Bimatek D 1045 VNP User manual

D
DV VD D L LA AS SE ER R D DI IS SC C P PL LY YE ER R
D1045VNP
Maintenance Manual
Usethebookwithinstruction. Read themanualand
O/Icarefullybeforemaintaintheunit
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TABLE OF CONTENTS
Safetyinformation ----------------------------3
1．Generalguide -----------------------------3
2．Lowzetapotentialleakinginspection ----3
3．Highzetapotentialleakinginspection ----3
Device avoidingES(ElectricSusceptible)
Influence ofESD(ElectricSusceptible
Discharge)-----------------------------------------4
Technicalspecification ------------------------4
Mechanicaldiagram --------------------------5
MechanicalParts ----------------------------6
Packingandaccessories ----------------------7
Disassembleandassemble --------------------8
1．Takeoutdiscfrom troubleplayer ------8
2．PCB circuit board’slocation-------8
Disassembleandassemblepartsoftheunit -9
1．Canopenthetraybyelectricity --------9
2．Cannotopenthetraybyelectricity ----9
3．Assembletheunit ----------------------9
Attachment1 -------------------------------10
BlockDiagram/Electriccircuitdiagram ---10
1．Blockdiagram ---------------------------11
2．Decoderboarddiagram -----------------12
3．AVoutputboarddiagram ---------------17
4．Powerboarddiagram -------------------18
5．Control boarddiagram ----------- ------19
Attachment2--------------------------------20
PCB Diagram ------------------------------20
1．UpperdecodeboardPCB diagram ----21
2．LowerdecoderboardPCBdiagram --22
3．AVoutputboardPCBdiagram -------24
4．PowerboardPCB diagram------26
5．ControlboardPCB diagram-----28
Attachment3---------------------------------30
Componentlist-------------------------------30
1．Powerboardcomponentlist ------------------31
2．Decoderboardcomponentlist ----------------33
3．AVoutputboardcomponentlist --------------37
4．Control boardcomponentlist -----------------38
2
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SAFETYINFORMATION
General guide
1.Observetheoriginalcircuitduringmaintenance.ifshort
circuitoccurs, changetheover-hot ordamagedcomponents.
2.Observealltheprotectivedeviceaftermaintenance,such
aswhethertheshieldingcoverorpaperisassembledwell.
3.Toavoidelectricshock,pleaseinspectelectricityleakage
aftermaintenance
Lowzetapotentialleakinginspection
1.TakeoutACcordand connect apiece ofwirebetweentwo
legsoftheoutlet.
2.UseGearRx10Kofthevoltmetertomeasurethespares
onACoutletandexposedmetallicpartwithshortcircuit.
Theresistancebetweenscrewcap,controlshaftshouldbe
unlimited.
uF
ACvoltage table
tohavediscovermetal
accessoryofequipment
creepage checking circuit
coldwater
canal earthing）
picture 1
High zeta potential leakage inspection
.Asillustrated1,ConnectResistorwith1.5K,10Wand
capacitor0.15betweenexposedmetallicpartanddeviceof
fineconnectiontotheearth(waterpipeetc.).
2.Plug-inACcorddirectlytoACoutlet.Donotinspectwith
shieldadaptor.
3.Utilize 1000ormoresensitivevoltmetertomeasure
alternatingvoltage.
4.TurnbacktheACplug-infromACoutlettheniteratethe
inspection asabove.
5.Inspectthevoltageoftheresistorbetweenotherexposed
metallicpartsandtheearthwiththesameway.
6.Thevoltagemustnot beoverthan0.75Vrmsatanypoints
ontheresistor.Electricleakageshouldnotbeover0.5mA
whenprocessinghighvoltageleakagetestingthrough
DeviceavoidingES(ElectricSusceptible)
InfluenceofESD (ElectricSusceptibleDischarge
exceededtherestrainedfigure,electricshockshouldbe
possiblysuffered.Domaintaintheunit andinspectonce
morebeforereturntotheuser.
Device avoidingESinfluenceofESD.
Somesolidsemi-conductordevicesareeasytobe
damagedbystaticelectricity.Thesedevicesaregenerally
calledESdevice.ThetypicaldevicesareIC,fieldeffect
component andsemi-conductorlaserdiode.
Thefollowingtechnologyhelpstoabatethedangerof
ESDonbodybeforehandleanysemi-conductoror
semi-conductorcomponent.OrweartheESDbangleavailed
fromthemarkettoeliminatethethreatenofstaticelectricity
onhumanbody.
2.PuttheelectronicpartswithESdeviceonthesurfaceof
conductorsuchasaluminumfoil aftertakethemout inorder
toprotectstaticelectricityfromaccumulationandexplosion.
3.SolderordisassembleESdevicethroughironconnecting
theearth.
4.Utilizedeviceonlyanti-staticelectricitytodisassemble
solderingtin.Non-antistaticelectricitydevice(ESC
protection)willreleaseESthatdamageESdevice.
5.Donotusechemicalvolatilereleasingstaticelectricity
thatleadstodamageESdevice
6.Unless preparationforpre-assemblinghasbeenmade,do
nottakeouttheESdevice tobechangedfromtheprotective
packing(mostofthechangedESdevicesarepacked
togetherwithanti-staticelectricalfoamorsimilarelectric
material,besides,countermeasuresfordown-leadshort
circuitaretaken.).
7.Protectivematerial shouldconnect themodelorthecircuit
componenttobeassembledinitbeforetakingoutthe
protectivematerialfromtheESdevice.
Note:donot bearelectricitytothemodel orthecircuit,and
payattentiontoall theothersafetyinformation.
8.WhendisassemblingandreplacingtheESdevice,tryto
reduce bodymovement (Or,themovementoflegs,the
frictionoffibrousofclothes,orelevatingthelegsfromthe
floorwillgeneratestaticelectricityESD, causingdamageto
theESdevice.).
