Page 1
Chassis
Basic Model
Model
• L65A(N)=Excalilbur
• HLRS078WX/XAA
• HLR6768WX/XAA (HL-R6768W)
Manual
HD Built in TV
m NTSC/ATSC/QAM Tuner Embedded
m AV network system (Anynet, D-Net)
m TV Guide On ScreenTMsystem
(Gemstar EPG)
m DigitalAudio output (OPTICAL)jack
m Cable CARDTMslot
m Firmware upgrade by USB Port
Page 2
Tableof Contents
Chapter 1
Chapter 2 Product Specification
Chapter 3 Alignment & Adjustment
Precaution
1-1SafetyPrecautions........................................................... 1-1
m 1-2ServicingPrecautions ........................................................ 1-3
m 1-3StaticElectricityPrecautions................................................... 1-4
m 1-4InstallationPrecautions....................................................... 1-5
m 2-1 ProductFeatures ............................................................ 2-1
m 2-2 KeyFeatures ............................................................... 2-2
m 2-3SpecificationsAnalysis........................................................ 2-4
m 2-4Accessories................................................................ 2-5
m 3-I ServiceInstruction........................................................... 3-1
m 3-2 Howto AccessServiceNode ................................................... 3-2
m 3-3 FactoryData................................................................ 3-3
m 3-4ServiceAdjustment .......................................................... 3-15
m 3-5SoftwareUpgrade ........................................................... 3-18
m 3-6 Replacements& Calibration.................................................... 3-19
Chapter 4 Exploded View & Part List
m 4-I HLR6768VVX/XAA........................................................... 4-I
m 4-2 L680EngineAss'y ........................................................... 4-2
Chapter 5 Electrical Part List
m 5-1 HLR6768VVX/XAAServiceItem ................................................. 5-1
Chapter 6 Troubleshooting
m 6-I Checkpointsby ErrorMode .................................................... 6-1
m 6-2TroubleshootingProceduresbyErrorModes....................................... 6-7
m 6-3TroubleshootingProceduresbyASS'Y ........................................... 6-8
Chapter 7 Block Diagram
m 7-1OverallBlockDiagram ........................................................ 7-1
m 7-2 PartialBlockDiagram......................................................... 7-2
Chapter 8 Wiring Diagram
m 8-I OverallWiring............................................................... 8-1
m 8-2ConnectionbetweenAnalogandDigitalBoard ..................................... 8-2
Page 3
Chapter9PCBDiagram
m 9-1 PowerBoard ............................................................... 9-1
m 9-2 DigitalBoard................................................................ 9-3
m 9-3AnalogBoard ............................................................... 9-6
m 9-4 DMDBoard................................................................ 9-9
Chapter 10 Schematic Diagram
m 10-1AnalogBoard ..............................................................
m 10-2DigitalBoard............................................................... 10-10
m 10-3DMD ..................................................................... 10-28
m 10-4Power.................................................................... 10-39
m 10-5Detect.................................................................... 10-40
m 10-6PowerLED................................................................ 10-41
m 10-7RMC ..................................................................... 10-42
Chapter 11 Operation instruction & installation
m 11-1ProductFeaturesandFunctions ............................................... 1I-1
m 1I-2 NewFeatures.............................................................. 1I-5
10-I
Chapter 12 Disassembly & Reassembly
m 12-1OverallDisassembly& Reassembiy ............................................ 12-1
Chapter 13 Circuit Description
m 13-I OverallBlockDescription..................................................... 13-1
m 13-2PartialBlockDescription ..................................................... 13-2
m 13-3NewCircuitDescription...................................................... 13-7
Chapter 14 Reference information
m 14-I Otherissuesrelatedtootherproducts........................................... 14-I
m 14-2TechnicalTerms............................................................ 14-3
Page 4
1. Precaution
Toavoidpossibledamagesor electricshocksor exposureto radiation,followthe instructionsbelowwithregardtosafety,
installation,serviceand ESD.
1-1Safety Precautions
Precaution
Makesureall protectivedevicesareproperlyinstalled
includingnon-metallichandlesandcompartmentcovers
wheninstallingor re-installingthechassisorchassis
assemblies.
,
Makesurethatno gapsexist betweenthecabinetsfor
childrento inserttheirfingersin to preventchildrenfrom
receivingelectricshocks.
Errorsmayoccurwhenthe resistanceis below1.0M_or
over5.2M_.
Inthesecases, makesurethatthe deviceis repaired
beforesendingit backto thecustomer.
,
Checkfor ElectricityLeakage(Figure 1-1)
Warning:Donot use an insulatedtransformerfor check-
ingthe leakage.Useonly thosecurrentleakagetesters
or mirroringsystemsthatcomplywithANSIC101.1and
theUnderwriterLaboratory'sspecifications(UL1410,
59.7).
(READING SHOULD
DEVICE CURRENT
UNDER \ TESTER
i TEST ALL I
i EXPOSED METAL
..............i SURFACESi
...... -- ' (USING AC ADAPTER
2-WIRE CORD
ALSO TEST WtTH
PLUG REVERSED
PLUG AS REQUIRED)
LEAKAGE
NOT BE ABOVE
0.5mA)
........GROUND
Fig.1-1AC LeakageTest
Warningfor EngineeringChanges:
Nevermakeanychangesoradditionsto thecircuit
designorthe internalpartfor this product.
Ex: Do notaddanyaudioor videoaccessory
connectors.Thismightcausephysicaldamage.
Furthermore,anychangesor additionstotheoriginal
design/engineeringwill invalidatethewarranty.
,
Warning-HotChassis:
SomeTV chassisaredirectlyconnectedtooneendof
theAC powercordfor electricalreasons.
Withoutinsulatedtransformers,theproductcanonlybe
repairedsafelywhenthechassisis connectedtothe
earthedendoftheAC powersource.
TomakesuretheAC powercordisproperlyconnected,
followthe instructionsbelow.Usethevoltmeterto
measurethevoltagebetweenthe chassisandthe
earthedground.If the measurementis over1.0V,unplug
theAC powercordandchangethepolaritybeforere-
insertingit. Measurethevoltagebetweenthechassis
andthegroundagain.
SomeTV chassisareshippedwithan additional
secondarygroundingsystem.Thesecondarysystemis
adjacenttotheAC powerline.Thesetwogrounding
systemsareseparatedin the circuitusingan
unbreakable/unchangeableinsulationmaterial.
,
Whenany parts,materialorwiringappearoverheatedor
damaged,replacethemwithnew regularones
immediately.Whenanydamageor overheatingis
detected,correctthisimmediatelyand makea regular
checkof possibleerrors.
,
A highvoltageismaintainedwithinthe specifiedlimits
usingsafetyparts,calibrationand tolerances.When
voltageexceedsthespecifiedlimits,checkeachspecial
part.
SamsungElectronics
,
Checkfor the originalshapeof the lead,especiallythat
oftheantennawiring,anysharpedges,theACpower
andthehighvoltagepower.Carefullycheck if thewiring
istootight,incorrectlyplacedorloose.Neverchangethe
spacebetweenthepartand the printedcircuitboard.
ChecktheACpowercordfor possibledamages.Keep
thepartor the leadawayfromanyheat-emitting
materials.
1-1
Page 5
Precaution
10.
SafetyIndication:
Someelectricalcircuitsor devicerelatedmaterials
requirespecialattentiontotheirsafetyfeatures,which
cannotbe viewedby thenakedeye.If anoriginalpartis
replacedwithanotherirregularone,the safetyor
protectivefeatureswillbe lostevenifthe newone hasa
highervoltageor morewatts.
Criticalsafetypartsshouldbebracketedwith_ Z_ ).
Useonlyregularpartsfor replacements(in particular,
flameresistanceand dielectricstrengthspecifications).
Irregularpartsor materialsmaycauseelectricshockor
fire.
11.
Payadditionalattentiontothecurrentleakageasthe
voltagebetweenthe powerboardandtheballastis220
to440v,i.e. veryhigh.
Andalsobewareofpossibleelectricshockfromthe
primarypowersource.
1-2 SamsungElectronics
Page 6
1-2ServicingPrecautions
Warning1: Firstcarefullyreadthe"SafetyInstruction"inthisservicemanual,
Whenthereis aconflictbetweentheserviceandthesafetyinstructions,followthesafetyinstructionatall times,
Warning2:Anyelectrolyticcapacitorwiththe wrongpolaritywillexplode,
Precaution
Theserviceinstructionsare printedonthecabinet,and
shouldbefollowedbyanyservicepersonnel,
,
Makesureto unplugtheAC powercordfromthe power
sourcebeforestartinganyrepairs,
(a) Removeorre-installpartsor assemblies,
(b) Disconnecttheelectricplugor connector,if any,
(c)Connectthetest partin parallelwiththeelectrolytic
capacitor.
,
Somepartsareplacedata higherpositionthanthe
printedboard.Insulatedtubesortapesare usedfor this
purpose.Theinternalwiringis clampedusingbucklesto
avoidcontactwithheatemittingparts,Thesepartsare
installedbackto theiroriginalposition.
,
Aftertherepair,makesuretocheckif thescrews,parts
or cablesare properlyinstalled.Makesurenodamageis
causedtotherepairedpartand itssurroundings,
,
Checkfor insulationbetweenthebladeofthe AC plug
andthatof anyconductivematerials(i,e,themetal
panel,inputterminal,earphonejack,etc),
6, InsulationCheckProcess:Unplugthepowercordfrom
theAC sourceand turntheswitchon. Connectthe insu-
latingresistancemeter(500v)totheACplugblade,
Theinsulatingresistancebetweenthe bladeoftheAC
plugandthatof the conductivematerialshouldbemore
than1 M_,
7, AnyB+interlockshouldnotbe damaged,
If the metalheatsinkis notproperlyinstalled,no
connectionto theAC powershouldbemade,
,
Makesurethegroundingleadofthetesteris connected
tothechassisgroundbeforeconnectingtothe positive
lead.The groundleadofthetestershouldberemoved
last.
9, Bewareof risksof any currentleakagecominginto
contactwiththehigh-capacitycapacitor,
10, The sharpedgesofthemetalmaterialmaycause
physicaldamage,so ensurewearingprotectivegloves
duringtherepair.
SamsungElectronics 1-3
Page 7
Precaution
1-3Static Electricity Precautions
Somesemi-conductive("solidstate")devicesare
vulnerableto staticelectricity.Thesedevicesareknown
as ESD.ESDincludestheintegratedcircuitandthefield
effecttransistor.To avoidanymaterialsdamagefrom
electrostaticshock,followtheinstructionsdescribed
below.
,
Removeany staticelectricityfromyour bodyby
connectingthe earthgroundbeforehandlingany
semi-conductivepartsor ass'ys.Alternatively,weara
dischargeablewrist-belt.
(Makesuretoremoveanystaticelectricitybefore
connectingthe powersource- this isa safetyinstruction
foravoidingelectricshock)
,
Removethe ESDass'yand placeiton a conductive
surfacesuchas aluminumfoilto preventaccumulating
staticelectricity.
,
Donot use anyFreon-basedchemicals.
Suchchemicalswillgeneratestaticelectricitythat
causesdamagetotheESD.
5. Useonlygrounded-tipironsfor solderingpurposes.
,
Useonlyanti-staticsolderremovaldevices.
Mostsolderremovaldevicesdonotsupportan
anti-staticfeature.A solderremovaldevicewithoutan
anti-staticfeaturecan storeenoughstaticelectricityto
causedamageto the ESD.
DonotremovetheESDfromthe protectiveboxuntilthe
replacementis ready.MostESD replacementsare
coveredwithlead,whichwillcausea shorttotheentire
unitdueto the conductivefoam,aluminumfoilor other
conductivematerials.
,
RemovetheprotectivematerialfromtheESD
replacementleadimmediatelyafterconnectingitto the
chassisor circuitass'y.
g,
TakeextremecautioninhandlinganyuncoveredESD
replacements.Actionssuchasbrushingclothesorlifting
yourlegfromthecarpetfloorcan generateenoughstatic
electricitytodamagethe ESD.
CAUTION
Theseservicinginstructionsarefor useby
qualifiedservicepersonnelonly.
Toreducetheriskofelectricshockdo not
performanyservicingotherthanthatcontainedinthe
operatinginstructionsunlessyouarequalifiedtodo so.
1-4 SamsungElectronics
Page 8
1-4 Installation Precautions
Precaution
Forsafetyreasons,morethan twopeopleare required
forcarryingtheproduct.
,
Keepthepowercordawayfromanyheatemitting
devices,as a meltedcoveringmaycausefireorelectric
shock.
,
Wheninstallingthe product,makesureto keepit away
fromthewall (morethan10cm/4inches)forventilation
purposes.
Poorventilationmaycausean increasein theinternal
temperatureof the product,resultinginashortened
componentlife anddegradedperformance.
,
Bendtheexternalantennacablewhen connectingitto
theproduct.Thisis a measuretoprotectitfrombeing
exposedto moisture.Otherwise,itmaycausea fireor
electricshock.
Makesuretoturnthepoweroffand unplugthe power
cordfromtheoutletbeforerepositioningtheproduct.
Alsochecktheantennacableortheexternalconnectors
iftheyare fullyunplugged.Damagetothecordmay
causefireor electricshock.
,
Keeptheantennafar awayfromanyhigh-voltagecables
andinstallit firmly.Contactwiththehigh-voltagecableor
theantennafallingovermaycausefire or electricshock.
WhenconnectingtheRFantenna,checkfor a DTV
receivingsystemandinstalla separateDTVreception
antennaforareaswithno DTVsignal.
,
Checkthe basicsof the screentest.
- Imageposition/size,Tilt adjustment,Actuatoractivation
SamsungElectronics 1-5
Page 9
Product Specification
2. ProductSpecification
2-1 Product Features
Block I SpeCfication I Major tC I Remark
DMD- PanelResolution' 1920x1080
RE
-IntegratedHDTVTuner
(NTSC/ATSC/QAMTUNEREmbedded)
xHD3DMD Panel
ATINXT2004,QAMLink
Power '- InputVoltageAC120V
Video
sOUnd- speaker' 20Wx2
Cabinet L6Design
ChipDescription
- ATIx226B: Xilleon226isthemostadvancedand highlyintegratedcomponentfor digitalset-topboxes,informationappliances,
- ADV7401:TheADV7402is an integratedvideodecoderthatautomaticallyindicatesandconvertsHigh DefinitionorStandard
- MSP4440:TheMSP44x0Gfamilyof single-chipMultistandardSoundProcessorscoversthe soundprocessingofall analog
- ATINXT2004:TheNXT2004isa VSB/QAMreceiverdesignedto operateinboththe ATSCterrestrialandcableTV environ
- QAMLink: TheBCM3125combinesanin-band256-QAMreceiver,an out-of-bandQPSKreceiver,a 4/16-QAMtransmitterand
- uPD64083: uPD64083realizesa highprecisionY/Cseparationanda noisereductionbythethree-dimensionsignal
- Stand-By under25W
- DNle4-NTSC,ATSC-HDMI,PC
- 3D Combfilter
- TrusurroundXT,DolbyDigital
andtelevisions.Xilleon226providesdual-streamhigh-definitiondecodeanddisplay,anassortmentof peripheral
devicecontrollers,andan embeddedmicroprocessor.
