
V
C1
71
NC
C1
71
NC
R3
83
1K
R3
83
1K
C2
55
4.7
nF
C2
55
4.7
nF
Q1
02
BT
39
04
Q1
02
BT
39
04
1
2 3
R1
83
22
KR
18
32
2K
R1
27
15
0R
12
71
50
DT
10
0B
AT
54
SD
T1
00
BA
T5
4S
32
1
R2
48
1K
R2
48
1K
C2
84
0.1
uF
C2
84
0.1
uF
-
55
44
33
22
11
DD
CC
BB
AA
AV
1-Y
in-
AU
VR
AD
N
RX
OC
-
RX
O0
-
RX
O3
-
RX
O1
-
RX
O4
-
RX
O2
-
SD
A_
EX
T
SIF
MS
IFP
AM
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WP
AV
1-Y
in-
AD
J-P
WM
2
AM
P_
SO
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SD
A1
SP
I_C
Z
AR
11
VC
OM
1
PB
+
TX
D1
SD
A
MV
RE
F
MD
AT
A1
4
AD
J-P
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2
TU
NE
R_
CV
BSSP
I_D
IS
PI_
CK
MD
AT
A1
2
MD
AT
A1
MD
AT
A1
5
MD
AT
A7
MD
AT
A2
MD
AT
A4
RX
E4
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4+
MD
AT
A1
0M
DA
TA
9
MD
AT
A3
MD
AT
A1
3
MD
AT
A0
MD
AT
A1
1
MD
AT
A5
MD
AT
A6
MD
AT
A8
PW
M1
Sca
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SC
L
SV
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0
CA
SZ
SC
L1
PO
WE
R-O
N/O
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TX
D
SIF
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SIF
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0
VC
OM
0
B_
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B_
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RX
D
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3
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US
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+
RX
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SC
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A0
MD
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MD
AT
A1
3
MD
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A1
1
MD
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MD
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A6
MD
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2
HD
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MD
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MD
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MD
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5
MD
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9
AR
3A
R2
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7A
R6
AR
1
AR
10
AR
5A
R4
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8
MD
AT
A[0
..15
]
AU
VR
EF
AV
2-V
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AV
1-C
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AV
2-V
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AV
3-V
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AV
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3
CV
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1-L
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6
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10
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AV
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AV
1-L
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AV
1-R
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AV
3-L
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AV
3-R
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AM
P-L
8
AM
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8
AU
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t-L
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M3
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DJ-P
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21
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A_
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ON
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R-O
N/O
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1,8
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L_
EX
T7
PW
M1
1
HD
MIM
UX
3
PR
EH
DM
IMU
X1
HD
MIM
UX
2
P/N
-SW
5
DV
D-O
N/O
FF
8
AV
OU
T_
Lo
ut
6,9
AV
OU
T_
Ro
ut
6,9
SIF
-SW
SIF
-SW
0S
IF-S
W1
SC
_F
S3
SC
_F
SW
3
HD
-VS
W0
LE
D1
8U
SB
-ON
/OF
F8
IR_
SY
NC
8
KE
Y1
8
of
MS
T9U8
8DL
/ U89D
L
211
Tu
esd
ay, N
ove
mb
er 0
4, 2
00
8
Title
Siz
eD
ocu
me
nt N
um
be
rR
ev
Da
te:
Sh
ee
t
Add
Cut out
Not used in the module
I2C address
at A0.
Mode
Selection
Debug port
I2C address
at A4.
Location Near
IC Pin.
Mstar PULL UP
SST PULL DOWN
DVI
INPUT
VGA
INPUT
SCART
INPUT
VIDEO
INPUT
Y,Pb,Pr
INPUT
Location Near
IC Pin.