3
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Technicalspecification
AAudioparts frontR.Lchanneloutput）
NO. ITEMS UNITS LIMITED TESTCONDITION
1 Leveloutput（1KHz，0dB）Vrms 1.8+0.2/-0.8 DVD(LPCM)、CD
Fs=48KHz dB ±1 DVD(LPCM)20Hz~20KHz
2 Frequency
Range CD dB ±1 CD20Hz~20KHz
3 Distortion +Noise（1KHz，0dB）dB ≤-65 CDDVD(LPCM)Apower
4 S/NRatio ：(S/N) dB ≥90 CDAaccountpower
5 PathSeparation dB ≥80
DVD(LPCM)、CD、R—L、Aaccount
power
6 Channel Imbalance dB ≤1.5 DVD(LPCM)、CD
BDigitalaudioparts
range Vp-p 0.5±20% 75W± 1%loads
1 Coaxialoutput
impedance W75±30%
wavelengh(λp) nm 660±30
2 Opticaloutput
power(Pc) dBm -27≤Pc≤-18
CVideoparts
video Vp-p 1.0±0.2
Y 0.700±0.140
chroma 0.880±0.176
S-video
C
In-phase
Vp-p
0.300±0.060
Y.CR.CB Vp-p 0.700±0.140
1
Outpu
t
range
RGB 0.700±0.140
Loads75W± 1%
2 Levelexculpaterate lines ≥500
3 bandwidth(+3/-6dB 时) MHz ≥5.5 100KHz0dB
Y dB ≥56 (accountpower) 75Wloads
Uchannel ≥50
4 S/N
C
Vchannel
dB
≥50
75Wloads
Rchannel ≥50
Gchannel ≥50
5
R、G、B
S/NRatio
Bchannel
dB
≥50
75Wloads
6 Differential coefficientgain （DG）% ≤2 75Wloads
7 Differential coefficientbit （DP）degree ≤2 75Wloads
8 Lum blame nonline of distortion % ≤5 75Wloads
DPower
1 Inputpowervoltage ～90/240V 60Hz/50Hz
2 PowerConsumption ≤15 W Normalworks
NOTE：DVDtesttype：TVD-540ACDtesttype：TCD-784
4
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Mechanicpartsofdecomposediagram
5
2
1
3
27
17
17
27
5
4
27
27
12
29
6
11
27
8
10
28
29 15
32
32
26
29
16
32
17
32
17
21
32
32
14
28
7
15
31
9
13
28
31
31
20
19
32
28
33
22
33
33
28
28
31
31
31
17
17
31
17
31
17
25
32
32
32
18
32
23
33
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ABSY1-2101I1-00 powerbutton 7
8
ST3X
ST3X8PWTTNiH
roundhead triangletoothsupplyplating nickel
overforcedly）platingnickel
N2-300612-54
N2-300614-54
N2-301215-54
32
33
31
ST3X12PWTTNiH
platingnickel
S-video、motherboardandrearboard
decodeboard,powerboard,motherboard
uppercoverandmotherboard
7
4
1
VGAlines(6P/2.0mm pin+15PVGAjack)
WQ-201066-10
19
triangletoothsupplyplating nickel
L4-150250-30 magneticannulusT25X15X12mm 25
28
N2-300612-19
N2-300815-54
N2-300812-19
29
30
N2-300614-54
WD-651202-00
27
26
ST3X8PANi
platingnickel
KTT3X
ST3X6PANi
platingnickel
powercordlength320mm VDEattestation
(sinking)plating nickel
powercord2.5M250V6AVDEattestation
Q2-250201-10
22
WD-252232-00
24
23
A5-200100-20
A5-250300-10
21
20
decode board
rearboard
AVboard
1
powerswitchs,uppercoverpanel，rearboard
13
controlboardand panelboard
chipsandmotherboard
6
4
surfaceandmotherboard
1
5
1
1
1
1
powerswitchsPS4E-A-040 VDEattestation）
16
Y3-030260-20
A6-898000-40
18
17
Y3-017003-10
A5-250200-30
Q4-250201-00
15
14
KDA-898SP SANYOchips
PCBstanchion
feetmat
switchspowerboard
motherboard
Y1-250111-00
Q3-200100-00
A5-250200-40
12
13
11
S1-404000-00
Y1-250151-00
Y3-180160-10
9
10
8
keycombination
uppercover
control board
buttons
uppercoverplank
1electrolyseboard
1
1
9
2
1electrolyseboard
1ABS
ABS
cool rollboard
N4-060201-L0
3
N4-060201-R0
Y9-250120-30
Q1-250103-10
5
6
4
Q1-2501E3-10
Y9-250121-30
2
SerialNo. MaterialNo.
trayspring(left)
biglens
surface
trayspring(right)
Name
lens
DVDtray
MECHAINC PARTSOFCOMPONENTLIST
1carbonwire
carbon wire
ABS
QTY
ABS
REMARK
6
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O5-250201-10
O7-250101-R0
A1-310100-10
O1-500600-10
O7-250101-L0
O6-250101-00
PartNo.
1
4
5
6
3
2
2.MaterialList
SerialNo.
PACKING ANDACCESSORY
1.Decomposediagram
colorbox
remotecontrol
frothglue(right)
instruction booklet
frothglue left）
machine bags500*600mm
Descrption and Specification
1
1
1
1
1
1
QTY
1
2
6
4
3
5
7
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DiagramCRotate whitegear
3.Takeout front panelandloaderd carefully,there isa white
plastic gear under the loader,Rotate the rear as diagram C to
stretch DVD tray and door(diagramD),you can takedisc out
carefully.
DiagramBPanel,chipdisassemble
DiagramHboardsLocation
Controlboard
decodepowerboard
2.Wring3screwsout connectedbasepanelwithbottom
board thenwrest4screwsconnectedloaderewithbottom
board(DiagramB) DiagramDTakeoutdisc
decode board
AVoutputboard
Per PCB assemblies locate as(see diagram H)
PCB position
DiagramADipartcabinet
Takeoutdiscofmethod fromatroublemachine
If you cannot take outdisc even press OPEN/CLOSE
button,please pull powercord from the socket and
follow as below:
1.Wring 8screwsoutthen pull left and right side
to take awaytop panel thatrear part of upper
(Diagram A)
Theunit comprisesmechanicalandelectricpart,including:
front panel,basepanel,toppanel,rearpanelandloader,AV
output board,decodeboard,etc.
DISASSEMBLEAND ASSEMBLE
WhiteGear
8
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Assembletheunit
Assemblethecasebyreversing disassembly
Aftermaintenance, switching on poweron the
condition that assemblyandconnection have
nomistakethenloaderandelectriccircuitreturn
tooriginalplaceautomatically.The unitworksnormally.
Can notopentraybyelectricity
Unable toopendisc traywhen pressOPEN/CLOSE button
1.Takedowndisc asillustratedA,B,C,D
2.TakedownDVDfrontpanel
Can open thetray byelectricity
1. Operateaftercompletelytakeouttop panel
2. PressOPEN/CLOSE buttontoopen disctray.
Becareful not todamagediscwhen takeitoutifit isinthe tray.