Definitionanalogbasebandtelevisionsignalintoa 4:2:2componentdigitalvideodatastreamcompatiblewith20/16-
bitor 10/8-BitCCIR601/CCIR656outputsfor standarddefinition&SMPTE293M/296M/274M& ITU-R.BT1358for
Highdefinition.AllRGBgraphicssignalsareoutputas 30-bit4:4:4RGBor20-bit4:2:2YCrCb.
TV-Standardsworldwide,aswell astheNICAMdigitalsoundstandards.
ments.Thedeviceisintendedfor use inset-topapplications,PCbasedapplicationsandDTVsystems.ForVSB
or QAMchannelstheNXT2004samplesa44 MHz IFsignal,andpresentsMPEGdatapacketsatthe output.
tunerinterfacefunctions.
processingfor NTSCsignal.
Stand-by(KA1M0565)
ADV7401,ATIX226B,
uD64083
MSP4440
SamsungElectronics 2-1
Page 10
Product Specification
2-2 KeyFeatures
Model HL-R5668W HL-R6168W HL-R6768W
Voltage AC 110- 120V~ AC 110- 120V~ AC 110- 120V~
Frequencyof operation 60mz 60mz 60mz
Powerconsumption 230watts 230watts 230watts
Dimensions 52.36x 15.30x 37.86inches 56.93x 18.37x 41.59 inches 62.36x 19.76x 45.06inches
(WxDXH) 1330x 388.5x 961.7mm 1446x466.5x 1056.5mm 1584x 502x 1144.5mm
Weight 38.5 Kg/84.77 Ibs 45 Kg/99.21 Ibs 49.8 Kg/109.79 Ibs
II H/WConfiguration
- DMDPanel: 0.85"(1920x1080p,TI)
- 1 OpticalEngineforthe Panel: Slimand Cost-effective
- ColorWheel : R/G/BColorImplementation
- Lamp: 120W: 56", 61",67"
- 2NTSC/ATSC/QAMTuners: NTSC/DTVReception,GemstarEPG& IRTransmitter
- SupportHDMIInterface:AdoptsDVI/HDMIsystemsfordigitalHDsincludingSTB.
- DNle4:Highqualityimageimplementation
- AnyNetFeature:An enhancedinterfaceforvariousexternaldevices
- USBInterface: UsetheUSBinterfaceforservicepurposes(S/WUpgrade)
II S/WConfiguration
- MCU: Built-in300MHz MIPSX226BCPU
- 4-LayeredArchitecture: DeviceDriver/OS/HardwareAbstraction/Application
- OSD : 32BitTrueColorGraphicsOSD
- EnhancedsystemstabilitybyseparatingtheDTVcontrolandthe applicationcontrolsystemsintomulti-processes.
II Picture
- DMDPanel
* PanelSize:0.85"
* PanelResolution: 1920x 1080
- Tuner: IntegratedHDTVTuner(NTSC/ATSC/QAMTUNEREmbbeded)
- DisplayFormat: 1920x 1080
II Sound
- SoundSystem:TruSurroundXT,DolbyDigital
- Amp/Channel: 2 ChannelDigitalAmp
- SpeakerSystem& Output(RMS)
* Main L/R: 15W+ 15W
* Sound(RMS): 15W+ 15W
II In/OutTerminals
- Rear: 2 RFIn, 3 CVBSIn,3 S-VHSIn,2 ComponentIn,I PC D-SUBIn,
2 HDMIIn(DVlComportableWithAdaptiveJackOnly),1Anynetport,2 IEEE1394,1GemstarIRout, 1 Opticalaudio,
1 PODCardslot,1 RS-232Cport
2-2 SamsungElectronics
Page 11
II Feature
- ComponentInterface(480i/480p/720p/1080i,Y/Pb/Pr)
- DigitalInterface: HDMI
- GraphicInterface: PC
- Language: English/French/Spanish
- PiP: HD/SDPiP
- PictureSize: 4:3/16:9/Zoom1/Zoom2/Panorama
- V-CHIP
- ClosedCaption
- SleepTimer: 180Min,
- AnynetInterface
-IEEE1394
- Opticalsoundoutput
- GemstarIRoutput
- POD
- RS-232C
m Remocon
- TM76A
II PowerSupply
- 120V
Product Specification
II PIPSettings(X: PIPdoesn'toperate,_: PIPoperateandswapdoesn'toperate,__: PIPandswapoperate)
ATSC X X X X X X X X X X X X X ,_
QAM X X X X X X X X X X X X X ,_
NTSC A A O O O O O O O O O A X ,_
A A O X O O O O O O O A X A
AV2 A A O O X O O O O O O A X A
AV3 ,_. ,_. O O O X O O O O O ,_ X ,_
S-Video1 A, A, O O O O X O O O O ,_ X ,_
S-Video2 A, A, O O O O O X O O O A X ,_
S-Video3 ,_. ,_. O O O O O O X O O ,_ X ,_
Component1 A, A, O O O O O O O X O ,_ X X
Component2 ,_. ,_. O O O O O O O O X ,_ X X
SamsungElectronics 2-3
Page 12
Product Specification
2-3 Specifications Analysis
Model HL-R5078W HL-R5668W HL-R6168W HL-R6768W HL-R5087W HL-R5688W
Design
DisplayDevice DLP DLP DLP DLP DLP DLP
Built-tnTuner ATSC, NTSC ATSC, NTSC ATSC,NTSC ATSC,NTSC ATSC,NTSC ATSC,NTSC
DisplayFormat
ScreenSize 50inch 56inch 61 inch 67 inch 50inch 56 inch
Aspect ratio 16:9 16:9 16:9 16:9 16:9 16:9
Progressivescan Yes Yes Yes Yes Yes Yes
Digital Comb Filter 3DComb 3D Comb 3DComb 3D Comb 3D Comb 3D Comb
Picture FirstSurface Mirror Yes Yes Yes Yes Yes Yes
Brightness 800cd/T; 600cd/r; 500cd/,: 500cd/, 800cd/r; 800cd/T;
Contrast 10000:1 10000:1 10000:1 10000:1 2500:1 10000:1
ColorWheel Size/Bearing 7segment/65¢, 7segment/65¢, 7segment/65¢, 7segment/65¢, 7segment/65¢, 7segment/65¢,
Anti-glare Sun Screen Yes Yes Yes Yes Yes Yes
Screen Pitch 0.098mm 0.098mm 0.098mm 0.098mm 0.098mm 0.098mm
Image enhancer DNle4 DNle4 DNle4 DNle4 DNle3 DNle4
DMD xHD3 xHD3 xHD3 xHD3 xHD2 xHD3
Base/Tremble/Balance No No No No No No
Equalizer 5 Band 5Band 5 Band 5 Band 5 Band 5Band
Auto VolumeLeveler Yes Yes Yes Yes Yes Yes
Audio TruSurroundXT TruSurroundXT TruSurroundXT TruSurroundXT TruSurroundXT TruSurroundXT
Features MTS with dbx Noise
Connections HDTV Component
SurroundSound
Speakersystem 2 Way4 Speaker 2 Way4 Speaker 2 Way 4 Speaker 2Way4 Speaker 2 Way 4 Speaker 2 Way4 Speaker
OutputPower 15Wx2 15Wx2 15Wx2 15Wx2 15Wx2 15Wx2
2-TunerSplit-ScreenPIP Yes(HD/SD/QAM) Yes(HD/SD/QAM Yes(HD/SD/QAM) Yes(HD/SD/QAM) Yes(HD/SD) Yes(HD/SD/QAM)
Split-screen Side-by-Side Yes Yes Yes Yes Yes Yes
Reduction/SAP
Still Picture Yes Yes Yes Yes Yes Yes
Plug& Play Yes Yes Yes Yes Yes Yes
EPG GemstarEPG Gemstar EPG GemstarEPG GemstarEPG GemstarEPG GemstarEPG
S-VideoIn Rear 2/Side1 Rear2/Side 1 Rear2/Side 1 Rear2/Side 1 Rear 2 Rear 2
Video Input(Y, Pb,Pr) Rear 2 Rear 2 Rear 2 Rear2 Rear 2 Rear 2
1080i/480P/480i
PC Yes Yes Yes Yes No No
HDM] Yes Yes Yes Yes Yes Yes
DigitalSound Optical 1 Optical 1 Optical 1 Optical 1 Optical 1 Optical1
1080i,720p, 480p, 1080i,720p, 480p, 1080i,720p, 480p, 1080i,720p, 480p, 1080i,720p, 480p, 1080p,1080i,720p,
480i 480i 480i 480i 480i 480p,480i
Air Bearing AirBearing Air Bearing AirBearing Air Bearing Air Bearing
Dolby Digital DolbyDigital DolbyDigital DolbyDigital DolbyDigital DolbyDigital
Yes Yes Yes Yes Yes Yes
Yes Yes Yes Yes Yes Yes
N!
2-4 SamsungElectronics
Page 13
2-4Accessories
Product Specification
i ¸
iii _ i
il i
i ii
Accessories
oa
_ooOi
?
Item I ttem€ode I Remark
Remocon
AlkalineBattery
Manuai
ANYNETcable
G-LinkCable
VideoCable/
AudioCable
AntennaCable
BP59-00071B
4301-000103
BP68-00520A
SamsungServicecenter
BN39-00518B
MD96-00036A
ComponentCable
OpticalCable
Internalshoppingmall
SamsungElectronics 2-5
Page 14
Alignment &Adjustment
3.Alignment&Adjustment
3-1 Service Instruction
Checkitemslistedafterchangingeach
_::- _. Check!terns L ; Actuator
Repaced terns £5.aln
....::: _/vvversionI PromLUU imaex uelay I ^ '
Digital Board • • • • •
Analog Board • •
PowerBoard • • •
optical Engine • • • • • •
DMD Board • •
Lamp •
ColorWheel • •
Front LEDAssy •
Actuator
SubdetectorBoard •
1.Softwareversioncheck:
After Enteringthe Servicemode,Checkthelist below
* S/W Notation
"T_EXCAAUSO_00XX"indicates"EXCALIBURBASICMODELUSA,ver.0001".
2. FrontInformationWindowcheck: Seepage6-7.
V-Positi0n'
H-Position CCA Board T'!tFOCUS
T_EXCAAUSO_00XX
2005 XX XX
T-DTVUCOM5-00XX
T-XMENAUS0_00XX
3. IndexDelayadjustment:Seepage3-15.
4.ActuatorGainadjustment:Seepage3-17.
5.Vertical/HorizontalPositionadjustment:Seepage3-15.
6. CCA: Seepage3-16.
7. BoardLEDcheck:Checkallthe LEDareturnedon.
(in the Analog,DetectBoard)
8.Tilt/Focusadjustment Seepage3-19.
5VA 5,7VB
R7 .R6
1K
0P1 0P2
3
1.2Kohm
J 1/10W
b
PowerCheckIndicatorLED
(AnalogBoard)
12VB
5VA 12VB
R8
2K
0Ps
P1 (i I
PowerCheckIndicatorLED
(DetectBoard)
SamsungElectronics 3-1
Page 15
Alignment & Adjustment
3-2 Howto Access ServiceMode
1,Turnoff thepowerto puttheunitintotheSTAND-BYmode,
2, Inorderto enterthe ServiceMode,Press"Mute"-->"1"_ "8" _ "2"_ "POWER"buttonon the RemoteControl,
IncaseentryintoSERVICEMODEis unsuccessful,repeattheproceduresabove,
3, InitialDISPLAYStateintimesof ServiceModeSwitchovers
DDPlOll(LS)
DNle
ADV7401(M)
ADV7401(S)
Xilleon226
uPD64083
MSP4440
CCA(ON)
CinemaCCA
SPActuator
ESP
GM1601
CHECKSUM
OPTION
SERVICE
T_EXCAAUSO_00XX
2005 XX XX
T-DTVUCOM5-00XX
T-XMENAUS0_00XX
4, ButtonsoperationswithinServiceMode
MENU FullMenuDisplay/ Moveto ParentMenu
Directionkeys v ItemSelectionby Movingthe Cursor
Directionkeys 41 DataIncrease/DecreasefortheSelectedItem
source Cyclesthroughtheactiveinputsourcethatareconnectedtotheunit
3-2 SamsungElectronics
Page 16
Alignment &Adjustment
3-3 Factory Data . The underlined are items applied during the service adjustment. None of the others should be adjusted.
1.DDP1011
1 V-Position 0 ~ 60 30
2 H-Position 0 ~ 120 60
3 LAMPSyncType Pulse/Pass Pulse
INDEXDELAY 0 ~ 1023 166
5 SEQSELECT 0X05
6 V-FLIP Normal/Flip Flip
7 H-FLIP Normal/Flip Flip
8 Gamma 0 ~ 15 2
9 SLR 0 ~ 1 OFF
10 DMD_BIAS 0 ~4 E
11 LampBoost 0 ~ 63 20
12 LampSyncDelay 0 ~ 4095 0/120
13 FPGA xHD3
14 LampWatt 132W
15 LampSelect Phiiips
16 TestPattern 0
Screenupperandloweradjustment
Screenleftandrightadjustments
Pulse(P),Pass(T)
Synchronizesthe basepositionof thecolorwheelwiththe
correspondingcolorsignal.
Thisiscriticaltothenaturalcolordisplay.Iftheindexdelay
isnotproperlyset,eventhecorrectCCAcordinateswill not
helpwhendisplayingnaturalcolors.
SequenceSelection
VerticalFlipOperation
HorizontalFlip Operation
GammaTableSelection
SLRFuncionOn/Off
DMDBiaspin voltageselection
LampBoostvalueselection
LampSyncdelay valueselection
xHD3/xHD4selection
120W/132W
Philips,Osram,Ushio
Thisdisplaysthebuilt-inpatternof the DDP1011chip.