Location Near
IC Pin.
near output
near output
R4
91
KR
49
1K
C9
11
0n
FC
91
10
nF
C1
30
2.2
uF
C1
30
2.2
uF
R1
36
10
K
R1
36
10
K
C7
2
0.1
uF
C7
2
0.1
uF
R2
93
22
K
R2
93
22
K
R3
48
4.7
KR
34
84
.7K
Y1
14
.31
8M
HZ
Y1
14
.31
8M
HZ
1 2
R6
7
NC
R6
7
NC
R4
21
00
R4
21
00
R3
43
90
R1
%R
34
39
0R
1%
CA
91
10
uF
/16
V CA9
1
10
uF
/16
V
CA35
10uF/16V
CA35
10uF/16V
C1
47
2.2
uF
C1
47
2.2
uF
C1250.1uF
C1250.1uF
C8
2N
C/0
.1u
FC
82
NC
/0.1
uF
CA
10
9
10
uF
/16
V
CA
10
9
10
uF
/16
V
C9
31
0n
FC
93
10
nF
C2
76
2.2
uF
C2
76
2.2
uF
C2
79
2.2
uF
C2
79
2.2
uF
C9
51
0n
FC
95
10
nF
C9
41
0n
FC
94
10
nF
D5
3B
AV
99
D5
3B
AV
99
3
2
1
CA
10
5
47
uF
/16
V
CA
10
5
47
uF
/16
V
75
31
86
42
RP
16
RP
10
KX
4
75
31
86
42
RP
16
RP
10
KX
4
R5
91
0R
59
10
D8
0
PE
SD
3V
3L
4U
G
D8
0
PE
SD
3V
3L
4U
G
A1
GN
D2
B3
C4
D5
C1
76
10
nF
C1
76
10
nF
C1
06
0.1
uF
C1
06
0.1
uF
R3
52
22
K
R3
52
22
K
C9
21
0n
FC
92
10
nF
75
31
86
42
RP
14
RP
10
KX
4
75
31
86
42
RP
14
RP
10
KX
4
C6
50
.1u
FC
65
0.1
uF
R3
66
NC
R3
66
NC
C7
42
2p
FC
74
22
pF
R1
55
10
0R
15
51
00
R5
4
4.7
K
R5
4
4.7
K
R8
41
00
R8
41
00
CO
N7
CO
N4
_2
.0
De
bu
g P
ort
CO
N7
CO
N4
_2
.0
De
bu
g P
ort
1234
CO
N6
CO
N6
VC
C1
VC
C2
VC
C3
VC
C4
GN
D5
GN
D7
GN
D8
B4
-1
0
B3
+1
1B
3-
12
BC
-1
4
B2
+1
5
B1
+1
7B
1-
18
B0
+1
9B
0-
20
RO
T2
1S
EL
22
OD
S1
23
OD
S2
24
VB
RE
25
VB
RO
26
A4
+2
7
A3
+2
9A
3-
30
AC
+3
1A
C-
32
A2
+3
3A
2-
34
A1
+3
5
GN
D3
9A
0+
37
A0
-3
8
GN
D4
0
A1
-3
6
GN
D6
B4
+9
BC
+1
3
B2
-1
6
A4
-2
8
R3
57
4.7
K
R3
57
4.7
K
R8
2
4.7
K
R8
2
4.7
K
RP
11
RP
33X
4R
P11
RP
33X
4
1 3 5 7
2 4 6 8
R4
68
10
K
R4
68
10
K
R2
98
10
K
R2
98
10
K
R1
58
NC
/10
0R
15
8N
C/1
00
R6
4
10
R6
4
10
C1
11
0.1
uF
C1
11
0.1
uF
R1
60
NC
/10
0R
16
0N
C/1
00
R3
34
7R
33
47
C6
92
.2u
FC
69
2.2
uF
C9
61
0n
FC
96
10
nF
U3
5
24
C0
4
U3
5
24
C0
4
A0
1
A1
2
A2
3
GN
D4
SD
A5
SC