ThentakeawayDVDdoor(asillustrated E)
GraphECatchposition onthefrontpanel
Catch
Catch
Catch
1. Takedown toppanelsee asillustrateA
2.Takedownfrontpanel
Disassembleandassembleparts oftheunit
9
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Attachment1：Blockdiagram、Circuitdiagram
Blockdiagram
Decoderboardcircuitdiagram
AVOutputboardcircuit diagram
Powerboardcircuitdiagram
Controlboardcircuit diagram
10
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Blockdiagram
11
RGB- CON
GND
POWERSW
STBY
+5V
NC
F+ F- GND- PD A NC T+ T- B VC E F VCC
-3.3V
-27V
+3.3V
LD- DVD LD- CD VR- CD CD/ DVD LD- CD VR- DVD D C NC MD HEM GND-LD
GND - 27V - 3. 3V +3. 3V
230V/50HZ
~220V
~220V
CVBS R/V
79ALOADER
- 12V
STBY +5V NC
+5VD GND GND +5VA +12V GND STBY
POWERSUPPLY
SCART
SP+ VR-CD
-12V
SP-
PANELCONTROL
LIMIT
SL+
GND
SL-
TRIN
GND
LOAD-
LOAD+
TROUT
STBY
CLK
IR
DIN
STB
DOUT
GND
VR-DVD
GND-LD
LD-DVD
LD-CD
CL K
L I MI T GND SP+ SL- SL+
DOUT GND
BA5954FM
STB
I R
DIN
HEM
MD
FR
F-SEL B/U GND G/Y GND SPDI F R- I N +5V L- I N
LOAD+
SP-
GND
TRIN
TROUT
LOAD-
L-IN
+5VA
+12V
GND
GND
GND
+5VD
+5V
SPDIF
R-IN
GND
G/Y
F-SEL
B/U
GND
CVBS
RGB-CON
R/V
OPTICAL
AVOUT
Pr/Cr Y Pb/Cb
COAXTAL
CD/DVD
LD-CD
GND-PD
T-
FLASH
ZR36707
VCC
NC
D
C
F
A
VC
E
B
NC
ZR36768
SDRAM
F+
T+
F-
SDRAM
S-VIDEO
DECODER
SRSL CEN
PCM1606
SUB FL VIDEO
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12
Decodeboard elementsdiagram
1
MEMWR-
VR_SEL
SPDIF
DUPRD0
RA MADD7
MEMDA11 R200 0R
R164 392R/1%
RAMADD6
RAMDAT6
R10 33
FB26 FBR
JP24
CN2.54MM2X2-M
3
4
1
2
BC6
0.1uF
RAMADD10
RAMDAT11
RAMDAT3
MEMAD11
BC17
0.1uF
BC241 10nF
DSPVCC18
MEMAD15
RD40
10K(NC)
DSPVCC33
DSPVCC33
DEFECT
TRA CK_D A C
VSYNC
DUPTD0
MEMAD10
RAMDAT9
+
C16
100uF/16V
RAMADD2
RAMDQM
RAMDQM
OSCOUT
+
C15
100uF/16V
TP7
1.
R6 33
BC4
0.1uF
FS2
RAMADD5
MEMAD[20:0]
DRVSB
AAF_TE
RAMCS0-
RAMADD10
MEMCS1-
MEMDA3
PLLCFGP
MEMDA0
INSW
MEMDA10
MEMAD1
BC10
0.1uF
BC243 10nF
+
C128
47uF/16V
BC27
0.1uF
DUPTD0
C105
330P
BC242 10nF
C225 22pF
TP5111 .
BC21
0.1uF
Y_R_V
INSW
RAMDAT3
RAMBA
DSPVCC33
ALRCLK
R15
4.7K
OSCOUT
PCLK
MEMDA12
R190 330R
BC28
0.1uF
RAMADD7
RAMDAT9
12CCLK
LINK NNN
RAMDAT9
RAMWE-
R22 4.7K
R125 10K
**
220pF
DSPVCC18
C224 22pF
IALRCLK
BC3
0.1uF
DSPVCC33
I2CDAT
RAMDAT2
RAMADD8
RAMDAT0
RAMADD9
BC12
0.1uF
D14
RLS4148 (NC)
FPC_STB
RAMDAT14 RAMDAT12
RAMB A
FPC_STB
AFEGND
AOUT2
AIN
MEMAD19
ICETCK
MEMDA5
R183
100K
RAMDAT1
AOUT1
RAMA DD2
RAMA DD10
RAMB A
BC19
0.1uF
RFA_SDATA
CLOSE
DUPRD1
RA MDA T14
MEMDA9
MEMAD13
MEMAD8
RA MADD3
BC9
0.1uF
RAMDAT15
SPDIF
RD39 10K(NC)
RA MDA T15
DRVSB
MEMWR-
HOMESW
DSPVCC33
ICETMS
R14
4.7K
BC7
0.1uF
D+5V
MEMCS1- DUPTD1
AMUTE
MEMCS0-
RAMRAS-
MEMAD4
AOUT2
Q11
SST3904
1
2 3
RAMDAT12
BC25
0.1uF
R1270R
SPINDLE_PWM
RAMDAT2
TP22
1.