DDP1011drivestheDMDpanel,so displayingthis pattern
meansthereis noerrorin the DDP1011projectionfunction
andthepanelitself.
SamsungElectronics 3-3
Page 17
Alignment & Adjustment
2. DNle
1 TestPattern 0 Testpatternselection
2 NR
3 SNI_PROC_CEA ON/OFF ON
4 SNI_PROC_CEP ON/OFF OFF
5 SNI_PROC_DEP ON/OFF ON
6 SNI_PROC_DCE ON/OFF ON
7 SNI_PROC_CCS ON/OFF ON
8 SNI_PROC_BWS ON/OFF ON
9 SNI_PROC_PCC ON/OFF ON
10 SNI_PROC_WTC ON/OFF ON
11 SNI_PROC_CTE ON/OFF OFF
12 SNI_PROC_CVD ON/OFF OFF
13 SNI_PROC_OUTP ON/OFF ON
14 CUTOFF 0~255 32
15 UPPER 0~255 240
16 LCE_GAIN 0~255 0
17 ALPHAL 0~255 170
18 ALPHAU 0~255 170
19 DCE_ALPHA 0~255 50
20 B_RATIO 12000 Lowlevel informationfor the minimumvalue
21 W_RATIO 6000 Highlevelinformationforthe minimumvalue
22 BLACK_TILT 0~255 90 BlackStretchArea
23 WHITE_TILT 0~255 240 WhiteStretchArea
24 GAIN_X1 0~63 70 Gainofhorizontalhighfrequencyregion
25 GAIN_X2 0~63 35 Gainofhorizontalmiddlefrequencyregion
26 GAIN_Y1 0~63 10 Gainofverticalhighfrequencyregion
27 GAIN_Y2 0~63 10 Gainofverticalmiddlefrequencyregion
28 SUP_LIFT_SEL ON/OFF OFF
29 EXT_SEL ON/OFF OFF
30 BOOL_SUPP_SELXl ON/OFF ON
31 BOOL_SUPP_SELX2 ON/OFF ON
32 BOOL_SUPP_SELY1 ON/OFF OFF
33 BOOL_SUPP_SELY2 ON/OFF OFF
34 BOOL_ENH_SEL ON/OFF ON
35 LOG_MODE ON/OFF ON
36 R_MR 60
37 CORING_ON ON/OFF ON
38 RTHI 0~31 0
39 RTH2 0~31 3
3-4 SamsungElectronics
Page 18
Alignment &Adjustment
4O
NDON
41
M_CCT_FAC
42
SCALE_ALPHA
43
WB RED C COEFF
44
WB_GRN C COEFF
45
WB BLU C COEFF
46
WB RED B COEFF
47
WB_GRN B COEFF
48
WB BLU B COEFF
49
R_Coring_TH1
5O
R_Coring_TH2
51
R_Coring_TH3
52
R_Coring_TH4
53
H_FILTER1 0~11 0
54
H_FILTER2 0~10 0
55
V_FILTERI 0~4 0
56
V_FILTER2 0~3 0
57
SubColor 53
58
DNleOn/Off OFF
59
SubContrast 50~150 105 Brightnessadjustmentfor thehigh-lightpartsofthe screen
60
ContrastOffset 5
61
SubBrightness 235 Brightnessadjustmentfor thelow-light partsof thescreen
ON/OFF
0~1022
0~255
0~255
0~255
0~255
0~1023
0~1023
0~1023
ON
75
224
128
128
128
512
512
512
3
3
3
3
SamsungElectronics 3-5
Page 19
Alignment & Adjustment
3.ADV7401(M)
1 AUTOCOLOR
2 SOG_SYNC_LEV
3 AGC_TIM
4 GAIN_MAN
5 A_GAIN
6 B_GAIN
7 C_GAIN
8 A_OFFSET
9 B_OFFSET
10 C_OFFSET
11 YPM 64
12 YSFM 1
13 WYSFM 19
14 CSFM 0
15 Contrast 128
16 Brightness 128
17 Hue 128
18 CKILLTHR 3
19 SD_OFF_Cb 128
20 SD_OFF_Cr 128
21 SD_SAT_Cb 125
22 SD_SAT_Cr 125
23 IFFILTSEL 3
24 LTA 0
25 CTA 2
26 DNR_THI 0
27 DCT 0
28 LAGC 0
29 LAGT 3
30 LMG 1184
31 CAGC 2
32 CAGT 3
33 CMG 2458
AutoColorfunctionexecution
EmbeddedSyncTriggerLevel
AGCTimeConstantSelection
ON,OFFManualGainControlEnable
ManualGainValuefor ChannelA
ManualGainValuefor ChannelB
ManualGainValuefor ChannelC
ChannelA Offset
ChannelBOffset
ChannelCOffset
Y PeakingFilterMode
Y ShapingFilterMode
WideBandTY ShapingFilterMode
CShapingFilterMode
ContrastAdjust
BrightnessAdjust
HueAdjust
ColourKillThreshold
SDOffsetCbChannel
SDOffsetCrChannel
SaturationCrChannel
SaturationCbChannel
IF FilterSelect
LumaTimingAdjust
ChromaTimingAdjust
DNRNoiseThreshold
DigitalClampTiming
LumaAutomaticGainControl
LumaAutomaticGainTiming
LumaManualGain
ChromaAutomaticGainControl
ChromaAutomaticGainTiming
ChromaManualGain
34 CTI AB EN ON
35 CTI_AB 3
ON,OFFChromaTransientImprovementAlphaBlend
Enable
ChromaTransientImprovementAlphaBlend
3-6 SamsungElectronics
Page 20
Alignment &Adjustment
36 CTI C TH
37 NSFSEL
38 CTAPSN
39 CCMN
40 YCMN
41 HSSLICE
42 VSSLICE
43 DLL_PH
44 ST_NOISE
45 ALIAS_FILTER_EN
46 DNR-TH2
8
0
2
0
0
0
OFF
CTIChromaThreshold
SplitFilterSelectionNTSC
ChromaCombTapsNTSC
ChromaCombmodeNTSC
LunaCombModeNTSC
SamplePhaseAdjustment
SamsungElectronics 3-7
Page 21
Alignment & Adjustment
4.ADV7401(S)
1 AUTOCOLOR
2 SOG_SYNC_LEV 0~31 11
3 AGC_TIM 0~7 0
4 GAIN_MAN ON
5 A_GAIN 0~1024 275
6 B_GAIN 0~1024 287
7 G_GAIN 0~1024 287
8 A_OFFSET 0~1024 0
9 B_OFFSET 0~1024 512
10 C_OFFSET 0~1024 512
11 YPM 0~255 64
12 YSFM 0~32 1
13 WYSFM 0~32 19
14 CSFM 0~7 0
15 Contrast 0~255 128
16 Brightness 0~255 128
17 Hue 0~255 128
18 CKILLTHR 0~7 5
19 SD_OFF_Cb 0~255 128
20 SD_OFF_Cr 0~255 128
21 SD_SAT_Cb 0~255 125
22 SD_SAT_Cr 0~255 125
23 IFFILTSEL 0~7 3
24 LTA 0~3 0
25 CTA 0~7 3
26 DNR_THI 0~255 0
27 DCT 0~3 0
28 LAGC 0~7 0
29 LAGT 0~3 3
30 LMG 0~4096 1064
31 CAGC 0~7 2
32 CAGT 0~3 3
33 CMG 0~4096 2458
AutoColorfunctionexecution
EmbeddedSyncTriggerLevel
AGCTimeConstantSelection
ON,OFFManualGainControlEnable
ManualGainValuefor ChannelA
ManualGainValuefor ChannelB
ManualGainValuefor ChannelC
ChannelA Offset
ChannelBOffset
ChannelCOffset
Y PeakingFilterMode
Y ShapingFilterMode
WideBandTY ShapingFilterMode
CShapingFilterMode
ContrastAdjust
BrightnessAdjust
HueAdjust
ColourKillThreshold
SDOffsetCbChannel
SDOffsetCrChannel
SaturationCrChannel
SaturationCbChannel
IF FilterSelect
LumaTimingAdjust
ChromaTimingAdjust
DNRNoiseThreshold
DigitalClampTiming
LumaAutomaticGainControl
LumaAutomaticGainTiming
LumaManualGain
ChromaAutomaticGainControl
ChromaAutomaticGainTiming
ChromaManualGain
34 CTI AB EN ON
35 CTI_AB 0~3 3
ON,OFFChromaTransientImprovementAlphaBlend
Enable
ChromaTransientImprovementAlphaBlend
3-8 SamsungElectronics
Page 22
Alignment &Adjustment
36 CTI C TH
37 NSFSEL
38 CTAPSN
39 CCMN
40 YCMN
41 HSSLICE
42 VSSLICE
43 DLL_PH
44 ST_NOISE
45 ALIAS_FILTER_EN
46 DNR-TH2
0~255
0~3
0~3
0~7
0~7
8
0
2
0
0
CTIChromaThreshold
SplitFilterSelectionNTSC
ChromaCombTapsNTSC
ChromaCombmodeNTSC
LunaCombModeNTSC
0xFFFF SamplePhaseAdjustment
OFF
SamsungElectronics 3-9
Page 23
Alignment & Adjustment
5,Xilieon226
1 Main/Sub Main
2 Y/UV Y/UV Y
3 HFilter gh121a
4 V Filter 128v05f
5 226TESTPATT
6, Upd64083
1 DYCOR 0~15 2 DYdetectioncoringlevel
2 DYGAIN 0~15 9 DYdetectiongain
3 DCCOR 0~15 3 DCdetectioncoringlevel
4 DCGAIN 0~15 6 DCdetectiongain
5 YHCOR 0~15 1 Y outputhighfrequencycomponentcoring
6 CDELAY 0~15 4 Csignaloutputdelay
7 YPFT 0~15 3 YPFTadjustment
8 YPFG 0~15 7 YPFGadjustment
7, MSP4440
1 MDBEffect 0~127 56 MicronasDynamicBass
2 SRSDialog 0~127 50 SRSDialogclarityadjustment
3 PLL Pilotlow adjustment
4 PLH Pilothighadjustment
3-10 SamsungElectronics
Page 24
8,CCA
1 CCA On/Off ON CCAOn/OffSelection
2 Red-x 0~32768 640 Red-xadjustment
3 Red-y 0~32768 340 Red-yadjustment
4 Red-Y 0~32768 86 Red-Yadjustment
5 Green-x 0~32768 300 Green-xadjustment
6 Green-y 0~32768 620 Green-yadjustment
7 Green-Y 0~32768 300 Green-Yadjustment
8 Blue-x 0~32768 150 Blue-xadjustment
9 Blue-y 0~32768 60 Blue-yadjustment
10 Blue-Y 0~32768 53 Blue-Yadjustment
11 White-x 0~32768 291 White-xadjustment
12 White-y 0~32768 300 White-yadjustment
13 White-Y 0~32768 439 White-Yadjustment
14 WBSpread SpreadCCAvalueto all mode
15 MoveHDMI Moveto theHDMIMode
Alignment &Adjustment
16 DRedX 640 TargetRedXvaluefor CCA
17 DRedY 340 TargetRedY valuefor CCA
18 DGreenX 300 TargetGreenXvaluefor CCA
19 DGreenY 620 TargetGreenYvalueforCCA
20 DBlueX 150 TargetBlueX valueforCCA
21 DBlueY 60 TargetBlueYvaluefor CCA
22 DCyanX 205 TargetCyanX valuefor CCA
23 DCyanY 270 TargetCyanYvaluefor CCA
24 DMagentaX 290 TargetMagentaXvaluefor CCA
25 DMagentaY 140 TargetMagentaYvaluefor CCA
26 DYellowX 425 TargetYellowXvaluefor CCA
27 DYellowY 515 TargetYellowY valuefor CCA
28 [COOL2]DWhiteX 264
29 [COOL2]DWhiteY 267
30 [COOL1]DWhiteX 269
31 [COOL1]DWhiteY 274
32 [NORMAL]DWhiteX 285
33 [ NORMAL]DWhiteY 293
34 [WARM1]DWhiteX 291
35 [WARM1]DWhiteY 300
36 [WARM2]DWhiteX 313
37 [WARM2]DWhiteY 329
SamsungElectronics 3-11
Page 25
Alignment & Adjustment
9, CinemaCCA
1 DRedX 640 TargetRedXvaluefor CCA
2 DRedY 340 TargetRedY valuefor CCA
3 DGreenX 300 TargetGreenXvaluefor CCA
4 DGreenY 620 TargetGreenYvaluefor CCA
5 DBlueX 150 TargetBlueX valueforCCA
6 DBlueY 60 TargetBlueYvalueforCCA
7 DCyanX 205 TargetCyanX valuefor CCA
8 DCyanY 270 TargetCyanYvaluefor CCA
9 DMagentaX 290 TargetMagentaX valuefor CCA
10 DMagentaY 140 TargetMagentaYvaluefor CCA
11 DYellowX 425 TargetYellowXvaluefor CCA
12 DYellowY 515 TargetYellowY valuefor CCA
13 D-White-X 313 TargetWhiteXvaluefor CCA
14 D-White-Y 329 TargetWhiteYvaluefor CCA
10,SPActuator
1 ActuatorGain[Pattl] 0~175 95 ActuatorGainadjustment
2 ActuatorGain[Patt2] 0~175 95 ActuatorGainadjustment
3 ActuatorON/OFF ON ActuatorOn/Offselection
4 DBON/OFF ON/OFF ON
5 DBGain 0~3 1
6 DBAperture MINIMAX
7 DBGain 0~255 0
11,ESP(EnhanceSmoothPicture)
xHD3/xHD4Option(Thismodelis notused,)
3-12 SamsungElectronics
Page 26
12,GM1601
1 ADC_RED_GAIN 128
2 ADC_GRN_GAIN 128
3 ADC_BLU_GAIN 128
4 ADC_RED_OFFSET 50
5 ADC_GRN_OFFSET 50
6 ADC_BLU_OFFSET 50
7 MADI_QUANT_TH0 4
8 MADI_QUANT_THI 7
9 MADI_QUANT_TH2 64
10 GAMMA_CONTROL OFF
11 AUTO_COLOR OFF
12 TEST_PATTERN 0
13 SP_AMP 0
14 SP_PERIOD 0
Alignment &Adjustment
13,OPTION
1 LampClear Initializelampusagetime,LampLifeisset tozero
2 UserReset Alluser settingsaresetto default
3 WBReset OFF InitializetheWhiteBalancevalue
4 EERReset Clearthe EEPROM
5 LampLife Lampontimecounter
6 AUTOPOWER ON
7 DNleDemo ON/OFF ON DNIeDemofunctionselection
8 LampControl DynamidNormal Dynamic Dynamic,Always
9 MUTETIME 400ms
10 EDIDWRITE
11 DDCProtection ON/OFF OFF DDCwriteON/OFFselection
12 LNADefault Auto!OFF Auto LNAsettingOFF/Autoselection
13 PROTECT ON ProtectionON/OFFselection
14 WATCHDOG OFF WatchDogON/OFFselection
15 WDCOUNT 0 CountforWatchDogevent
16 DEBUGMODE ATI226/GM1601 ATI226
17 DSUBMODE RS232
18 BUSSTOP OFF
Thesets turnsonautomaticallywhenthepowercordis
pluggedin
Timewhichthescreenwill beblackwhileswitching
channels
19 DIGITAL-->DMD Totransthe CCAdataformDIGITALtoDMD
20 DMD-->DGITIAL Totransthe CCAdataformDMDto DIGITAL
SamsungElectronics 3-13
Page 27
Alignment & Adjustment
14,SERVICE
1 V-Position
2 H-Position
3 LAMPSYNC
4 ActuatorGain[_
5 ActuatorGain[_
6 INDEXDELAY
7 FPGA
8 LampWatt
9 LampSelect
10 AUTOCOLOR
11 CCA
12 LampClear
13 UserReset
0 ~ 60
0 ~ 120
0~175
0~175
0 ~ 1023
30
60
95
95
173
xHD3
132W
Phiiips
OFF
Screenupperandloweradjustment
Screenleftandrightadjustments
ActuatorGainadjustment
ActuatorGainadjustment
Indexdelayadjustment
xHD3/xHD4selection
AutoColorfunctionexecution
CCAmenu
InitializeLampusagetime
All user settingsaresetto default
3-14 SamsungElectronics
Page 28
Alignment &Adjustment
3-4 ServiceAdjustment
3-4-1 Vertical / Horizontal PositionAdjustment
1.Turnoff thepowerto puttheunitintotheSTAND-BYmode.