L6
WP
7V
CC
8
R1
56
10
0R
15
61
00
C8
51
0n
FC
85
10
nF
U9
MS
T9
U8
9D
L
U9
MS
T9
U8
9D
L
DV
IRX
0N
4
DV
IRX
0P
5
GNDA3
DV
IRX
1N
7
DV
IRX
1P
8
AVDD_DVI6
DV
IRX
2N
10
DV
IRX
2P
11
GNDA9
DV
I_C
KN
1
DV
I_C
KP
2
AVDD_DVI12
RE
XT
13
DD
CD
_S
DA
14
DD
CD
_S
CL
15
HS
YN
C1
16
VS
YN
C1
17
RE
FP
20
RE
FM
21
BIN
1P
22
BIN
1M
23
SO
GIN
12
4
GIN
1P
25
GIN
1M
26
RIN
1P
27
RIN
1M
28
BIN
0M
29
BIN
0P
30
GIN
0M
31
GIN
0P
32
SO
GIN
03
3
RIN
0M
34
RIN
0P
35
AVDD36
GNDA37
HS
YN
C0
38
VS
YN
C0
39
VS
YN
C2
40
BIN
2P
41
BIN
2M
42
SO
GIN
24
3
GIN
2P
44
GIN
2M
45
RIN
2P
46
RIN
2M
47
C1
48
Y1
49
C0
50
Y0
51
VC
OM
25
2
CV
BS
35
3
CV
BS
25
4
CV
BS
15
5
VC
OM
15
6
CV
BS
05
7
VC
OM
05
8
CV
BS
O5
9
AVSS_SIF60
AVDD_SIF63
AVSS_SIF66
AVDD_AU70
AU
L0
71
AU
R0
72
AU
R1
74
AU
R2
77
AU
L3
78
AU
R3
79
AU
MO
NO
80
BP
SL
81
BP
SR
82
AU
OU
TR
86
NC
/AU
OL
28
3
NC
/AU
OR
28
4
AU
OU
TL
85
DI1
2/A
ISD
12
48
VD
28
8
VD
38
9
VD
49
0
VD
59
1
VD
69
2
VD
79
3
VD
89
4
VD
99
5
VD
CL
K9
6
DI4
/AU
SC
K2
38
GNDP98
VDDC99
MD
14
10
2M
D1
31
04
MD
12
10
5M
D1
11
07
MD
10
10
8M
D9
10
9M
D8
11
0VDDM
112M
D7
11
3M
D6
11
4M
D5
11
5M
D4
11
6M
D3
11
8M
D2
11
9M
D1
12
0M
D0
12
1
DQ
S0
12
2D
QM
12
3M
VR
EF
12
4M
CL
KE
12
5M
CL
KZ
12
6M
CL
K1
27
VDDM106
BA
DR
11
28
BA
DR
01
29
RA
SZ
13
0AVDD_MPLL
256
CA
SZ
13
4
WE
Z1
35
MA
01
36
MA
11
37
MA
21
38
MA
31
39
MA
41
40
MA
51
41
MA
61
42
MA
71
43
GNDP224
VDDC195
MA
81
47
MA
91
48
MA
10
14
9M
A1
11
50
WRZ159
RDZ160
ALE161 D
I0/S
PID
FO
23
3
VDDP196
SPI_DI165
SPI_DO167
SPI_CK164
SPI_CZ166
SAR0168
SAR1169
SAR2170
SAR3171
PWM0/MCUCFG0172
PWM1/MCUCFG1173
DDCR_DA174
DDCR_CK175
DDCA_DA176
DDCA_CK177
INT178
PAD_IRIN179
VDDP97
DIGO0183
DIGO1184
DIGO2185
DIGO3186
DIGO4187
DIGO5188
DIGO6189
DIGO7190
PWM2/MCUCFG2192
PWM3/MCUCFG3193
AVDD_MPLL194
VDDP180
LA
4P
19
7L
A4
M1
98
LA
3P
19
9L
A3
M2
00
LA
CK
P2