SPDL_SENS
/AUDIO_RESET
RA MDA T 7
OUTSW
RAMDAT12
RAMRAS-
RAMDQM
RAMADD0
DUPRD1
GPAIO
HSYNC
MEMCS0-
CLOSE
AAF_P I
RAMDAT5
RAMCAS-
RN3 33RX4
12 34 56 78
I2CCLK
RAMDQM RAMDAT6
Y2 27.000MHz
VGND
RA MADD0
FB4 FBR
PLAY MODE:ALL OPEN
C104
330P
BC1
0.1uF
BC14
0.1uF
DSPVCC33
MEMAD12
C_B_U
ABCLK
OUTSW
RAMDAT7 RAMDQM
RAMADD5
RAMDAT3 RAMDAT1
MEMAD20
IABCLK
R239 150
STANDBY
MIRR
PCLK
RA MDA T4
LDON
AA F_CE
RAMDA T6
ICETDO
R161 33
FB2 FBR
U15
ZR36768
12
1
2
3
4
5
6
7
8
9
10
11
50
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
51
52
53 54 55 62 56 57 58 59 60 61 72 63 64 65 66 67 68 69 70 71 83 73 74 75 76 77 78 79 80 81 82 91 84 85 86 87 88 89 90 101 92 93 94 95 96 97 98 99 100 102 103 104
105
156
155
154
152
151
145
136
144
143
142
141
140
139
138
127
125
124
123
122
121
120
119
118
117
116
115
114
113
112
111
110
205 204 202 192 190 200 187 195 197 186 185 184 175 174 173 172 171 157 169 160 167 165 164 163 162 161 159 158
39
40
41
42
43
44
45
46
47
48
49
106
107
108
109
126
128
129
130
131
132
133
134
135
137
146
147
148
149
150
153
166 168 170 183 182 181 180 179 178 177 176 188 189 191 193 194 196 198 199 201 203 206 207 208
GNDP
SSCRXD/GPCIO[17]
MEMCS[1]#/GPCIO[18]
VDDP
MEMAD[15]/PLLPROG[0]
MEMAD[16]/PLLPROG[1]
MEMAD[14]/PLLPROG[2]
MEMAD[13]/AFETESTEN
MEMAD[12]/[PLLCFGA]
MEMDA[15]
MEMAD[11]/[PLLCFGP]
MEMDA[7]
GNDP
MEMAD[10]/[TESTMODE]
MEMDA[14]
MEMAD[9]
MEMDA[6]
MEMAD[8]
MEMDA[13]
MEMDA[5]
MEMAD[20]/[GPCIO19]/[MEMCS#2]
VDDP
MEMDA[12]
MEMWR#
MEMDA[4]
VDDC
MEMDA[11]
MEMDA[3]
MEMAD[19]/[PLLSEL]
GNDC
MEMDA[10]
MEMAD[18]
GNDP
MEMDA[2]
MEMAD[17]
MEMDA[9]
MEMAD[7]
MEMDA[1]
MEMAD[6]
VDD-IP
VDDP
RA MADD[4] RA MADD[3] RA MADD[5] GN DP RA MADD[2] RA MADD[6] VDDP RA MADD[1] RA MADD[7] RA MADD[0] GN DP RA MADD[8] VDDC RA MADD[10] GN DC RA MADD[9] VDDP RA MADD[11] RA MCS [0]#/RAMB A [1] RA MBA[0] GN DP RA MCS [1]# RA MRA S# RA MCA S# VDDP RA MWE# RA MDQ M GN DPCLK PCLK VDDPCLK RA MDA T[8] GN DP RA MDA T[7] RA MDA T[9] RA MDA T[6] VDDP RA MDA T[10] RA MDA T[5] RA MDA T[11] GN DP RA MDA T[4] VDDC RA MDA T[12] GN DC RA MDA T[3] VDDP RA MDA T[13] RA MDA T[2] RA MDA T[14] RA MDA T[1] RA MDA T[15] RA MDA T[0]
VDDP
DUPTD1/GPCIO38
DUPRD1/GPCIO37
VDD-IP
DUPRD0/GPCIO35
GNDP
GPCI/O[32]
GPCI/O[31]
VDDP
GCLKA
GCLKP
XO
VDDA
RESET#
GNDA
VDDP
GNDP
HSYNC/GPCIO25/[CJTDO]
VDDC
VSYNC/GPCIO24/[CJTDI]
GNDC
AIN/[GPCIO23/CJTCK]
VDDP-A2
AMCLK
GNDP-A2
ABCLK
ALRCLK
GPAIO/[AOUT3]
AOUT[0]
AOUT[1]/[GPCIO22]
AOUT[2]/[GPCIO21]
SPDIF
SLE D P U LSE /ID G P C IO6
VDD P
GNDP VDD C
GNDC
DE F E CT/IDGPCIO 5
PWMA CT[0]/G P CIO39
GNDP W M
VDD P W M
GNDA F E S
VBIASS1 VBIASS0
VDD A F E S
GNDA F E RF
RF INN
RF INP
VDD A F E R F
GNDDACD
DA C DRIV E[1]
VDD DA C
DA C DRIV E[0]
GNDDACBS2
GNDDACP
RS E T
C/B /U
Y/R /V/[C]
CV B S/C/[Y ]
CV B S/G/Y
MEMDA[8]
MEMAD[5]
VDDP
MEMDA[0]
MEMAD[4]
MEMRD#
MEMAD[3]
MEMAD[2]
MEMCS[0]#
MEMAD[1]/[BOOTSEL2]
MEMAD[0]/[A]PLLSEL/[BOOTSEL1]
CPUNMI/GPCIO[20]
GNDP
[A]GPCIO110/BOOTSEL1/[AOUT3/ICGPCIO0]
[A]GPCIO111/BOOTSEL2/[IDGPCIO0]
COSYNC/GPCIO120/[ICGPCIO1/CJTMS]
GPCIO26/ICETMS/[DJTMS]
ICETDI/GPCIO122/[ICGPCIO2/DJTDI]
ICETDO/GPCIO123/[IDGPCIO1/DJTDO]
ICETCK/GPCIO27/[DJTCK]
GPCIO28/DJTMS
GPCIO29/DJTDI
GPCIO30/DJTDO
GPCIO128/DJTCK/[ICGPCIO3]
GPCI/O[130]/[IDGPCIO2]
GPCI/O[135]/[ICGPCIO4]
GPCI/O[33]
GPCI/O[137]/[ICGPCIO5]
GPCI/O[34]
GPCI/O[139]/[IDGPCIO3]
DUPTD0/GPCIO36
GNDDACPS
VDDDACS
GNDDACDS
ADCIN0 ADCIN1 ADCIN2 ADCIN3 ADCIN4 ADCIN5 ADCIN6 ADCIN7
PWMACT[1]/GPCIO40
PWMCO[0]/GPCIO41 PWMCO[1]/GPCIO42 PWMCO[2]/GPCIO43 PWMCO[3]/GPCIO44 PWMCO[4]/GPCIO45 PWMCO[5]/GPCIO46
PWMCO[6]/GPCIO152/[IDGPCIO4]
ICGPCIO6
GPCIO159/[ICGPCIO7]
SPINDLEDPULSE/IDGPCIO7
SSCCLK/GPCIO47
SSCTXD/GPCIO16
PLLCFGA OPEN
R2 2 7 4.7K
R162 33
JP23
1
2
OSCIN
RA MCS1- RA MADD9
DUPTD1
RA MDA T13
CJTDO
R228 33
IRRCV
12CDAT
RAMADD1
MEMDA6
U1
K4S161622C-TC/L70
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26
VDD DQ0 DQ1 VSSQ DQ2 DQ3 VDDQ DQ4 DQ5 VSSQ DQ6 DQ7 VDDQ LDQM WE CAS RAS CS BA A10/AP A0 A1 A2 A3 VDD
VSS
DQ15 DQ14
VSSQ
DQ13 DQ12
VDDQ
DQ11 DQ10
VSSQ
DQ9 DQ8
VDDQ
NC
UDQM
CLK
CKE
NC
A9 A8 A7 A6 A5 A4
VSS
AOUT1
** 2.7uH
BC46
15P(NC)
+3.3V
RAMDAT11
RAMADD3
IAMCLK
RF33V
RFA_SDEN
MEMAD2
BC33
0.1uF
TP3
1.