2. Inorderto enterthe ServiceMode,Press"Mute"_ "1"_ "8" _ "2"_ "POWER"buttonsontheRemoteControl.
3. Select"Service"onthefirst displayof the Servicemodemenu.
4. SelecttheV-positionforverticalpositioningand H-positionforhorizontalpositioningby usingthe A 'v' (Up& Down)buttons.
Pressthe _ i_ (Leftor Right)buttonsto adjustthescreenposition.
Donotset theV-positionvalueto 34or 35.(Settingtothesevalueswillcausehorizontallines ontherightsideofthescreen.)
3-4-2 INDEX DELAYAdjustment
1.Turnoff thepowerto puttheunitintotheSTAND-BYmode.
2. Inorderto enterthe ServiceMode,Press"Mute"_ "1"_ "8" _ "2"_ "POWER"buttonsontheRemoteControl.
3. Select"Service"onthefirst displayof the Servicemodemenu.
4. PresstheA v' (Upor Down)buttonto moveto INDEXDELAY,thenpressENTERto select.
5.TheINDEXDELAYsetupscreen(witha redbarat the bottomofthescreen)willbe displayed.
6. Pressthe _ _ (Leftof Right)buttonsto adjust.Checktheredcoloratthebottomof thescreenatits minimumandmaximum
valuesof changingfromredto magenta,thenadjusttothemeanvalue.
SamsungElectronics 3-15
Page 29
Alignment & Adjustment
3-4-3 CCA Adjustment Service Methods
: CCAAdjustmentis neededafterchangingalightengine,digitalboardor ColorWheel.
II CCA: In DLPTV,eventhe sameRGBcolormaydifferdependingon thelight engine.CCA(ColorCoordinateAdjustment)
correctsthecolorto achievethecoloraccuracy.CCAperformscolor correctionaftermeasuringandinputtingthecurrent
lightengine'sdataonactualcolorcoordinatesfordisplayedRed,Green,Blue,andWhitecolorpatterns,usingcolor
coordinatemeasuringequipment.
Atthis moment,colorcorrectionisperformedonthebasisof previouslyinputtedDesiredColorCoordinatesand
MeasuredColorCoordinates.
1.Conditionofthe ServiceEngine
2. CCAServiceProcedures
ToexecuteCCAadjustment,performthefollowingsteps:
1)Turnoff thepowerto puttheunitintotheSTAND-BYmode.
2) Inorderto entertheServiceMode,Press"Mute"_ "1"_ "8"_ "2" _ "POWER"buttonsontheRemoteControl.
3) Fromthe FactoryServiceModeMenu,selectOPTION> DMD_ DIGITAL.(Thisisfor gettingtheccadataof newengine.)
3-1)AfterLightEngineischanged
- selectOPTION> DMD_ DIGITAL
3-2)AfterDigitalPCBis changed
- selectOPTION> DMD_ DIGITAL
3-3)AfterDMDPCBischanged
- selectOPTION> DIGITAL_ DMD
3-4)Aftercolorwheelis changed
- selectDDP1011> INDEXDELAY
(Youcanonly adjustthe INDEXDELAY.Youcan'tadjustthe CCAwithoutCCAequipment(CA210).)
3-16 SamsungElectronics
Page 30
Alignment &Adjustment
3-4-4ACTUATOR GAIN Adjustment
1.BeforeAdjustment
1)Turnoff thepowerto puttheunitintotheSTAND-BYmode.
2) Inorderto entertheServiceMode,Press"Mute"_ "I" _ "8"_ "2" _ "POWER"buttonontheRemoteControl.
3) Select"Service"on thefirst displayoftheServicemodemenu.
4) PresstheA 'v (Upor Down)buttonto movetoACTUATORGAIN1,2,thenpressENTERto select.
-ActuatorGain1' Incaseofcontrollingwith CrossPattern.
BeforeAdjusting AfterAdjusting
J_
-ActuatorGain2' Incaseofcontrollingwith CrosshatchPattern.
CROSSHATCHPATTERN
.............
CAUSTION:GAIN2is justcontrolledbyyour
eye becausecontrolvaluedoesn't
appearIn picture.
.................
÷
.....................bl .....
......._...........+,_,_,,
...............
......4 ........
2. MakingAdjustments
1)Asshownin thepictureabove,changetheactuatorvaluesto eliminatesawtoothshapes.
- Tofine tune,increasethedatavalueensuringthatyougetthecenterbetweenthestartingandendingpointsof the
disappearingsaw toothshape.
SamsungElectronics 3-17
Page 31
Alignment & Adjustment
3-5 Software Upgrade
1.PreparetheUSBmemorystickwiththe built-infirmware.
2.Whilethe TVisoff, insertthe USBstickintotheSERVICEterminal.
3.WhenturningontheTV,thereshouldbea longbeepingtoneand thefirmwaredownloadprocessshouldstart.If thereis no
soundfromtheTV,turnit offandthen on again.
4.Whenthe downloadiscomplete,therewill beanotherlongbeepingtoneand theTVwill go into standbymode.
Checkforthe FirmwareVersion
1)Turnoff thepowerto puttheunitintotheSTAND-BYmode.
2) Inorderto entertheServiceMode,Press"Mute"--> "1" _ "8"_ "2"_ "POWER"buttonson the RemoteControl.
3) In caseentryintoSERVICEMODEisunsuccessful,repeatsteps1and2 directlyabove.
4) Youcancheckthe firmwareversionatthe bottomoftheFactorymenu, T_EXCAAUSO_00XX
3-18 SamsungElectronics
2005XX XX
T-DTVUCOM5-00XX
T-XMENAUS0_00XX
Page 32
3-6 Replacements & Calibration
3-6-1 Tilt the Screen
Alignment &Adjustment
1.Removethe 12pointscrews.Removethe Bottomcover.
Fixthesafetyswitchon therightwithtape sothattheset
canbeturnedon afterremovingthebottomcover.
:TH,B,M4.L15,BLK,SWRCH18A
2. Removethe3 pointsscrews.
* Left2 pointsscrews
: PWH,S,M3,L8,ZPC(YEL),SWRCH18A
* Right1 pointsscrew
: PWH,S,M3,L7,ZPC(YEL),SWROH18A
3. Turnoffthe powerto put theunitintotheSTAND-BYmode.
InordertoentertheServiceMode,Press"Mute"_ "1" _ "8"_ "2" _ "POWER"buttonsonthe RemoteControl.
Select"DDP1011(L8)"on thefirstdisplayof theServiceModemenu.Pressthe A 'v (Upor Down)buttons,thenpress
ENTERto select.Pressthe !_ (Right)buttonuntilyouseetheCROSSHATCHPATTERN.
Then,adjustthescreenposition,byholdingbothof theuppercornersoftheDMDboard.
CROSSHATCHPATTERN
.......# ==
l
Fixthesafetyswitchon therightwithtape so thatthe ]
set can beturnedonafter removingthebottomcover.
J
-_ Evenwhenthosescrewsare removed,the boarddoesnotseparateit can be movedwithinthe adjustablerangebecausethere
are springscrewsat the centerholdingit.
-_ Whenadjustingthescreen,it isbetterfor twopeopletoworktogether.
Onepersonshouldadjustthe picturepositionwhilethe otherpersonlooksatthescreen.
-_ The movementdirectionof the boardandthepictureare opposite.
- Whentheboardis liftedupward,thescreendescendsdown.
- Whenit is tiltedto theleft,the screentilts tothe right.
-_ Whenthe pictureadjustmentiscompleted:
First,tightenthetwoscrewson theleftof theDMDboardandthen slowlytightenthe onescrewonthebottomright.
Becarefulnottotouchtheboardwhiletighteningthescrews.
(Whenusingan electric-poweredscrewdriver,becarefulthatthe torqueis nottoohigh.)
SamsungElectronics 3-19
Page 33
Alignment & Adjustment
3-6-2Align the Focus
1.Removethe 7 screws.
:TH,B,M4.L15,BLK,SWRCH18A
3.AdjusttheLensFocus
2. PullouttheholderChassis
1) Inputa Crosshatchpatternorenterservicemodeandusethe
internalgeneratedpatterns.
4.AdjusttheLensfocus.
2)Adjustthe focusalignmentdialof theProjectionLens
Clockwiseor CounterClockwise(Seepicturein step4) until
the pictureisclear.
3)Sincethealignmentisdonefromthe rear usea mirroror a
secondpersontoconfirmthe adjustmentiscomplete.