01
LA
CK
M2
02
LA
2P
20
3L
A2
M2
04
LA
1P
20
5L
A1
M2
06
LA
0P
20
7L
A0
M2
08
VDDM144
VDDP223
LB
4P
21
1L
B4
M2
12
LB
3P
21
3L
B3
M2
14
LB
CK
P2
15
LB
CK
M2
16
LB
2P
21
7L
B2
M2
18
LB
1P
21
9L
B1
M2
20
LB
0P
22
1L
B0
M2
22
GNDP163
GP
IOE
3/L
CK
22
5G
PIO
E2
/LD
E2
26
GP
IOE
1/L
HS
YN
C2
27
GP
IOE
0/L
VS
YN
C2
28
ICL
K/U
AR
X0
22
9ID
E/U
AT
X0
23
0IH
SY
NC
/UA
RX
12
31
IVS
YN
C/U
AT
X1
23
2
AU
OU
TS
87
DI1
/AU
MC
KO
23
4D
I2/A
UM
UT
E2
35
DI3
/AU
WS
23
6
VDDP237
VDDC182
DI5
/AU
SD
O2
39
DI6
24
0D
I72
41
VDDC242
GNDC243
DI8
/SP
IDF
IN2
44
DI9
/AIW
S2
45
DI1
0/A
ISC
K2
46
DI1
1/A
ISD
24
7
VDDP209
DI1
3/A
ISD
22
49
DI1
4/A
ISD
32
50
DI1
52
51
VDDP252
HWRESET253
XOUT254
XIN255
AU
CO
M7
5
AU
L2
76
VC
LP
19
RM
ID1
8
AU
L1
73
VDDM117
GNDP210
AVDD_MemPLL133
VDDP162
AD0151
AD1152
AD2153
AD3154
AD4155
AD5156
AD6157
AD7158
SIF
0M
61
SIF
0P
62
SIF
1P
64
SIF
1M
65
AU
VR
AD
N6
7
AU
VR
AD
P6
8
AU
VR
EF
69
DQ
S1
10
0
MD
15
10
1
GNDM103
GNDM131
VDDM132
GNDM145
VDDC146
GNDC181
DIGO8191
GNDM111
GND257
R7
6
1K
R7
6
1K
C8
41
0n
FC
84
10
nF
C1
49
1n
F
C1
49
1n
FR
27
2
22
K
R2
72
22
K
C2
78
2.2
uF
C2
78
2.2
uF
C9
72
.2u
FC
97
2.2
uF
C1
54
10
nF
C1
54
10
nF
C1
29
2.2
uF
C1
29
2.2
uF
C132 0.1uFC132 0.1uF
C7
50.1u
F
C7
50.1u
F
R7
13
3K
R7
13
3K
C9
9
10
0p
F
C9
9
10
0p
F
R4
41
00
R4
41
00
R8
61
00
R8
61
00
C2
90
0.1
uF
C2
90
0.1
uF
R2
99
10
K
R2
99
10
K
L6
0F
BL
60
FB
R5
81
0R
58
10
R6
5
NC
R6
5
NC
R2
4
10
K
R2
4
10
K
R5
61
00
/NC
R5
61
00
/NC
C2
89
0.1
uF
C2
89
0.1
uF
C2
12
10
nF
/NC
C2
12
10
nF
/NC
CO
N2
9C
ON
29
1 2 3
RP
8R
P33X
4R
P8
RP
33X
41 3 5 7
2 4 6 8
R1
54
22
K/N
C
R1
54
22
K/N
C
7 5 3 1
8 6 4 2
RP
17
RP
33
X4
7 5 3 1
8 6 4 2
RP
17
RP
33
X4
C1
27
10
nF
C1
27
10
nF
R6
9
10
K
R6
9
10
K
C1
50
10
nF
C1
50
10
nF
C1
13
2.2
uF
C1
13
2.2
uF
C9
8
0.1
uF
C9
8
0.1
uF
R3
51
22
K
R3
51
22
K
R7
0
NC