RF INP
MN T R
MEMAD5
MEMAD17
R12
4.7k
R126 5.1K
DOWNLOAD MODE:SHORT1-3&2-4
PCLK
RAMRAS-
BC18
0.1uF BC24 0.1uF
RAMADD4
R250 75
C100
0.1uF
FPC_DOUT
CVBS_G_Y
STANDBY
BC13
0.1uF
D+5V
RESET-
RAMDAT8
BC2
0.1uF
RAMCAS-
RAMADD4
VGND
RA MDA T1 RA MDA T0
R79 0
not install
SLED_PWM
/AUDIO_RESET
AIN
MEMDA13
BC15
0.1uF
RAMADD2
LDON
RAMADD1
RAMDA T5
BC26
0.1uF
+
C127
47uF/16V
RAMCS0-
ICETDI
BC20
0.1uF
Q12
SST3904
1
2 3
U3
K4S161622C-TC/L70
1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24 25
50 49 48 47 46 45 44 43 42 41 40 39 38 37 36 35 34 33 32 31 30 29 28 27 26
VDD DQ0 DQ1 VSSQ DQ2 DQ3 VDDQ DQ4 DQ5 VSSQ DQ6 DQ7 VDDQ LDQM WE CAS RAS CS BA A10/AP A0 A1 A2 A3 VDD
VSS
DQ15 DQ14
VSSQ
DQ13 DQ12
VDDQ
DQ11 DQ10
VSSQ
DQ9 DQ8
VDDQ
NC
UDQM
CLK
CKE
NC
A9 A8 A7 A6 A5 A4
VSS
MEMRD-
OPEN
VR
RA MA DD4
IRRCV
RA MADD9
RA MDA T4
MEMDA1
FB3
FBR
CJTCK
RA MADD6
BC11
0.1uF
SDRAM speed <=7ns
FOCUS_DAC
AMCLK
DUPRD0
RA MDA T14
TP 11 .
JP22
CN2.54MM2P-M(NMIbutton)
1 2
DEFECT
RA MDA T5
CJTDI
RA MDA T7
R20
4.7k
RESET-
MEMAD9
MEMAD0
C101
0.22uF(NC)
MEMDA15
RAMADD0 RAMDAT15
MEMAD14
+
C17
100uF/16V
HOMESW
AAF_FE
DEM
OSCIN
RA MA DD1
MEMDA7
RAMDAT10
BC45
15P(NC)
RA MDA T4 RA MDA T2
MEMDA2
RAMCS1-
GND
SGND
MIRR
RA MDA T10
RA MDA T11
AOUT0
MIC_DET
RA MA DD6 RA MDA T 8
BC30
0.1uF
MEMDA14
MEMAD3
RA MDA T13
IP CLK
MEMRD-
DSPVCC33
MEMDA[15:0]
VR1
RAMADD7
RFINN
HSYNC
DSPVCC18
RESET-
BC8
0.1uF
RAMDAT8
RAMADD3
MEMAD6
+
C14
100uF/16V
CVBS_C
VSYNC
RA MCA S-
MEMAD16
MEMAD18
FPC_CLK
FPC_CLK
DSPVCC33
R9 33
C24
10u/16V(NC)
TP4 1
.
+
C4
47uF/16V
RAMWE-
MEMDA8
FPC_DOUT
RA MADD8
RA MDA T10
RA MWE-
RFA _SCLK
FS1
AOUT0
RAMA DD5
MEMDA4
R234 33
R19
2k
RAMADD8
RAMDAT13
RAMDAT0
CJTMS
MEMAD7
BC5
0.1uF
BC29
0.1uF
Use pin 128#,130#,131# of I64 to output AMUTE
FS2 and DEM controL signal.
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13
Decodeboard elementsdiagram2
NNN
R194 1K
R85
18
MGND
TP40
1
.
RF33V
OPEN
TP16
1.
C19
0.1uF(NC)
OUTSW
C274
0.1uF
R118 1K
R99
3.9K
C7
0.1uF
R100 10K
RFA_SCLK
R87
4.7K
C1442.2nF
TP11
1.
R77 0
2V5
1.
C45
0.1uF(NC)
TP91 .
CLOSE_SW
U26
IKE80
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18 19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
FWD
REV
VCCP2
VLO-
VLO+
VO4+
VO4-
VO3+
VO3-
VO2+
VO2-
VO1-
VO1+
VCCP1
VCCS
VIN1+
VIN1-
VIN1 VIN2+
VIN2-
VIN2
VIN3-
VIN3
VO_OP
VIN-OP
VIN+OP
REG_IN
REG_OUT
VREF-OUT
VREF-IN
VIN4
VIN4-
MUTE234
MUTE1
VCONT
S-GND
HOMESW
RFA_FE
C97
0.1uF
RFA5V
RFGND
c
RF33V
RFA_DEFECT
R82
18
R1 0R
c
RFINN
BC32
0.1uF
R108 10K
R256 5.6K
C171 1000pF
C58
0.1uF
MGND
FACT-
C170
1uF
C166 33nF
R156
1K1%
U4
ZR36707
1
2
3
4
5
6
7
8
9
10
11
12
13
14
31 20 29 23 24 28 26 19 25 18
33
27 22 21 17
44
45
46
37
30
40
42
43
35
48
47
38
41
39
36
32
52 53 54 61 58 64 63 51 50 49 59 57 62 60 55 56
15
16 34
DVDRFP
DVDRFN
A2
B2
C2
D2
CP
CN
D
C
B
A
CD_D
CD_C
MIN VC MB DVDPD CDPD MP LDON VPB VNB CD_E
LINK
MIRR CDLD DVDLD CD_F
LCP
V33
SCLK
V25
MLPF
FE
MNTR
LCN
TPH
SDEN
SDATA
PI
CE
TE
V125
MEVO
FNN
FNP
DIP
ATON
VPA
RFDC
RFSIN
VNA
MEV
RX
AIP
RFAC
ATOP
AIN
DIN
BYP
CD_B
CD_A DFT
C41 0.1uF
a
RFGND
C2555.6nF
MNTR
Q16
KTC3875 1
23
R107 20K
C1681000pF
R155
4.7K
R115 20K
GND
VC25
RFA5V
VR
RFA5V
SPDL_SENS
CLOSE
Q18
2SA1036K 1
2 3
C2575.6nF
MGND
LOAD-
R230 1.3K
Q10
KTC3875
1
2 3
R75 0
C138270pF
a
MGND
a
C172 220pF
VC25
TP20
1.
TP30
1.
C2585.6nF
C44
0.1uF(NC)
C273
0.1uF(NC)
TP23
1.
MGND
R34 0R
R123 10K
VR_SEL Logic:
CD=LOW
DVD=HIGH
R264
10K
J9
CON5
1
2
3
4
5
b
TP6
1.
R117 10K
C42 0.1uF
FOCUS_DAC
C173 1uF
C174 1000pF
DVDLD
MGND
AAF_FE
+
C147
10uF/50V
RFA5V
SP+
RFA_MIRR
R21 13K
C43 0.1uF(NC)
VR
TP15
1.