5. InsertEngineAss'ywithaccuracy.
3-20 SamsungElectronics
Page 34
4. Exploded View & Part List
4-1 HLR6768WX/XAA
YoncansearchfortheupdatedpartcodethroughITSELFwebsite,
URL:http://itself.sec.samsung.co.kr
iT0852
/
r
T0i58j
MO006i
Exploded View & Part List
Loc.Nol Code N01 I Description Specification Q'ty SA/SNA Remark
DIS7 AA61-60003J SPRING ETC-CS -,SUS304,-,-,OD6,N7,OD6,-, 1 S.N.A
M0006 BP63-00431A COVER-REAR 67L6,HIPS,HB,GRAY,TOP 1 S.A
M0006 BP63-00401A COVER-REARBOTTOM 50L6,HIPS,V0,GRAY 1 S.N.A
M0013 BP96-009380 ASSYCOVERP-REARBOTTOM L6,HIPSV0,GR50 1 S.A
M0107 BP61-00892A BRACKET-PCB 50L3,SECC,TI.O,NTR,TOP(BUILT 1 S.N.A
M0107 BP61-00893A BRACKET-PCB 50L3,SECC,T1.0,NTR,BOT(BUILT 1 S.N.A
M0112 BP63-00429D COVER-FRONT 67L6,HIPS,HB,BLK,BKM1326R1,S 1 S.N.A
M0119 BP41-00124B PCBCONTROL HLP5063W,FR-4,2L,A,1.6T,245 1 S.N.A
M0256 BP96-00849F ASSY BRACKETP-MAIN PCB L3,L6,L7,SECC,T1 1 S.A
T0002 BP96-01024A ASSYCOVERP-FRONTBOTTOM 67L6,HIPS,HB,G 1 S.A
T0003 BP96-0103OD ASSY COVERP-FRONT 67L6,SEA(L65A),HIPS,H 1 S.A
T0024 BP64-00384B KNOB-FAMILY L6,ABS,HB,GRAY,SVM-3012 1 S.N.A
T003O BP96-01027B ASSYCOVER P-SIDE 67L6,HIPS,HB,GR503,LEF 1 S.N.A
T003O BP96-01028B ASSYCOVER P-SIDE 67L6,HIPS,HB,GR503,RIG 1 S.N.A
T0053 BP67-00187A SCREEN FRESNEL 67W,1524*875,T2.0 1 S.A
T0054 BP67-00186A SCREENLENTI 67W,1524*875,T2.1 1 S.A
T0057 BP64-00179A BADGE-BRAND ALL,ALT1.5,83,14,,BLK,SILIV 1 S.N.A
T0061 BP64-00385A WlNDOW-REMOCON 50L3,PC,VlOLET 1 S.N.A
T0062 BP61-00530A HOLDER-POWER 50L3,HIPSHB,GRAY 1 S.N.A
T0066 BP96-00535E ASSYCOVERP-DUCT L6,HIPSHB,GRY 1 S.N.A
T0071 BP64-00382A INDICATOR-LED 50L3,ABSCLEAR(LG) 1 S.N.A
T0074 BP59-00071B REMOCON HURRICANE,TM76A,2OO*54*3O,ZlLOG 1 S.A
T0082 BP64-00309B WINDOWLED 50L3,ACRYL,2.0,half-mirror,SE 1 S.N.A
T0091 BP94-01713A ASSYPCBMISC-A/V SIDE HLR6768WX/XAA,L65 1 S.N.A
T0120 BP94-02215B ASSY PCB POWER HLR5067,HURRICANE,L64B,11 1 S.A
T0129 BP96-01198D ASSY ENGINEP-DLP 67L8,PHILIPS132W,E22, 1 S.A
T0130 BP96-01061A ASSY COVERP-TERMINALBOARD 50L8,HIPSV0 1 S.N.A
T0132 BP94-02229A ASSYPCB MISC-DIGITAL HLR5078(L8),L65A,E 1 S.A
T0138 BP64-00383B KNOB-HOLDER L6,ABS,HB,GRAY,SVM3012 1 S.N.A
T0145 BP94-02228A ASSYPCB MISC-ANALOG HLR5078(L),L65A,EXC 1 S.A
T0158 BP96-009370 ASSY COVERP-MAIN L6ALL,HIPS, V0,GR503 1 S.A
T0175 BP96-01278A ASSY SPEAKERP 8ohm,L6(DLP)_VE,15W 2 S.A
T0186 BP96-01025B ASSYCOVERP-GRILLE 67L6,HIPS,HB,GR503,S 1 S.N.A
T0245 BP94-01714A ASSY PCBMISC-KEYCONTROL HLR6768WX/XAA, 1 S.N.A
T0260 BP67-00215A MIRROR-FRONT Frontmirror67",glass,1510 1 S.A
T0267 BP61-00938A BRACKET-MIRRORTOP 67L6,AL6063EXTR 1 S.N.A
T0268 BP94-01758D ASSYPCB MISC-RMCLED HLR6768WX/XAA,L65A 1 S.N.A
T0268 3903-000144 CBF-POWERCORD DT,US,BP3/Y,U(IEC013-RA) 1 S.A
T0514 BP61-00916A BRACKET-SUPPORT 67L6,SECC-1,T1.2,NTR,BAC 2 S.N.A
T0514 BP61-00918A BRACKET-SUPPORT 61L6,SECC-1,T1.6,NTR 2 S.N.A
T0524 BP63-00433A COVER-GRILLE 67L6,HIPS,HB,GR503,SV012P 1 S.N.A
T0527 BP61-01045A BRACKET-COVER L6,SECC-1,T1.2,NTR,BOTTOM 1 S.N.A
T0852 BP96-01026B ASSY COVER P-MIDDLE 67L6,HIPS,HB,GR503,S 1 S.N.A
T0903 BP61-00528A HOLDER-DUST 50L3,HIPS HB,GRAY 2 S.N.A
T0952 BP63-00294B COVERDUST-ASSY L6,HIPS,HB,GRAY 2 S.N.A
SamsungElectronics
4-I
Page 35
Exploded View & Part List
4-2 L680EngineAss'y
L680EngineExplodedViewList
No. Loc:No. CodeNo., Description SpeCification ' Q'ty' SA!SNA
1 T0129 BP96-01198A ASSY ENGINE P-DLP 50L8,PHILIPS 120W,E22 1 S.A
2 BP63-00522A COVER-P-J LENS L680,ABS,T2.5 1 S.N.A
3 BP67-00222A LENS-P/J-ASSY Excalibur,GLASS,NTR,FOV=93 1 S.N.A
3-1 BP64-00548A GLASS-ACTUATOR EXCALIBUR,MIRROR,39,34,VC 1 S.N.A
\\
\
\
\
3-2 BP96-00984A ASSY DYNAMIC BLACK P-SEM Dynamic Black,S 1 S.N.A
4 BP63-00520A COVER-MIRROR L680,PC GIF20,T2.5 1 S.N.A
5 BP61-01033A BASE-ENGINE L680,PPS GtF30,T3.0 1 S.N.A
5-1 BP61-01037A BASE-ENGINE L680,MG D/C,T3.0,TOP 1 S.N.A
6 BP96-01103A ASSY COLOR WHEEL P L6,SERVICE 1 S.A
6-1 T0593 BP64-00475A GLASS-COLOR WHEEL 65mm NDF,FLOAT GLASS,T 1 S.N.A
7 T0530 BP63-00510A COVER-LAMP SVP-50L6HR,PPS GtF30,T2.5 1 S.N.A
7-1 BP63-00517A COVER-DUCT DOT SVP-50L6HR,PC GtF20,T3.0 1 S.N.A
8 BP61-00726A HOUSING-LAMP, BOTTOM 23 SVP-50L3HR,AL D/ 1 S.N.A
9 T0049 BP47-00021A LAMP-BALLAST EUC 120 P/H11,120W,130mm ca 1 S.A
9-1 BP61-00728A HOLDER-BALLAST 23 SVP-50L3HR,PC GtF20 1 S.N.A
10 T0530 BP63-00537A COVER-LAMP HURRICANE 720P,PC 1 S.N.A
11 BP61-01014A BRACKET-ENGINE BASE SVP-50L6HR,SECC,T1.6 1 S.N.A
12 BP96-01073A ASSY LAMP P L6,L8(L620,L680),- 61",Philips 120W 1 S.A
12-1 BP47-00018A LAMP UHP 100W/120W 1.0,E22,65"70 1 S.N.A
13 BP91-00775A ASSY MISC-DETECTOR S/W HLP5063WX/XAA,L62 1 S.N.A
14 BP61-01116A HOLDERqNTERFACE L680,ABS,T2.5,BLACK 1 S.N.A
15 BP94-02230B ASSY POD S-DETECTOR-BID HLR5078(L8),EXCA 1 S.N.A
16 T0286 BP31-00011A FAN-DC AD0612LB-D72GL,RB.T UL94-Vo,Wire 1 S.A
17 T0027 BP94-02230A ASSY POD S-DMD HLR5078(L8),EXCALIBUR,L65 1 S.N.A
17-1 BP61-01043A BRACKET-COOLER L680,AL D/C,T4.0 1 S.N.A
18 T0134 BP67-00218A MIRROR-LIGHT TUNNEL Excalibur,GLASS,5.7* 1 S.N.A
19 BP67-00219A LENSqLL-E1 Excalibur,NBFD13,NTR,R1:INF, 1 S.N.A
20 BP67-00220A LENSqLL E21E3 Excalibur, FD60,BACED5,NTR 1 S.N.A
21 BP67-00221A LENSqLL E4 Excalibur,BACED5,NTR,R1:57.6 1 S.N.A
\,
4-2 SamsungElectronics
Page 36
Electrical Part List
5. Electrical PartList
5-1 HLR6768WX/XAAService item
YoncansearchfortheupdatedpartcodethroughITSELFwebsite.
URL:http://itself.sec.samsung.co.kr
Loc. No. Code No. Description I specification Q'ty SA!SNA Remark
M0003 BP96-00990A ASSY COVER P-STAND 61L6,HIPS,HB,GR503,SV 1 S.A
M0013 BP96-00938C ASSY COVER P-REAR BOTTOM L6,HIPS V0,GR50 1 S.A
M0018 BP97-00954A ASSY MICOM L65A,29DL32,T_SCALER_0083,050 1 S.A
M0114 BP39-00205A CBF SIGNAL X-MEN,24/24P,UL20276,400mm,UL 1 S.A
T0002 BP96-01024A ASSY COVER P-FRONT BOTTOM 67L6,HIPS,HB,G 1 S.A
T0003 BP96-01030D ASSY COVER P-FRONT 67L6,SEA(L65A),HIPS,H 1 S.A
T0049 BP47-00022A LAMP-BALLAST EUC 132d P/31,132W,130mm ca 1 S.A
T0053 BP67-00187A SCREEN FRESNEL 67W,1524"875,T2.0 1 S.A
T0054 BP67-00186A SCREEN LENTI 67W,1524*875,T2.1 1 S.A
T0074 BP59-00071B REMOCON HURRICANE,TM76A,200*54*30,ZILOG 1 S.A
T0120 BP94-02215B ASSY PCB POWER HLR5067,HURRICANE,L64B,11 1 S.A
T0128 BN39-00518B CBF SIGNAL-STEREO SVP-50L3HR, 1P,UL2464#2 1 S.A
T0129 BP96-01198D ASSY ENGINE P-DLP 67L8,PHILIPS 132W, E22, 1 S.A
T0132 BP94-02229A ASSY PCB MISC-DIGITAL HLR5078(L8),L65A, E 1 S.A
T0145 BP94-02228A ASSY PCB MISC-ANALOG HLR5078(L),L65A, EXC 1 S.A
T0175 BP96-01278A ASSY SPEAKER P 8ohm,L6(DLP)_VE,15W 2 S.A
T0703 BP96-01315A ASSY DMD BOARD P L8 Philips,DMD BOARD,SE 1 S.A
T0888 BP96-01099A ASSY LAMP P L6,L8 (L620,L680),67 INCH -, 1 S.A
T0889 BP96-01103A ASSY COLOR WHEEL P L6,SERVICE 1 S.A
SamsungElectronics 5-1
Page 37
6. Troubleshooting
6-1 Checkpoints by Error Node
1,PowerLight:Checkthemasterswitch(ON/OFF)andthe fusetosee iftheyareoperating,
2, LEDBlinking:SeethebasicLEDchecklistin6-2-1,
< BlinkingTemp&TimerLED>
Yes
Yes
No
Troubleshooting
Yes
< Blinking Lamp and Temp LEDs >
No
Yes
No
No
SamsungElectronics 6-1
Page 38
Troubleshooting
<BlinkingTempLED>
Yes
A blinkinglampLED isthemostcommonfailureindication.Itcan be causedby no lamp,no colorwheel,no fan(s),orother
defectivecomponents.
Yes
_e1 1_obs _o
6-2 SamsungElectronics
Page 39
Troubleshooting
3, Noise:
Internalnoisemaybe causedbyaforeignsubstanceon the fan or drivingdevice.
Fora DLPTV,the lampfan,DMDboardfan and colorwheelarevulnerabletonoise.Sometimestheconnectorwirearoundthe
lampor DMDfanmakescontactwiththefan, whilethecolorwheelis protectedinsidethemoduleandcannotmakecontactwith
anynearbywires.Howeverthecolorwheelsensoror thedrivemotormaycausenoiseby makingcontactwiththe colorwheel.
Asthecolorwheelusesan air bearingsystem,it hasa veryslightpossibilityofcreatinginternalnoise.
Whenirregularnoiseoccursfor noparticularreason,checkthe insideof the TV foranyforeignsubstances.
TheDLPprojectionTVmaycausenoiseas thephysicalscreenisemptyinside,causinga resonancetoa particularfrequency.
Thusa lowvibrationis nota malfunction.
Any'creaking'noiseismostlyfromthe structureofthe deviceitself.Ashort, harshnoisemayoccurfroma distortionor
malformationduetothermalexpansionbetweenthemetaljoints,screwsandloadedparts,respectively.Anyintermittent'creaking'
noisecan be removedbylooseningthescrews.
4.A blackscreenwiththelampon: ReplacetheDMDboard.
5. LinePattern:Regularlinepatternsoccurverticallyorhorizontally:ReplacetheDMDboard.
6.VoiceDistortion:Replacetheanalogboard.
7. OutsideLight:Thisisnota productmalfunction,buta possibleinstallationorhumanerror.Thisoccurswhenthe projectedlight
fromthesurroundingilluminationreflectsontothescreen.Thisdisappearsas the TV startsoperatingandtheTV lampgets
brighter.However,youcan avoidoutsidelight by changingthepositionof theTVorthe installationangle.
Decreasingthe illuminationor changingtheindoorlightingmaywork.
8. ScreenFlip-over:
EnterFactorymodein DDP1011and performH-Flip(fliphorizontally)andV-Flip(flipvertically).
Thescreenwillflip overhorizontallyorvertically.
SamsungElectronics 6-3
Page 40
Troubleshooting
9, OtherScreenErrors:
i_ 40Verticallines16pixelswide:
DDP1011or BGA,DMDpanelinterference,
ReplacetheDMDboard
i_ HorizontalBaror No Raster:
Errorin DDP1011or theDMPpanel,
ReplacetheDMDboard
i_ DottedVerticalBar:
Errorin RambusDram(IC403)or thesoldering
ReplacetheDMDboard
i_ Beehivemosaicpatternsallover the screen:
Errorin theLVDSReceiver(IC601)or the soldering
TheHsyncsignalsare nottransferredto DDP1011,
ReplacetheDMDboard,
6-4 SamsungElectronics
Page 41
Troubleshooting
6-1-1 Video Circuit Error Checking
m Basics:
- The DDP1011on the DMDboardhasa featureto displayinternaltestpatterns.
- DNle,whichis an endportinthe digital board,hasa featuretodisplayinternaltestpatterns.
- The analogboardsendssignalstoADV7401onthedigitalboard.
- The analogboardisthefirstoutputandthedigitalboardis the secondone,followedbyDMD,whichisthefinalone.
[] DiagnosisBy Module
1.AccessServiceMode
(InStandbymode,press"Mute","1","8","2" and"Power"toturnthe screenon andenterservicemode)
2. Checkif thereisan errorin theDMDboard
DDP1011-->TESTPATTERN_ Presstherightarrowkey:
Optionsof FULLWHITE,BLACK,RED,GREENandBLUEPATTERNaredisplayedonthe screen.
If"Pattern"doesnotappear,thisis aDMDboarderror.
3. Checkif thereisan errorin thedigitalboardbeforetheDMD.
Whenthe DMDboardhasbeendeterminedtobeerrorfree basedonthetestpatterns:
FACTORYMODE_ DNle_ TESTPATTERNnormaldisplay:noerrorin thedigitalboard.
If"Pattern"doesnotappear,youhaveto checka Analogboardfirst,andchecka DMDBoardsecond,nextchecka Digital
Board.
4. Checkif thereisan errorin theAnalogBoard.
Checkfor a powersignalfromtheanalogto the digitalboards.(Seethe circuitdiagrambelow).
_A
57_/R 70VB
33VB
Iltl] - -
CN4 I
i
,_ " '-ta_'----'1' 7'27Z1_uF
t 'X
I _ii _
SamsungElectronics 6-5
Page 42
Troubleshooting
6-1-2 Flow Chart for Malfunction
Yes
No
Yes
No
Yes
No
No
Yes
1) DVI Cable
No
No
2) Analog Board
Yes
No
OP1 ' Stand-by5V
OP2 : 5VB
OP3: 12VB
6-6 SamsungElectronics
Page 43
6-2 Troubleshooting Procedures by Error Modes
6-2-1 Installation & Connection
• ' Lightis On
(D ' LightisBlinking
:)' Lightis Off
TIMER LAMP: STANDBY/TEMP:'indication
Troubleshooting
POWER
Pressto turntheTVon andoff.
RemoteControl Sensor
Aimthe remotecontroltowardsthisspoton theTV.
( b ( b • Standbystate.
(b (D (b Thepicturewillautomaticallyappearinabout 15seconds.
• (D ( _ seconds.
(D (:) (D A coolingfaninsidethe set is not operatingnormally.
( _ (D (D Lampcoveron rearof the set is not properlyshut.
(D (D (D Lampmaybedefective.
* Ittakesabout 30secondsforthe TV to warmup,so normalbrightnessmaynot appearimmediately.