R7
0
NC
R6
8
NC
R6
8
NC
R7
4
NC
R7
4
NC
75
31
86
42
RP
15
RP
10
KX
4
75
31
86
42
RP
15
RP
10
KX
4
U3
4
AT
24
C6
4A
U3
4
AT
24
C6
4A
A0
1
A1
2
A2
3
GN
D4
SD
A5
SC
L6
WP
7V
CC
8
L6
2F
BL
62
FB
C1
05
0.1
uF
C1
05
0.1
uF
RP
9
RP
33X
4
RP
9
RP
33X
41 3 5 7
2 4 6 8
C7
02
.2u
FC
70
2.2
uF
R6
6
1K
R6
6
1K
R6
1
10
R6
1
10
CA36
10uF/16V
CA36
10uF/16V
C1
04
0.1
uF
C1
04
0.1
uF
R4
8
1K
R4
8
1K
R5
11
0R
51
10
R3
49
4.7
KR
34
94
.7K
R5
01
0R
50
10
R2
50
R2
50
R4
71
KR
47
1K
R3
74
7R
37
47
R6
01
0R
60
10
C6
82
.2u
FC
68
2.2
uF
C1
07
0.1
uF
C1
07
0.1
uF
C1
02
0.1
uF
C1
02
0.1
uF
C2
72
2.2
uF
C2
72
2.2
uF
C9
01
0n
FC
90
10
nF
R7
5
10
K
R7
5
10
K
R4
69
10
K
R4
69
10
K
RP
20
RP
33X
4
RP
20
RP
33X
4
1 3 5 7
2 4 6 8
C6
60
.1u
FC
66
0.1
uF
U1
1H
YB
25
DC
12
81
60
CE
-5U
11
HY
B2
5D
C1
28
16
0C
E-5
A0
29
A1
30
A2
31
A3
32
A4
35
A5
36
A6
37
A7
38
A8
39
A9
40
A1
0/A
P2
8
A1
14
1
DQ
02
DQ
14
DQ
25
DQ
37
DQ
48
DQ
51
0
DQ
61
1
DQ
71
3D
Q8
54
DQ
95
6D
Q1
05
7
DQ
11
59
DQ
12
60
DQ
13
62
DQ
14
63
DQ
15
65
BA
02
6
BA
12
7
CS
24
RA
S2
3C
AS
22
WE
21
LD
M2
0U
DM
47
LD
QS
16
UD
QS
51
CK
E4
4C
LK
45
CL
K4
6
MV
DD
1
MV
DD
18
MV
DD
33
VD
DQ
3
VD
DQ
9
VD
DQ
15
VD
DQ
55
VD
DQ
61
VS
S3
4
VS
S4
8
VS
S6
6
VS
SQ
6
VS
SQ
12
VS
SQ
58
VS
SQ
64
VR
EF
49
VS
SQ
52
NC
14
NC
17
NC
19
NC
25
NC
43
NC
53
NC
50
NC
42
R4
6
1K
R4
6
1K
R2
74
7R
27
47
C1
72
10
nF
C1
72
10
nF
C8
91
0n
FC
89
10
nF
75
31
86
42
RP
18
RP
10
KX
4
75
31
86
42
RP
18
RP
10
KX
4
R3
41
10
K
R3
41
10
K
C7
70
.1u
FC
77
0.1
uF
R7
7
NC
R7
7
NC
C8
3N
C/0
.1u
FC
83
NC
/0.1
uF
CA34
47uF/16V
CA34
47uF/16V
C7
60
.1u
FC
76
0.1
uF
C8
8
33
0p
F
C8
8
33
0p
F
R5
31
0R
53
10
Q9
39
06
Q9
39
06
1
3 2
R2
64
7R
26
47
R2
8
1M
R2
8
1M
C7
80
.1u
FC
78
0.1
uF
C8
7
0.1
uF
C8
7
0.1
uF
C1
09
0.1
uF
C1
09
0.1
uF
L3
5FB
L3
5FB
R5
51
50
1%
R5
51
50
1%
L3
7F
BL
37
FBC
27
32
.2u
FC
27
32