RFA_SDATA
SPINDLE_PWM
C163470pF
C256560pF
C32
0.1uF(NC)
GND
RFGND
MIRR
FACT-
+
C13
47uF/16V
R3 33R
R193 1K
C169 33nF
TACT-
R11
10K
RFGND
AAF_CE
C59
0.1uF
SLED_PWM
AAF_CE
C1432.2nF
C1422.2nF
Q17
2SA1036K
1
2 3
RFGND
C47
0.1uF(NC)
d
SGND
RFA5V
R90
22K
RFGND
VR1
OPEN_SW
C232 1uF
c
AAF_PI
FOCUS_DAC
RFA_CE
R89 100
R78 0
C9
0.1uF
R116 1K
R132 0
R80
4.7K
MGND
R104
4.7K
RFA5V
SLED+
+
C146
10uF/50V
a
RFA5V
R145 12K/1%
J6
CON6
1
2
3
4
5
6
R105 1M
C136 6.8nF
CDLD
R232 1.3K
TP35
1.
R113 10K
R110 10K
b
R121
NC
R150 0R
TP37
1.
R233 1.3K
C48
0.22uF
R231 1.3K(NC)
C18
0.1uF(NC)
LINK
HOMESW
R128 NC
BC37
0.1uF
R120
NC
R112 47K
C1671000pF
CD/DVD_SWLogic:
CD=HIGH
DVD=LOW
INSW
SP+
C231 1uF
Q19
KTC3875 1
23
R111 47K
R109 10K
RF33V
AAF_TE
R88 100
R122 0
M9V
RFGND
RFA5V
C10
0.1uF(NC)
C1412.2nF
R114 10K
RF33V
BC36 0.1uF
R119
6.8K
VR
R266 0R
TP36
1.
b
FACT+
Q20
KTC3875
1
2 3
C62 0.1uF
c
TACT+
R225
3.3K
LDON
AAF_TE
C67 0.1uF
TRACK_DAC
RFA_LDON
R265 0R
R106
4.7K
AAF_CE
RFGND
VR_SEL
TACT-
TP19
1.
R74 0
DEFECT
MNTR
C213
0.1uF
RF33V
RFINN
RFINP
R18
82K
R258 5.6K
FACT+
SP-
SLED-
TP12
1.
R101
5.1K
TP13
1.
C30
0.1uF(NC)
RFA_TE
RFINP
+
C253
47uF/16V
J8
24P-HEAD
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
GND-LD
DVD-LD
NC
HFM
MD
CD-LD
VR-DVD
VR-CD
NC
E
VCC
VC(VREF)
GND/PD
F
B
A
RF
CD/DVD_SW
D
C
T-
T+
F+
F-
R124
9.1K(NC)
VR
AAF_PI
d R83
18
R2 0R
d
AAF_FE
SP-
R86
4.7K
R17 10K
BC35
0.1uF
L1
FBR
R157
1K1%
R84
18
R81
10K
TP14
1.
C228 2.2nF
DRVSB
MGND
C11
0.1uF(NC)
TP2
1.
C46
0.22uF
b
RFGND
RFGND
TACT+
LOAD+
R91
10K
C8
0.1uF
RFA_SDEN
TP42
1
.
TP10
1.
REMOVE L1
d
R131 NC
R102 10K
RFA_PI
+
C12
100uF/16V
R103 1K
R8 0R
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14
Deco
deboard elementsdiagram3
R36 20K
C83
120pF
D6
BAT85
12
AA-12V
+
C276 1uF/16V
CVBS_C
MUTE
DSPVCC33
SCART-R
A-RMAIN
ALRCLK
C540.1uF
A+12V
Q28
2N3906
C81
10uF/16V
12CCLK
CEN-OUT
D10
BAT85
12
MIC_IN2
AOUT0
RD2
100R1/2W
DSPVCC33
+
C125
470uF/10V
A+5V
R46 11K
C78
120pF
A-RREAR
R262
1K
Q4
MMBT2222
1
2 3
R71
1K
R355
0
R55
22K
C106
330uF/16V
R43 20K
C68 10uF/16V
CVBS_C/OUT
IN1
R50 20K
R66
510R
LMAIN-OUT
C65
10uF/16V
ALRCLK
L6 FB
AOUT0
AMCLK
CVBS_G_Y
AOUT1
C102
0.1uF
AOUT2
A-LMAIN
A+5V
C119
160pF
R53
1K
A-12V
DSPVCC33
A-RREAR
ABCLK
MUTE
R49
22K
LEF-OUT
A-CENT
D17
RLS4148
A-12V
CM1
Y_R_V
I2CCLK
AOUT0
C560.1uF
C111
150pF
Optional forlowlevel
CEN-OUT
A-LFE
AA+12V
A-LMAIN
R42
22K
R274.7K
AA-12V
MUTE
AMCLK A-LREAR
C87
1000pF
C114
150pF
+
-
U11A
LM4558
3
21
84
I2CDAT
R52 11K
Optional
D+5V
12CDAT
C99
0.1uF
AA-12V
C113
160pF
R48
510R
R96
75R1%
DEM
CM2
+
-
U10A
LM4558
3
21
84
SR-OUT
L2 1.1uH
L4 1.1uH
R57 3.9K
AA-12V
D+5V
R343
4.7K
C_B_U/OUT
L3 1.1uH
C89 10uF/16V
C117
150pF
R354
NC
A-CENT
C92
1000pF
SL-OUT
R3911K
U6
24C02
1
2
3
4
8
7
6
5
A0
A1
A2
GND
VCC
WP
SCL
SDA
A+12V
A-RMAIN
R58 11K
With main channels +12V
AOUT2
SL-OUT
C86
10uF/16V
C88
120pF
C110
160pF
Q7
MMBT2222
1
2 3
R47
1K
DSPVCC33
CM1
C118 11pF
+
C21 1uF/16V
C94 10uF/16V
+
-
U10B
LM4558
5
67
84
D1
5.1V
+ C52
47uF/16V
R41
510R
A+12V
AOUT1
I2CDAT
C108
150pF
C103
0.1uF
AMUTE
R263
1K
A-LREAR
AMCLK
+
-
U12B
LM4558
5
67
84
R76 150
With main channels +12V
DSPVCC33
A-RREAR
A+12V
Q8
MMBT2222
1
2 3
R3247K/2.2K
U34
PCM1606
1
2
3
4
5
6
7
8
9
10 11
12
13
14
15
16
17
18
19
20
DATA1
DATA2
DATA3
FMT1
FMT0
ZEROA
AGND
Vout5
Vout6
Vout1 Vout2
Vout3
Vout4
Vcom
Vcc
DEMP0
DEMP1
LRCK
BCK
SCKI
C93
120pF
C64
10uF/16V
R16
220R
+
-
U12A
LM4558
3
21
84
+
C49
220uF/16V
D9
BAT85
1 2
R348
100K
R64 11K
C98
0.1uF
C79 10uF/16V
D5
BAT85
1 2
L5 1.1uH
C_B_U
R7
220R
R356
100K
R97
75R1%
C74 10uF/16V
IN2
R357
4.7K
D11
BAT85
1 2
C109 11pF