* TheTV hasa fanto keeptheinsidelampfromoverheating.You'lloccasionallyhearit working.
AutoTimerON/OFFhasbeensetandthesetwill automaticallybe turnedon in about25
Checkif theventilationholeon therearof the set is blocked,becauseif theinner
temperatureis too high,the powerwillshutoff.
6-2-2 Protect Status
1.Whentherearcoverisopened
Asensordetectswhenthe rearcoveris openedandturnstheset offand thenintoStandbymode.
If you closethecoverorfix the switch,you canturnthe seton bypressingthePowerbuttonontheunit or the remotecontrol.
Thesetwill thenoperatenormally.
2.Whenthe temperaturesensoroperates
Whenthe set is overheated,theinternaltemperaturesensorturnsthe set offandthe set goesto Standbymode.
Whenthe internaltemperatureof theset returnstoa normalrange(95°C), turnthepoweronbypressingthePowerbuttononthe
unitorthe remotecontrol.Thesetwill thenoperatenormally.
3.Attemptingtoturn thelamponfails repeatedly
If turningthe lamponfails, thesetautomaticallytriesturningthelampon 3 times.Ifall attemptsfail,all LED'son thefront panel
willblink.Checkthelampandthe ballastandreplacethem,if necessary.
SamsungElectronics 6-7
Page 44
Troubleshooting
6-3 Troubleshooting Procedures by ASS'Y
6-3-1 Check Lamp & Ballast
1.Whenthelamp is not on,checkif thereisanythingwrongwiththeballast.
Removethe lamp.Fixthe safetyswitchon the rightwith tapeandturn on the power.
Checkto see ifa blueflamestartsignitinginthearcgapinsidethe ballastmomentarilyduringstart-up.
Thereis no problemwiththeballastifthereis a flame.Whentheballasthasno error,replacethelamp.
A blueflame
occurs
momentariiy
duringstart-
up.
,/,, cf _,Ja,
6-8 SamsungElectronics
Page 45
Troubleshooting
6-3-2 When the lamp and the ballast are normal but the lamp does not turn on or turns off right after
quickly lighting up
1.Checkthecolorwheel
Checkif the colorwheel is running.+ ChecktheDMDboardandtheballastforthesignals.
Checkthe secondCN503pinforinputsignals.When3.5V,180Hzisoutput,thecolorwheelisoperatingnormally.
DGT3.3V DGT5V
CN750 ACN2012-900-2P_
FT750
R760
10Kohm
_" DDP CW_NDEX
IC75I
LM393D
File _di Vetical Hodzlbcq !ri_ Disr,la_
L750
1 5uH
C755 C756
3.5V 180Hz
11n_GFi41704 _7
100nF 10uF
cu_sl Pos
C_2 Pes
/2 168ms
i_ , u-vl,
-_ DMDBoardCheckDiagram
DGT5V
R775 _AA_
OB LAMPLITZ
LAMP_RX
CN752
53398-0590
7_ T
72
LAMPEN _
[_L_R778 _L R779 i
I<_1 t 0Kohm
i 10W I 3 3Kohn,
R780 (LAMPENSCI)
C767
10nF
SamsungElectronics 6-9
Page 46
7. Block Diagram
7-1 Overall Block Diagram
Anynet, G-Link
HDMI/PC
IEEE1394/Anynet
Optical/Gemstar-IR
RF In(Air,Cabl_
CableCard
AlVIn 1 2 3
S-Video 1 2 3
Component 1,2
,,_ A/V Out
RS-232C In
PC/DVI Audio In
Block Diagram
AC
SamsungElectronics 7-1
Page 47
Block Diagram
7-2 Partia{Block Diagram
7-2-1 Power Board Block Diagram
70VB : 30mA 1
T30VB : 0~SmA]
S-mute : - 6V 0~ 2mA ]
S15VB : 0-o4:0A ]
6.0V_B : 0.93~1:8A J
POWER CTL ]
7-2 SamsungElectronics
Page 48
7-2-2 Digital Board Block Diagram
ScrambleTS Unscramble TS
TS_I_OATA[/:0]
CLK,VLD,SYNC
12S_1394
12S_OUL1394
TS_A_DATA[7:0]
CLK,VLD,SYNC
CLK,VLD,SYNC
Block Diagram
HDMI
TMDS
HDMI
TMDS
MAIN-V
Side-L/R
TS_2_DATA[7:0]
CLK,VLD,SYNC
L1/R1
L2?R2
MAIN-V
COMP1
COMP2
suB-Y(V)/C
COMP1
16bit(4:2:2/,CLK,HS,VS
12S 13941
TS_B_DATA[7:0]
CLK,VLD,SYNC
NR In 16bit
NR_Out 16bit
DDR 12bit
NROut 161
bNle NR EN
PDIF_OUT
12S OUT
SamsungElectronics 7-3
Page 49
Block Diagram
7-2-3Analog Board Block Diagram
$1/$2/$3-Y
S1/$2/S3-C
Comb-Y-Out
Comb-C-Out
MTNR-CVBS
STNR-CVBS
DTV-CVBS
Side-L/R
Compl-L/R
Comp2-L/R
V1N2
Side-V
L1/R1
L2/R2
PC-L/R
Main-Y-Out
Main-C-Out
Sub-COut
Main-V-Out
Sub-V-Out
Cap-V-Out
Mon-V-Out
Main-L/R
Sub-YOut
Side-Y/C
MTNR-StF
STNR-StF
DVt(HDMI2)-L/R
Main-Y(V)-Out
Sub-Y-Out
Sub-C-Out
CaD-Y-Out
Mort-Mixed-V-Out
Mon-L/Rout
Amp-ln-L/R
Main-Y(V)
Main-C
Sub-Y(V)
Sub-C
_ Cap-CVBS
7 L__ Mon-Vout
Gain0/Gain1
7-4 SamsungElectronics
Page 50
7-2-4 DMD Board Block Diagram
Block Diagram
Lam
Power Good
Reset M
CLKRX
DATRX
TMDS
RGB ODD
DMD Ctrl
Lvds Bus Master A/B
Lvds Bus Slave A/B
100Mhz
3.3 V output ]
Lamp En
-- Lamp Litz
-- CW Index
_et
>l VCM Actuator
=_l DB Actuator
_l Detector Circuit
[ 24 P con
SamsungElectronics 7-5
Page 51
03
3
O3
[77
Dynamic Black
0
0
O3
KEY CONTROL
ANALOG
DMD
ACTUATOR
3
FRONT LED
COLOR WHEEL
DETECT
FAN
FAN1 FAN2
TEMP SENSOR
BALLAST
,oo
DIGITAL
POWER
SIGNAL
ED
POWER
Page 52
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r_
C_
o
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O
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Page 53
9. PCBDiagram
9-1 Power Board
9-1-1Assy Power Board
PCB Diagram
m DCPowerSupply
(SuppliesDCpowertotheanalogPCB,Theanalogboardis responsiblefor thepowersupplyto the digital/DMDboard,)
9-1-2 Names & Roles of Key Parts
* CN801' Suppliespower(DC220-400v)tothe ballast
* GT801'Anti-lightningwireconnectedtothe digital board.Theanti-lightningwireshouldbe installedforsafetypurposes.
* PD802S' Inlettypeof terminalthatis connectedto theACpowercable.
SamsungElectronics 9-1
Page 54
PCB Diagram
9-1-3 Power Board Connector Pin
CN805
Connecting Power toAnalog Board
PinNo...... Pin Name
1 STD5V
2 GND
3 STD5V
4 GND
5 12VA
6 GND
7 12VA
8 GND
9 33VA
10 POD-SW
CN804
Connecting Power to Analog Board
PinName , PIN Nol PinName
STD 5V
GND
33V
GND
POWER-SW
5.5VB
GND
12VB
GND
12VB
GND
GND
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
S-MUTE
S14.5V
GND
S14.5V
GND
5.5VB
GND
12VB
GND
12VB
GND
80VB
9-2 SamsungElectronics
Page 55
9-2 Digital Board
9-2-1Assy Digital Board
PCB Diagram
III All DigitalVideoProcessing
II OSD/ Menu
II ResetSwitch(ResettotheCPU)
II ConnectedwithPODchannelBoard.
9-2-2 Names & Roles of Key Parts
* CableCard:
CableCARDisa nationwidestandardsystemthatallowsyourlocalcable TV providertosupplyyouwithan accesscard
customizedto your account.ThiscardallowstheTVtoreceive,decodeandunscramblethe premiumdigitalchannelsincludedin
yourcableTVsubscriptionwithouttheuseof a cable box.
* HighDefinitionMultimediaInterface:
TheHDMITM (HighDefinitionMultimediaInterface)supportsuncompressedstandardandhighdefinitiondigitalvideoformatsand
existingdigitalmulti-channelaudioformats.
* G-Link:
Thisjackis usedby theTVGuideOnscreensystemofthe TV tocontrolexternalanalogdevicessuchasVCRs,cableboxes,
satellitereceivers.
* D-Net(IEEE1394):
ThesejacksallowtheTV to connecttoexternalIEEE1394digitalproductsbymeansof asinglecable.
SamsungElectronics 9-3
Page 56
PCB Diagram
9-2-3 Digital Board Connector Pin
CN17
PinName ' I PinName
(Buit,ln)N N0- (Built'In)
MD2.3V
GND
MD2.3V
GND
D2.5V
GND
D4.7V
GND
D4.7V
GND
MD5.7V
GND
5VA
GND
D5.7V
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
B33V
GND
MD2.3V
GND
D2.5V
GND
D2.5V
GND
D4.7V
GND
MD5.7V
GND
5VA
GND
MD9V
CN500
PinName I PinName
(Built-In) N NO (Built-In)
MAIN_Y
MAIN_C
SUB_Y_V
SUB_C
COMPI_Y
COMPI_Pb
COMPI_Pr
COMP2_Y
COMP2_Pb
COMP2_Pr
MTNR_CVBS
MTNR_SIF
STNR_CVBS
STNR_SIF
DTV_CVBS
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
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
CN29
PinNarne i [:: I PinName
(Built-In) EI1'_r_o (Built-In)
RS232_TxD
RS232_RxD
GND
ANYNET_TxD
ANYNET_RxD
GND
SPDIF_ATI
GND
12SCLK NTSC
GND
12S_DATA_NTSC
12SWS NTSC
12S_CLK_ATI
GND
12S_DATA_ATI
12SWS ATI
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
nRESET_ANALOG
MICOM_TxD
MICOM_RxD
GND
SDA_A
SCL_A
GND
nRESET_S
LAMP_ERROR
DDP_READY
PWRGOOD
GND
nDEBUG_EN
nRESET_CPU
nRESET_DRV
DLP_SYNCVAL
9-4 SamsungElectronics
Page 57
CN26
PiNNo. PinName PiNNo.' PinName PiN Nol ' PinName
1
2
3
4
5
6
7
8
TMDS_TX0+ 9 TMDS_TXI+ 17 TMDS_TX2+
TMDS_TX0- 10 TMDS_TX1- 18 TMDS_TX2-
GND 11 GND 19 GND
TMDS_TXC+ 12 NO 20 SYNOVAL
TMDS_TXC- 13 NO 21 nRESET_DRV
SOL_PANEL 14 NO 22 GND
SDA_PANEL 15 LAMP TXn 1 23 DDP_READY
NO 16 LAMP_RX 24 POWERGOOD
PCB Diagram
SamsungElectronics 9-5
Page 58
PCB Diagram
9-3Ana(og Board
9-3-1Assy Analog Board
DistributessupplyvoltagefromthePowerBoardtoDigitalBoardand DMDBoard.
m TransfersTurn-onCommandto Digitaland PowerBoard.
m Encompassesthe majorityoftheAudioCircuit
m AnalogVideoSwitching/Processing
m AnalogAudioSwitching/ Processing
m 3DCombProcessing
9-3-2 Names & Roles of Key Parts
* CN260: Connectedto thedetectboard
* CN4,CN5: Connectedtothe powerboard- receivesthesecondpowersourcegeneratedonthepowerboard.
* CN259: Sendsthepowersourcefromthe analogto thedigitalboard.
* CN20: Thisis a controlsignalterminalthatconnectsbetweentheanaloganddigitalboards.
* CN257: Thisisan AVsignalterminalthatconnectsbetweentheanaloganddigital boards.
9-6 SamsungElectronics
Page 59
9-3-3Analog Board Connector Pin
CN259
PinName ' I PinName
(Buit,ln)N N0. (Built'In)
MD2.3V
GND
MD2.3V
GND
D2.5V
GND
D4.7V
GND
D4.7V
GND
MD5.7V
GND
5VA
GND
D5.7V
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
B33V
GND
MD2.3V
GND
D2.5V
GND
D2.5V
GND
D4.7V
GND
MD5.7V
GND
5VA
GND
MD9V
CN257
PinName I PinName
(auittqn) NN0. (Built-In)
MAIN_Y
MAIN_C
SUB Y V
SUB_C
COMPI_Y
COMPI_Pb
COMPI_Pr
COMP2_Y
COMP2_Pb
COMP2_Pr
MTNR_CVBS
MTNR_SIF
STNR_CVBS
STNR_SIF
DTV_CVBS
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
PCB Diagram
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
GND
CN20
PinName ' I PinName
(Buit'ln)N N0. (Built'In)
RS232_TxD
RS232_RxD
GND
ANYNET_TxD
ANYNET_RxD
GND
SPDIF_ATI
GND
12S CLK NTSC
GND
12S_DATA_NTSC
12S WS NTSC
12S_CLK_ATI
GND
12S_DATA_ATI
12S WS ATI
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
nRESET_ANALOG
MICOM_TxD
MICOM_RxD
GND
SDA_A
SCL_A
GND
nRESET_S
LAMP_ERROR
DDP_READY
PWRGOOD
GND
nDEBUG_EN
nRESET_CPU
nRESET_DRV
DLP_SYNCVAL
CN4
Pin Name, PIN Nol Pin Name
5VA
GND
33VB
GND
POWER_SW
5.7VB
GND
12VB
GND
12VB
GND
GND
1 2
3 4
5 6
7 8
9 10
11 12
13 14
15 16
17 18
19 20
21 22
23 24
POWER_MUTE
S16VB
GND
S16VB
GND
5.7VB
GND
12VB
GND
12VB
GND
70VB
SamsungElectronics 9-7
Page 60
PCB Diagram
CN5
Pin Nol I Pin Name
1 5VA
2 GND
3 5VA
4 GND
5 12VA
6 GND
7 12VA
8 GND
9 NC
10 POD_SW
CN11
ConnectingfrontLEDindicators
Pin No. Pin Name
1 LED1
2 KEY1
3 KEY2
4 SDA_M1
5 SCL_M1
6 12VB
7 GND
CN9
Connecting and transmitting Audio signal to Speaker
PinNo. Pin Name
1 GND
2 L-OUT
3 GND
4 L-OUT
CN16
Connectingthe PowerandControlSignaltothe PODFan
PinNol PinName
1 FAN_ERROR
2 GND
3 8VA_FAN
CN17
Connectingthe IR signal
Pin Nol I Pin Name
1 IR
2 GND
3 5VA
CN260
No: Pin Name
Pin
1
2
3
4
5
6
7
8
9
10
11
12
SDA_M1
SCL_M1
GND
GND
12VB
12VB
GND
GND
5VA
GND
70VB
GND
9-8 SamsungElectronics
Page 61
9-4 DMDBoard
9-4-1Assy DMD Board
PCB Diagram
Controlsthelamp(ON/OFF)
m Drivesthecolorwheelmotor
m Drivesthepanel
m Controlsthesensors
9-5-2 Names & Roles of Key Parts
* CN751
* CN601
* CN600
* CN750
* CN752
* CN100
* DMDPANEL:Thisis protectedwitha heat sinkandfixtures,
* DDP1011: ThisprocessestheDMDdriveandthesignals.