.2u
F
R6
3
10
R6
3
10
R6
2
10
R6
2
10
C1
10
0.1
uF
C1
10
0.1
uF
C1
03
0.1
uF
C1
03
0.1
uF
R1
57
10
0R
15
71
00
L2
60
L2
60
C1
88
10
nF
C1
88
10
nF
C1
48
2.2
uF
C1
48
2.2
uF
R1
59
10
0R
15
91
00
CA
90
10
uF
/16
V
CA
90
10
uF
/16
V
C1
08
0.1
uF
C1
08
0.1
uF
C2
77
2.2
uF
C2
77
2.2
uFR
P7
RP
33X
4R
P7
RP
33X
41 3 5 7
2 4 6 8
RP
13
RP
33X
4R
P13
RP
33X
4
1 3 5 7
2 4 6 8
U1
8CS4344
U1
8CS4344AOU
TL
7
SC
LK
2
LR
CK
3
MC
LK
4
VQ5
FILT+6
SD
IN1
GND8
VA9
AO
UT
R1
0
L4
9F
BL
49
FB
R5
71
0R
57
10
U1
3
EN
25
F4
0-1
00
GC
P
U1
3
EN
25
F4
0-1
00
GC
P
CE
#1
SO
2
WP
#3
VS
S4
SI
5
SC
K6
HO
LD
#7
VD
D8
R2
31
KR
23
1K
C8
61
0n
FC
86
10
nF
C6
72
2p
FC
67
22
pF
-
55
44
33
22
11
DD
CC
BB
AA
PR
EH
DM
IMU
X1
HD
MIM
UX
2H
DM
IMU
X3
HD
MI1
-DD
C-S
CL
HDMI1-RX2+
HD
MI2
-HP
D
HD
MI2
-RX
0+
HD
MI1
-HP
D
HD
MI-H
PD
G_T
X1+
R_T
X2-
R_T
X2+
G_T
X1-
B_T
X0-
B_T
X0+
TX
CLK
+T
XC
LK
-
HD
MI-D
DC
-SD
AH
DM
I-DD
C-S
CL
HD
MI2
-DD
C-S
CL
HD
MI2
-DD
C-S
DA
HD
MI2
-HP
D
HD
MI2
-RX
1-
HP
DC
TR
L
HD
MI2
-DD
C-S
DA
HD
MI2
-RX
1+
HD
MI_
SC
LH
DM
I_S
DA
HD
MI2
-DD
C-S
CL
HD
MI1
-DD
C-S
DA
HD
MI1
-Plu
g
HD
MI1
-RX
1+
HD
MI1
-RX
2-
HD
MI1
-RX
2+
HD
MI1
-RX
1-
HD
MI1
-RX
0+
HD
MI1
-RX
0-
HD
MI1
-RX
C+
HD
MI1
-RX
C-
HD
MI1
-DD
C-S
DA
HD
MI1
-DD
C-S
CL
HD
MI2
-RX
2-
HD
MI2
-RX
C-
HD
MI-H
PD
G_T
X1+
R_T
X2-
R_T
X2+
G_T
X1-
B_T
X0-
B_T
X0+
TX
CLK
+T
XC
LK
-
HD
MI1
-RX
0+
HD
MI1
-RX
1-
HD
MI1
-RX
1+
HD
MI1
-RX
2-
HD
MI1
-RX
2+
HD
MI1
-RX
C-
HD
MI1
-RX
C+
HD
MI1
-RX
0-
HDMI1-DDC-SDA
HD
MI2
-RX
C+
HD
MI-D
DC
-SD
AHD
MI2
-RX
2+
HD
MI1
-DD
C-S
CL
HD
MI1
-DD
C-S
DA
HDMI1-DDC-SCL
HD
MI2
-RX
0-
HD
MI-D
DC
-SC
L
CE
C
HDMI1-RXC-
HD
MI2
-RX
0+
HD
MI2
-Plu
g
HD
MI2
-RX
C-
HDMI1-RXC+
CE
C
HD
MI2
-RX
1-
HD
MIM
UX
3H
DM
IMU
X2
HD
MIM
UX
1
HD
MI2
-DD
C-S
CL
HDMI1-RX0-
HD
MI1
-HP
D
HD
MI1
-Plu
g
HD
MI2
-RX
1+
HD
MI2
-Plu
g
HD
MI2
-RX
1+
HD