ABCLK R68 20K
C95
1000pF
C80
1000pF
R28
4.7K
With main channels -12V
RMAIN-OUT
A-LREAR
A-LMAIN
C84 10uF/16V
Q13 2N3906
1
2 3
D3
1N4148
1 2
D2
1N4002
1 2
RMAIN-OUT
R40 1K
R65
1K
IN2
C3
120pF
Q27
2N3904
Q6
MMBT2222
1
2 3
C66
1000pF
C91
10uF/16V
+
-
U11B
LM4558
5
67
84
A-CENT
C40
0.1uF
R94
470
I2CCLK
C85
1000pF
C71
10uF/16V
A+12V
MUTE
R29 2.7K
C69
1000pF
With main channels -12V
MUTE
R62 20K
C112 11pF
C139
0.1uF
DEM
Q3
MMBT2222
1
2 3
C90
1000pF
+
C5347uF/16V
C73
120pF
R69
3.9K
AIN
R59
1K
/AUDIO_RESET
CVBS_G_Y/OUT
AMCLK
R92
100K
D4
BAT85
12
C77
1000pF
R63 3.9K
LFE-OUT
LMAIN-OUT
A-LFE
R93
91K
R44
3.9K
L control
AA+12V
C107
47uF/16V
R37 3.9K
AOUT2
A-12V
MUTE
D8
BAT85
12
R67
22K
R217
4.7K
R220
4.7K
C70
10uF/16V
AA+12V
ABCLK
Q5
MMBT2222
1
2 3
R70 11K
R60
510R
ALRCLK
U7
AV2188E
1
2
3
4
5
6
7
8
9
10
11
12
13
14 15
16
17
18
19
20
21
22
23
24
25
26
27
28
SDATA1
SDATA2
SDATA3
SDOUT
BCLK
LRCK
DVSS1
DVCC
DVSS2
MCLK
SCL
SDA
TST
/RST AVSS3
LIN
RIN
AVSS2
CM1
AVCC
CM2
AVSS1
AL1
AR1
AL2
AR2
AL3
AR3
R51
3.9K
A-LFE
RD1
10R1/4W
R260 150R
C5
0.1uF R61
22K
AA-12V
D+5V
SCART-L
C115 11pF
A-RMAIN
/RST
R221
4.7K
R54
510R
H control
AA-12V
AMUTE
D7
BAT85
1 2
+
C5547uF/16V
R344
10K
ALRCLK
R45 11K
D+5V
MIC_IN1
R73
22K
C51
0.1uF
R3811K
A-RMAIN
R95
75R1%
+
C50
220uF/16V
AA+12V
Q1
2N3904
1
2 3
C72
1000pF
Y_R_V/OUT
U2
PCM1748
1
2
3
4
5
6
7
8 9
10
11
12
13
14
15
16
BCK
DATA
LRCK
DGND
Vdd
Vcc
VoutL
VoutR AGND
Vcom
ZEROR
ZEROL
MD
MC
ML
SCK
C82
1000pF
SR-OUT
A-LMAIN
C57
0.1uF
C129
0.1uF
C39
0.1uF
AA+12V
AOUT0
IN1
ABCLK
C75
1000pF
AOUT1
DSPVCC33
C116
160pF
R4
1K
Q9
2N3906
1
2 3
AA+12V
MUTE
CM1
R5
1K
R56 20K
AA -12V
DSPVCC33
C76
10uF/16V
R98
75R1%
R72
510R
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15
Decodebo
ard elementsdiagram4
FVCC
MEMDA[15:0]
FVCC
MEMDA12
R210 0
DSPVCC33
MEMAD6
MEMAD14
MEMAD0
MEMAD[20:0]
R23
4.7K
JP1 :
a)Flash memory(U5) : 1-3 short only
b)External SRAM( J16) : 1-2 and 3-4 short
MEMCS0-
MEMAD19
MEMDA9
MEMDA4
EXTERNAL SRAM PORT
MEMAD16
BC16
0.1uF
MEMAD4
MEMDA6
MEMAD20
BC34
0.1uF
FLASHCS-
DSPVCC33
MEMAD8
MEMRD-
MEMDA14
IMEMAD19
MEMDA7
MEMAD17
MEMCS0-
J4
42PINSRAMI/F
1
3
5
7
9
11
13
15
17
19
21
23
25
27
29
31
33
35
37
39
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
42
40
41
MEMAD18
MEMAD9
MEMAD15
MEMAD8
MEMAD4 MEMAD13
MEMRD-
MEMAD0
BYTE#
MEMDA9
MEMAD2
MEMAD10
MEMAD15
MEMAD5
C31
0.1uF
MEMDA8
RESET-
MEMAD14
MEMDA5
NC
When using INTEL FLASH:
R219=0 ohm, R210=NC
When using SST FLASH:
R210=0 ohm, R219=NC
R212 0
FVCC
MEMDA2 MEMAD7
MEMAD3
MEMAD16
SSRAMCS-
MEMWR- MEMAD9
MEMDA8
MEMAD11
MEMWR-
MEMDA3
MEMAD12
MEMAD2
MEMAD18
MEMAD1
MEMDA4 MEMDA13
MEMDA15
MEMAD5
+
C6
47uF/16V
MEMDA12
MEMAD13
MEMCS1-
MEMWR-
MEMRD-
MEMWR-
MEMDA1
MEMAD17
MEMDA14
MEMDA0
R24NC
RY/BY#
D+5V
MEMDA1
DSPVCC33
MEMDA2
MEMAD[20:0]
GND
MEMAD7
MEMAD6
RESET- MEMDA6
MEMDA3
R213 NC
NC
GND
R219 0
AMEMAD19
FLASHCS-
SSRAMCS-
MEMAD3
MEMAD11
A19
Flash speed <= 70 nS
MEMDA15
FVCC
MEMDA7
FVCC
DSPVCC33
MEMDA13
MEMDA0
MEMDA11 MEMAD1
MEMCS1-
MEMAD10
MEMRD-
MEMAD19
MEMDA5
MEMDA10
U28
SST39VF800
1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
48
47
46
45
44
43
42
41
40
39
38
37
36
35
34
33
32
31
30
29
28
27
26
25
A15
A14
A13
A12
A11
A10
A9
A8
NC
A20
WE#
RP#
VPP
WP#
A19
A18
A17
A7
A6
A5
A4
A3
A2
A1
A16
VCCQ
GND
DQ15
DQ7
DQ14
DQ6
DQ13
DQ5
DQ12
DQ4
VCC
DQ11
DQ3
DQ10
DQ2
DQ9
DQ1
DQ8
DQ0
OE#
GND
CE#
A0
MEMAD12
MEMDA11
JP1
CN2.54MM2X2-M
3
4
1
2
MEMDA10
MEMDA[15:0]
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16
Decodeboard elementsdiagram5
RF33V
A+12V
COAX_SPDIF-1
DSPVCC33
CEN_OUT
J11
DOWN_LOAD_I/F
1
2
3
4
FB16 FB
GND
D+5V
TP5
1.