SamsungElectronics 9-9
:Thisreceivesthepowersourcefromthedetectboardandcommunicateswiththe12C,
:Thissendsa 60Hzsignalto the detect board,
:Thissuppliesthe powerto drivethecolorwheel,
:Thisreceivesthecolorwheel rotatingsignals.
:Thissendssignalstotheballast.
: TheDVlcableterminal.Thisreceivesthe imagedatafrom thedigitalboard.
Page 62
10. Schematic Diagram
10-1Analog Board
10-1-1 PowerSignal
This Document can not be used without Samsung's authorization.
Schematic Diagram
POWER SW _XREF
c5
47uF
50V
CN5
33VB
5VA
FTr---- _ ....
• F
C6 25V
100uF MATERIAL
16V
5VA
Power Signal
from SM PS Board
[ s>l
,;oo- T
7y_o o
qT_o o-qT'
-- OO--_
19 20
--_ _ o 2T
.......... O......
-- 17 o o 18
12VA
AC797
100nF
[1:1
5.7VB 70VB
S16VB 12VB
F__ --
rl _7} xREr[]]]:>-_ POWER MUTE
+C807
o: usED
'J MATERIA'tC'_ ' _MC_
. ,e_!;ou_MATER,AL
5VA 5.7VB 12VB
!
OP1
35V
>R8
7
_2K
OP3
VIN V1N VOUI
S16VB S16VB S14VB_R
VOU[
S14VB_L
- USE BP96-00882A
ICl
c1
220uF
35V
li R1
T.ow
7_ for Audio Amp-L eft
C3
220uF
35V
_C4
100nF
USA OPTION
IC3 9VB
LM317SX
11::;_m
I
-ZKo,m02o
11,10w_o°uF
LZ_
C21
100nF
25V
MO
12VA 9VA
I_
BD721 IC4
CIC21J601NE BA178M09FP
:11 c12
3uF 100nF
5V 25V
USE BP96-OO882A
162
;R2
Jl/10W I
R4
187ohm
I/low Regulator
for Audio Amp-Right
_1 MO
12VA
C15
33uF
25V
USA OPTION
FAN SW _ IC5
R90 ! .........
R901
51Kohm R902
_r T1/10W 9 1Kohm
8VA_FAN
ADJ G_D
_A_ER,AL
Power Check Indicator LED
C798
100nF
25AVERIAT
Power Signal from SMPS Board
(only for USA)
+
c22
100uF
25V
....<::::::::::::]PODSW
5.7VB
KIA78D05F
5VB
SamsungElectronics 10-1
C10 -- -- 100uF
100nF 16V
25V
MATERI
Page 63
Schematic Diagram
10-1-2AV_Input
This Document can not be used without Samsung's authorization.
Power
Signal
COMP2 DET_ ....
PC_LIN
PC_RIN
DVLRIN
ANYNET_RX
RS232 TX
L60_
I 112{
100
R102
100
JA1
UJ%19901H
L10_6_10uH
>Sl c
Y
>R1
> VI_DET
> Sl_DET
> S2_DET
R2
>V2
L2
> V2 DET
C
> S2Y
MON VOUT
MON ROUT
MON LOUT
_DET
Y
_Pb
R
Pr
OMP2_-Y
DVI_LIN
> ANYNET TX
RS232 RX
Pr
R
L
L
_OUT
From SideAV Board Assy
CN258
SIDE_Y
SIDE_C
SIDE_V
OPTICAL OUT [_:_0 \/_/ R104
5VB
JA2
03
0114
100nF
_vr
OP [](:AL OUl
SIDE_L
SIDE_R
SIDE_SDET
SIDE_VDET
10-2 SamsungElectronics
Page 64
10-1-3AV_Switching
Schematic Diagram
This Document can not be used without Samsung's authorization.
12V_OPTION 8V_6425
L3OO
01021J60 G
5 8V_6425
M AT E RIALTfT 7_T 7_T 7_T T_ MATERIAL
Power
Signal
_;3Icd_I,}6olNEY/C
ADDR:96h
8V_6425
Use in PAL mode(, to bypass 3D Comb block
_5_[[[_> SUB Y
_R_[[][_> SUB C
' _ MAIN Y
_[[[[3> MAIN C
I _ CAPYOUT
_ _ MON MIXED V OUT
,.z _z
[NoL in Usedl
8V_6425
L304
C:[C21J60 N
SDA A _ R343/V_0° I cs30 _0331
SCL A []_ x_F _346_/_?_ IC3042'_iv ......[.................
MTNR CVBS [_:>5_ lov_ I TEA6425D 7/7 T/_T
STNR CVBS _ _o_F_+ _ _ i_
_XRE_ 16V _ 0337 1 L _ R3_!V_[[[[> MAIN V OUT
10uF 0334 _ _o
188uF _00nF
IT XREF
.... _3_,0003,0,0_ _ i_ c>su_vo_m
we> _ _w _,_ _iii° _3_ _>CA_V°_m
DTV CVBS _ I /W_!.....................
SIDE V D_'9
xR_ R360 100 0343
:_V_,o_ 03. '
;°/vn_ CVBS Switching
7
9VB
..... AUDIO
SWITCHING
_c_o_ __,oo ...._ SDA_A
_=A_o-,o............................-_--c_---_#V_[ _'#V_ _°° _3,0 _, "_<C] SCL_A
X_R_39 A..1K C324 _ 10UF _ ............... __ R1
L1 L_VV__ _ _ _°_
L2 _r-_;4_ ^^_Kc_ ,ooF ' L2 R2 _4_R 2
IDVI_LIN___',AA I..... C %1_F..... _..... LN3C _ ___"2......... R 45 I _REf....................................................................DVI_RI_
Si D ELL _1_+1 .... L4 R4 1_90 037 __ S I_D_EC_ R
COMPI_I_ __
COUP2_l_ __
R354
SUB_L _ .... o
L5 R5 "18
L6 R6 17 0336 10uF R350 1K XREF
Lo_...... _0 _VV_"- ._C OM P 1 R
RPU I LOUT3 _5 C339 _0OFm3_3 _K .... P2--R
............ 15 _'_COM _
ADDR:98H _ ....4_ SU B_R
SamsungElectronics 10-3
Page 65
Schematic Diagram
10-1-4 Input_Buffer
This Document can not be used without Samsung's authorization.
Power
Signal
8V 6425
MAIN Y
MAIN C
SUB Y _ .......................................] SMW200-30C
SUB C XREF
COMP1 Y ................: ..........................................................O O-- --
COMP1 Pb .................................................................... © O_
COMP1 Pr ..................................................................................................O O-- --
COMP2 Y _ ......... ................................................................... O 0--
COMP2 Pb ................ ..................................................................o o- --
COMP2 Pr _ ........................ ..................................._700_
MTNR CVBS _ 1::.7: ..................... ..................................
................................ 1 0o2
..... ......................................_............ _
XREF 9 10
_ XR'EF ........................................................................ i3 00_ 1_
XREF 21 22
F-'>
.... F ........................................... O O--
i i i
.............................._ oo_ _
_......................................................o O--
15 o o- 16
': ..........................................................................O C'-- --
2s 24
...........................Z
............................--
STNRCVBS AV Signal Connection
STNR SIF <:_XREF............................................_ Between Analog and Digital
DTV CVBS
MON MIXED V OUT
MON V OUT
C A P Y O UT
CAPv OUTr--> _W_ .....
R213
188
R221
188
R222
4 ,TK
R227
188
R233
180
R210
1K
R211
1K R212
MON VOUT
qTSuF sex1,5K
Q206 ]_V _'7
KSA1182
8V 6425
Q211 _R989
KSC1623-6 :IK :_IK
) 1/16W1 1/16_;
R234
470
1/16_/ _L.. Q212
i.......................................fF _ ',KSA1182
IR235
CAP CVBS
10-4 SamsungElectronics
Page 66
10-1-53D_Comb
This Document can not be used without Samsung's authorization.
Power
Schematic Diagram
5VB
Signal
I/IGW
R405
Q4Ol
KSAl/82
R408
220
1/16W
Q402
KSC1623 Y
:4 7K lOuF ........ c4o_
1/16W _ 188rF 100R404
_VV R407
/V_A/ R406
08
_w/88
C403
/uF
x_E_ SDA A
x_E_ SCL A
x_E_ nRESET ANALOG
3.3VB
>
I//6W _ R449
R452
18
Y
I16W
/
COMB Y OUT
NC GND
_ M OUT GND _ 9
NC
M,. s oo_ _
s
®
5VB 3.3VB
18uF 18(,)uF
16V /6V
16V 16V
SamsungElectronics 10-5
Page 67
Schematic Diagram
10-1-6 DC-DC
This Document can not be used without Samsung's authorization.
Power
12VB
Signal
FT404 T
12VA
BLM41P600S
12VB
1
12V_OPTION
C501
lOnF
IC501
MP1583DN
1 8
2 7
C513
15gpF C515
R507
9Kohm
..........33nF
C792
...................50V
NO
'tgnF
D501
useSS340
DCDC Converter for Power of ATI-CPU
USA : STD power
KOR :B+power
C517
10nF
D4.7V
L501
L503
+C503 _C504
R504
22Kohm
1/10W
1%
BLM41P600S
_C505
_ 82uF
63V
12VB
C502
lOnF
L504
+C506 _C507
R503
6 8Kohm
1/10W
1%
L502
BLM41P600S
D2.5V
_82uF
+ C508
63V
aSS340
R509
7 5Kohm
1/10W
1%
MD2.3V
F
.... C516
820pF
DCDC Converter for Power of ATI-CPU
R510
6 34Kohm
1/10W
1%
USA/KOR Common B+power
L505
L506
BLM41P600S
_82uF
+C520
63V
MD3.3V
5.7VB 5VA
100nF
-- "C802 _
16V
NO NO
i BD156 BD184 1
I USA O X
KOR L X O J
D4.7V
MD2.3V 33VBD2.5V
CN259 IN-30-BR200 1 F
4 = 3
2
10 9 '
12 11
14 13
16 15
18 17
20 19
22 21 ' =
24 23 =
__ [2N:2N-1] f _ __ __
To Digital Board Assy (Power Signal)
_c AngleandEMIShieldingType _c _c
806
7_T [100n F 805 804
16V
NO
2_
!uF lOOnF
}V 25V
O
522_ 523
MD3.3V
lOOnF lOOnF
9VB 9VA
R512
18Kohm
C528
820pF
DCDC ConverterforPowerofATI-CPU
USA : STD power
KOR:B+power
lOOnF
_SS340
6 04Kohm
i R513
R511
1/10W
1%
6 8Kohm
1/10W
1%
12V_OPTION
C521
lOnF
IC504
MP1583DN
2 7
e515
C532
1 t i'0533
DCDC Converter for Power of Channel Board
7Kohm
560pF
Only for USA
33nF
16V
L508
u: _SS340 |
R514
11Kohm
t/t0W
1%
R516
6 34Kohm
1/10W
1%
82uF
16V
Z_ 524
L507
BLM41P600S
MO
16V 16V
----100nF
--16V
C801
MO
10-6 SamsungElectronics
Page 68
10-1-7Sound Processor/Amp
This Document can not be used without Samsung's authorization.
Power
Signal 5VB
_[11R_2 R_4
_,_ _ SHUTDOWNn
Schematic Diagram
5VB
R_74/V_¢ # .... _ 12S DATA NTSC
l_SCLKATI_v n
nRESETS_ _*_
I :::! o
5.7VB 5VA
AMP N L _,, ,
SHUTDOWNn
.... _611
C_3
GAIN1
_c_s5
S14VB L
12VB
' ' SSV C_ C_1_
.... .......in<<1i_wi,
1/15g R_ _ R_21
NO
2SV
C_
22_
R_12 R_14
...._--q+ 21° _o_1'1°_
12VB 8VB
s_v _sv
IC601
.c
MSP4440G_QA_C 12_500
AUDCLOUT
Z_
Sound Processor
1204-002179
L4
C631 C634
1oa_ 1oon_
_OV 25V
MO
×TALI.
Z_Z_.
A.AI._,
A.AI.
A.AI..
_WU_
_WU_
b
_@_ ,,_ out
sp_
x_
_v c_i_
71
c_i_
5%V
I STNRSI_
c_i_ _ i/i_w _v
Z)/ (DC NO] SUFF)
c_s_
_v
MO
5VB
-11 Q21
__, z_,
z
z
(DI
o
AMP N R ,*_R_55 100
GAIN1
SHUTDOWNn
T_v I
S14VB R
R_S
4/V91,1_
ic_4 i_ c_1 c_
TPAS_IDIPWP _V I_ _p_ R_4
, ,_ MO _V _V I_K
g _r
" o _ (Po_erPad _ll be the sler ground)
c_
M_ MO I/1_W
, (33[,,')
_,16W ¢33U_O '
.... ;S _F T_S_F[_
]
_F
CN228 sright side pin isNol
+R OUT .....