MI2
-RX
2-
HD
MI2
-RX
2+
HD
MI2
-RX
1-
HD
MI2
-RX
0+
HD
MI2
-RX
0-
HD
MI2
-RX
C+
HD
MI2
-RX
C-
HD
MI2
-DD
C-S
DA
HD
MI2
-DD
C-S
CL
HD
MI2
-DD
C-S
DA
HDMI1-RX0+
HD
MI-D
DC
-SC
L
HD
MI2
-RX
2-
HDMI1-RX1-
HD
MI2
-RX
2+
PE
F
HD
MI2
-RX
C+
HDMI1-RX1+
HD
MI-D
DC
-SD
A
HDMI1-RX2-
HD
MI2
-RX
0-
HD
MI2
-HP
DH
DM
I2-D
DC
-SD
AH
DM
I2-D
DC
-SC
L
HD
MI2
-RX
C-
HD
MI2
-RX
C+
HD
MI2
-RX
0-
HD
MI2
-RX
0+
HD
MI2
-RX
1-
HD
MI2
-RX
1+
HD
MI2
-RX
2-
HD
MI2
-RX
2+
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
VH
DM
IMU
X3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
VH
DM
IMU
X3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
VH
DM
IMU
X3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MI2
/5V
HD
MI1
/5V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HDMIMUX3.3V
HDMIMUX3.3V
HDMIMUX3.3V
HDMIMUX3.3V
HDMIMUX3.3V
HDMIMUX3.3V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HDMIMUX3.3V
+3.3
AV
DD
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
HD
MI2
/5V
+3.3
AV
DD
HD
MI1
/5V
HD
MIM
UX
3.3
V
HD
MIM
UX
3.3
V
+3.3
AV
DD
5V
stb
5V
stb
+3.3
AV
DD
+3.3
AV
DD
HD
MI_
SC
L2
HD
MI_
SD
A2
HP
DC
TR
L2
R_T
X2+
2R
_T
X2-
2
G_T
X1+
2G
_T
X1-
2
B_T
X0+
2B
_T
X0-
2
TX
CLK
+2
TX
CLK
-2
HD
MIM
UX
3H
DM
IMU
X2
HD
MIM
UX
1
PR
E
HD
MIM
UX
3
PR
EH
DM
IMU
X1
HD
MIM
UX
2
Title
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
C
4
TE
L:0
755-2
6996895 F
AX
:0755-2
6996830
MS
T9U88DL / U89DL
HD
MI
A3
311
Wednesday, S
epte
mber 2
4, 2
008
Title
Siz
eD
ocum
ent N
um
ber
Rev
Date
:S
heet
of
C
4
TE
L:0
755-2
6996895 F
AX
:0755-2
6996830
of
C
4
TE
L:0
755-2
6996895 F
AX
:0755-2
6996830
R120
NC
/20K
R120
NC
/20K
R94
NC
/4.7
KR
94
NC
/4.7
K
R165
100
R165
100
D33
NC
/BA
V99
D33
NC
/BA
V99
3
1
2
C40
0.1
uF
C40
0.1
uF
R119
1K
R119
1K
D48
NC
/BA
V99
D48
NC
/BA
V99
3
1
2
R144
NC
/10
R144
NC