AFEGND
MIC_DET
JK6
4
5
21
6 3
7
119
8 10 12
FB14FBR
R26
4.7K R218 4.7K
Y_R_V/OUT
R350
1.8K
TP82 1
.
A-12V
R251
330
DSPVCC33
RFGND
DUPTD1
J5
VFD
1
2
3
4
5
6
MIC1/L
J18
TO SCART/YUV
1
2
3
4
5
6
7
8
9
10
11
12
+C60
47uF/16V
LFE-OUT
FB35 FBR
FB46FBR
HSYNC
Y_R_V/OUT
DSPVCC18
J19
VGA/SCART_PORT
1
2
3
4
5
6
DUPRD1
OPT_SPDIF-1
C29
0.1uF
1 2
34
8
5
6
7
CVBS_G_Y/OUT
SCART-L
D21
4001
1 2
FPC_DOUT
FB12 FBR
CVBS_G_Y/OUT L14FB
R222
4.7K
+C23
220uF/16V
CVBS_C/OUT
R35
910
Optional
L26FB
FB54NC
DSPVCC18
R25
4.7K
FB40 FB
D16
4001 (NC)
21
D+5V
FB51
FB
FB52NC
RMAIN-OUT
R246
33
FB47FBR
CVBS_C/OUT
R249
2.2K
C22
0.1uF
L17 FB
TP21
1.
FB43 FBR
FS2
MIC_IN1
TP92 1
.
Y_R_V/OUT
FB55NC
FB5FB
DSPVCC33
SVCC
SR_OUT
R247470K
LMAIN-OUT
Q2 2N3906
1
2 3
+5VDP
+12VP
R352
0R
TP76 1
.
BC42
100(NC)
TP78 1
.
L24FB
A+12V
L19 FB
+C271
220uF/16V
L23FB
Q29
2N3904
1
2 3
FS2
SR-OUT
BC40
100(NC)
D+5V
+
C2
220uF/16V
R349
1K
U31
B1117-ADJ
1 2 3 4
ADJ/GND OUT2 IN OUT1
LFE_OUT
L10FB
TP91 1
.
VSYNC
D12
4001 (NC)
2 1
C_B_U/OUT
FB10 FBR
U32
B1117-3.3V
1 2 3 4
ADJ/GND OUT2 IN OUT1
+
C135
220uF/16V
R351
2.2k
MIC_IN2
C61
0.1uF
JK7 1
2
FB42 FBR
R33
75
D+5V
SCART-L
BC41
100(NC)
JK5 1
2
J15
SERVOPOWER
1
2
3
4
FPC_CLK
+C267
220uF/16V
SCART-R
TP80 1
.
TP17
1.
LMAIN-OUT
+C200
220uF/16V
D+5V
VGND
C1
100pF
FB49 FB
1
U5
74HCU04
147
1
3
5
9
11
13
2
4
6
8
10
12
OPT_SPDIF
R353
33
C28
100uF/16V
D+5V
C_B_U/OUT
FS1
IRRCV
L15FB
C_B_U/OUT
SGND
FB50 FB
D13
4001 (NC)
2 1
A+12V
H4
H4
1
2
3 4
5
6 7 8 9
1
2
3 4
5
6 7 8 9
H1
H1
1
2
3 4
5
6 7 8 9
1
2
3 4
5
6 7 8 9
SGND
A+12V
FB53NC
FB11 FBR
DUPTD0
R340
2.2K
FB9 FBR
FB45FBR
BC38
0.1uF
L25FB
OPT_SPDIF-1
C63
0.1uF
CVBS_C/OUT
CEN-OUT
R30
1.8K
C25
0.1uF
SPDIF
COAX_SPDIF-1
Y_R_V/OUT
S9V
SPDIF
OPTVCC
SCART-R
D20
4001
1 2
FPC_STB
J17
MIC-HEAD-PORT
1
2
3
4
5
D15
4001 (NC)
21
C_B_U/OUT
D+5V
L22FB
L11FB
D+5V
DSPVCC33
H3
H3
1
2
3 4
5
6 7 8 9
1
2
3 4
5
6 7 8 9
R31
4.7K
J10
DOWN_LOAD_I/F
1
2
3
4DUPRD0
+C272
220uF/16V
FB44FBR MR
L12FB
L20 FB R252
91
FB48 FBR
GND FB8 FBR
FB28 FB
R248 68
C26
0.1uF
C20
0.1uF
SL-OUT
L16FB
ADJ
STANDBY
FB30 FB CVBS_G_Y/OUT
J16
MainPowerI/F
1
2
3
4
5
6
7
8
9
COAX_SPDIF
H2
H2
1
2
3 4
5
6 7 8 9
1
2
3 4
5
6 7 8 9
SL
RFA5V
RMAIN-OUT
-12VP
BC39
100(NC)
ML
Y_R_V/OUT
C27
0.1uF
MIC2/R
L13FB
DSPVCC33
M9V
BC23
0.1uF
FB25 FB
A-12V
CVBS_G_Y/OUT
L18 FB
L21 FB
FB41 FB
D+5V
C_B_U/OUT
CVBS_C/OUT
PDFcreated withpdfFactoryProtrialversion www.pdffactory.com

17
Decodeboard elementsdiagram5
PDFcreated withpdfFactoryProtrialversion www.pdffactory.com

Outputboardelementsdiagram
18
PDFcreated withpdfFactoryProtrialversion www.pdffactory.com

Powerboard elements diagram
19
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Attachment2：PCBDiagram
UpperDecodeBoardPCBDiagram
UpperDecodeBoardSilk-screenDiagram
LowerDecodeBoardPCB Diagram
AVOutputBoardPCBDiagram
AVOutputBoardSilk-screenDiagram
PowerBoardPCBDiagram
PowerBoardSilk-screenDiagram
ControlBoardPCBDiagram
ControlBoardSilk-screenDiagram
20
PDFcreated withpdfFactoryProtrialversion www.pdffactory.com