+L OUT
-R OUT
-L-OUT
left side pin is N 04
CN_
SamsungElectronics 10-7
Page 69
Schematic Diagram
10-1-8 MI_PC F8574_UART
5VA
PLace near' Lhe N uCom(iC1 )
IC70t
5VA
PLace near" the H1 uCon(]0144)
IC703
(PLACE NEAREACHPOWERPIN)
3.3VA M1
I08n
25V
188nF
777
25V
ThisDocumentcan notbe usedwithoutSamsung'sauthorization.
5VA 5VA M 1 Power
Signal
5VA_M1
5VA 5VA 8574
CIC21JG81NE
BD716
Z
O701 0702
_08DI R708
"6V _SV OK '
SCLA [ > _11/_,,_ 08 _'V'_"__VV2R714
...... R713 • e _ C NC ,
...... VDD pq 6 K R715
....... R718 /K / _ _ VV_-
5VA 8574 /
R709 10702 i K,_ /,^ R71S
10K PCF8574ATS _VW
O712 6 A V
/
I/O Expander "_
for Jack ID
< ooMn_D_T
COMP1 DET
= SIDE SDET
.... $2 DET
/ .....
XRE_ $1 DET
XRE_ SIDE VDET
.... V2 DET
5VA M1 3.3VA M1
SOUND MUTE _ ] .... 7
...... s[>_ _vW I _ _ K
z_7;¢_ C722 1/16W >R771
u_q HA ER]q _ H
58v _ ..... T _2
2.5VA M1 5VA M1 ioi ilis_
7 _ ( SA ModeL)
:_,_£,,_::__ _ ,_ _ .......
;. ..../ .....',_80 l ] ,_
...... .... doo !/
R768 I
2.5VA M1
_P8_
_p(}q
• d Is
SDA555X 8TP
I
PO e
P8
4p83
P85
P8 6
PO Z
VD92 S I
YSS 1
VOD3 3 I
CVBS
VDDA2 5
VSSA I
P2 S
P2
P2 2
1>2 3
HS %8
YS
P3 @
3
P3 2
P3 3
P3 '1
P3 5
M 1 uCom
IC705
>
_728
22K XRE_
_0cI,..... ......sv
•.... , B
R905 A_Vl OK 8{(
_7_ _s_ s_
_ R757 /\_A_]]]] DDP READY
_7_> _W_OOD
R767 / ()_RE_ .......
• R761 R769
:11_ 6W 1/16W
c725 R7_Z....
25V188n ................_ _I))v
X3 C727
IC qS/S 5 6MHz () ,83nF
_ODSW 3.3VA M1
I LJI K:AT025AF
_ C726 GND
C
R788 I08
.... D_u__N
_908 730
22K •
....... R734 ,,, /00
SDA A
R736 _y\
/ 8K
_ss I80F
Q805
KSC 1623-Y
25V
VA M1
_\A/_}}}_ nRESET CPU
R785
100
1/16W
4 I 7 K
1//6W
Q702
_8C1623 Y
10704 iK^ _, _ R729 , L
, PCFS574ATS r_Vv_
__vw
6 VDD Pq
N C NO _ 112 _*-- R739
18 A2 P2
I/O Expander
for other function 7)7
'j
Q
ii_ Rs232SEL_
FANSW
.... _N _o_
I....
XRE_ _ GAIN1
XRE_ _ GAINS
Port0.6... Option A Buyerldent(KOR:Low, USA:High) l_ _ _ _
Port 2.0... Option B Product Ident (DLP:Low) I_ I_ I_ ......./..............I...............I........
Port 2.f... Option C Pr oduct ,dent (DL P:L ow) _ _T_ _T_ _ _ T_ _ _ T_
......... v v
IC f44's Code will be different with B.O .M. because it is the MTP type micom
10-8 SamsungElectronics
Page 70
10-1-9Signal Connection
This Document can not be used without Samsung's authorization.
Power
Signal
Schematic Diagram
3.3VA M1
5VA
3.3VA M 1
ClC21JBO1NE
R923
_47K
RS232 $EL2
OSUBTXO_ .... _!V
GT1 8VA FAN
BD712
ClC21JBO1NE
CN16 _ ....... C789
CableCARD Cooling FAN
5VA
(I2C l/Sf)
CN13 /
.............1 .... BB_t_
For Debugging
A _ C i
1.1R 1.5VA 1.GND 1.LED1
2.GND 2.KEY-PWR 2. KEY1 2. KEY1
3.5VA 3. GND 3. KEY2 3. KEY2
Used as follows...
L3 A+B,C
L5 A,B,C
L7 A,D
1C714
M C74VHC244DTR2
................c;_ ................. 120
R917
7ZT //
100nF
MO
16V
_A_-_ FAN ERROR
1/16W
z
4. LED1 4. GND 4. SDA-M 1'
5. LED2 5. SCL-M 1,
6.LED3 6.5VB
7. GND
C810
33uF
.........._a;1_/._BnE5v
25V
A
Front IR/LED PCB - IR
IR _XRE_
LED2 ....... O
LED3
B
Front IR/LED PCB - LED
_8232 SELl
WV_'Z_ ........
_,_/_ DEBUG TXD
R920
R811
1OK
1/16W
D802
CDSSCS0GT,
R910
_IK
/
\
R912
/_/ 0
CN17 ................C775
CN18
R911
J
CIC2
BD71_
IOOnF
L7 CABINET
IC713
MC74VHC244DTR2
//_/c Nii?
5VA
LED1 XREF
KEY2 ...... R812 0
KEY1 _
SDA M1 l_t3_SCLM1
ANYNET TXD
C779
25V
25V
?
i4
16
01
!5
I5
'VW_AR¥ RSRXO
/VV_/ ANY RS TXD
R922
0
/T_ C781
IOOnF
25V
//7 2_v
/T_ C783
IOOnF
ANYNET RXD
DSUB TXD
BSUB RXD
ANYNET TX
ANYNET RX
D2
1!__
I7
70VB 5VA 12VB
i _ 11:1
..........o
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C
Side Key
L
12VB
BD709
CIC21JBO1NE
Front KEY/LED
D
SOL M1 XREFSDA M1 _XREF
........DEBUG RXD
........ _C
ANY RS RXD
OPTICAL OUT _XRE_
12S CLK NTSC _ XRE_
12S DATA NTSC
12S ws NTSC xR[_
12S CLK ATI _XREF
12S WSATI
C77_F !
loon
/
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25V 25V SMW200-12P
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From/To Sub-Detect PCB
CN20
FW20010-32
TxDM
XR[_ RxDM
XREF nRESE_ CPU
XRE_ nRESET DRV
xRE_DEBUG EN
XRE_ DLP SYNCVAL
SamsungElectronics 10-9
Page 71
Schematic Diagram
10-2Digital Board
10-2-1 Digital-I
This Document can not be used without Samsung's authorization.
Power
Signal
RS232 TxDRS232RxD
ANYNET TxD
ANYNET RxD
SPDIF ATI _ R2_W_-0
NT 12S LRCLK
12SSCK OUTA
12SSD OUTA XREF R915 0
_swsOUTA_!
....NT 12S DATA
XREF R12 0
_R1383
_!0K
i 1/16W
D5.7V
_C16!6
MD:k3V D4.7V MD2.3V
100nF
25V
55
FW20010-32
3 oo
7
5_
5_
51
100uF 100nF 100uF 100nF
16V 25V 16V 25V
CN29
R3280 __
6
oo
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<_ (_
oo
-o0
oo
oo
oo
oo-
o o
-oo
00
@o
z
20
22
24
26
28
30
32
R599 SCL M5
12
14
16
18
TxDM
RxDM
SDA
nRESET ANALOG
LAMP ERROR
DDP READY
nRESET SOUND
POWERGOOD
nRESET
nRESET DRV
_ MICOM INIT
SYNCVAL
_ _ C1609
100nF
25V
FT1201 , T
FT1200 15
FT1203 25.......
BLM41 P600S 2:7-
BD1005
ClC21J601NE
(_)_ 29
777
IN-30-BR200
T
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C
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FT400
FT!202
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100nF
50V
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ca
47uF --100nF
16V 25V
C16!2
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16V 25V
C16t0
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BD1006 ....................
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L407
D5.7V
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L402
10uF
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t C!424 0
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USB 5V
CN500
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2 1 XREF
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5 XREF SUB Y
O O 7 XREF
18o --o o 9 xR_ SUB C
1_ o o ii _ COMm Y
22 _ O 2i COMP2 PR
--O 0 _ MTNR CVBS
--0 0 25 MTNR SIF
28 O O STNRCVBS
--O O DTV CVBS 1
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DTV CVBS 1 <[[[} R327 1/16W _ R597
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R391 R392 R390 R394 R395 R393
75 75 75 75 75 75
1/16W 1/16W 1/16W 1/16W 1/16W 1/16W
10-10 SamsungElectronics
Page 72
10.2.2 Digital-2
This Document can not be used without Samsung's authorization. MDOV
Power _
Signal
TUNER 1
TUI
DNVD3_BV401A
Schematic Diagram
OOB PLL3.3V
L611
C_C21J601NE
LC689 Z_
csol + cso2
......IO,,F I_F
0::)B
STB 5V
L613
MPZ2012S300A
_B
TU 33V
C_C21J601NE
hSOO _ ........
ALPSN_MTUNER
SECN_MTUNER
L211 I
C_C21J601NE
I OOB_PLL3.3V
.....I..............I.........
lo,,F loo,,F
L C6_F0 ...... C2u57
T _T T _'_ 16V
> _ S0V S0V
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TUIS I
STB5V
L1001
ClC21J_OINE
STB 5V
GEM 5V TOGEMSTARSheet9
CiC21 JOOINE
J
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] TU nRESET 1
> ETX
MD3.3V
TSI ERR
R534 0_
R535 100 _ TU nRESET 1
R1017 _ 100 TS_ ERR
I
I
RS41 _ 100 XTALON OFF 1
RS43 0 DRX
M AFT
MTNRS_F
......
STB5V
OOB PLL3.3V
_C67_
_ .....
MD3.3V
I
NEW ITEM
R_40 0 CRX
LS02
C_C21J601NE
MD3.3V
MD3.3V
SECPOD_NER
SECNIMTUNER
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C_C21J601NE
SEC POD TUNER
SECN_MTUNER
LS01
C_C21J601NE
/CH2 5V
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1
loo,,F
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CH1.8V1
CH1.25V1
IC_F
SamsungElectronics 10-11
Page 73
Schematic Diagram
10-2-3 Digital-3
i CH3.3V 2
Power
Signal
_ C53! __ C532
10nF 100nF
L507
CIC213601NE
ANALOG TU 5V
TUNER 2
ALPS NIM TUNER
TU500
::;i2:iii?
xi::i?i
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[]]_ S AFT
R560 100 TU nRESET 2
R_ XTALO_ OFF2
R__ __ TS_ERR
S CVBS T
STNRS_F
ANALOG TU 33V TU 33V
.......... C523
10nF
L504
CIC213601NE
+ C524
_ luF
50V
S TU 5V
L505
CIC21J601NE
SOVBST IRIII
<_> 75 16V
1/16W
D5.7V
CIC213601NE KIA78D05F
BD500 1C506
C520
100nF
MATERIAL
25V
S TU 5V
10K
1/16W
R580
__'_//Q500
KSC1623-G
_R576
@0
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e _x#_TNR CVBS
_R578
C-P'_K
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S TU 5V
=
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25V
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D4.7V REG_0_
1 ..................IN_c_33 IN iO
100nF
25V
MO
APll17E25A
D2.5V
G953-t8T6U
- IC513
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100nF
MATERIAL
25V
[Sub Tuner]
DELETE
DELETE
CH2.5V 2
l+ C534 C535
ZI 11_Ou_ i_On F
CH1.8V 2
C536
100nF
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MATERIAL
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777
R557 100 TS2 SYNC
_' TS2 DD5
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R556 _1 TS2VLD
R563 TS2 CLK
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R591
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iC537 i C538
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TS2 DD7
TS2 DD6
TS2 DD4
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i
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CLC21J601NE
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SUB TUNER AGC
L509
C551
CH1.25V 2
_
DELETE
S AFT
10-12 SamsungElectronics
Page 74
10-2-4 Digital-4
Schematic Diagram
This Document can not be used without Samsung's authorization.
Power
Signal
ADVD3.3V
nMAtN 7400 INT
ADV M HSYNC
ADV M, G(2)
ADV M, G(1 )
ADV M G(0)
GAME Y(3) _ poonF
GAME Y(2) MO
GAME Y(1) C1508
GAME Y(O)
SCL DDO_
SDA DDO_
R346 _ 100
R398 _ 33
RA1225
22
1/16W
ADV M R(7)
ADV M R(6)
ADV M R(5)
ADV M R(4}
ADV M R(3) _[_
ADV M R/2}
ADV M R/1}
ADV M R/0_
ADVD1.8V
L1223
?
C1516
RA1231
22
1/16W
RA1228
22
1/16W
100nF
8
___ .... _g° ,o ................................................_,4______0F
_" _ .......... C!!9_ 100nF ...............................................................................[ _ R_9--/W_/--_--_R370JW_'75...............................{_[ <:_QOMP1.... QOMP1 YPS
_!4_34 F !qpx![ .............. I ....... I _ :B_[(!-!W_7_ ......................................... _F_:<::_]OOMP1 PR
_ _ /
i
c1509
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DGND -- -- AGND
DVDD]O AIN3
SDA2 AIN9
Pll AIN2
P9 AIN1
PB AIN7
P27 SOG
P7 18 _ _ 0 0 _ O0 O0 0 0
loon_F
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f '_ _" _ R375
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CAPY2
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MO
SamsungElectronics10-13
25V 1 6Kohm
MO 1/10W
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Page 75
Schematic Diagram
D2.5V
NEW ITEM
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G_D
01539
100nF
= 25v
MO
D4.7V
BD1009
ClC21J601NE
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i
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10-14 SamsungElectronics
Page 76
10-2-6 Digital-6
Schematic Diagram
o
o_
o_
D_V [ D_V I
l = " I
_ HDMI 3 3V I
DELETE
DELETE
HDMI OVCC3.3
HDMI DACVCC3.3
HDMI DVCC1.8
®1®1®1®1i i
IC103 ::
SIL9021 _!:_i:!
HDMI CVCCl.,
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68h (Audio) ::::_:
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HDMI 3.3V
x1_1_
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This Document can not be used without Samsung's authorization.
Power
Signal
' TMDS 3.3V TO TMDS Sheet17 '
H_MISSClK
HbMISpATA
D4.7V
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HDMI 3.3V HDMI OVCC3.3
HDMI DACVCC33
HDMI 3.3V
STB 5V HDMI 1 5V
STB 5V HDMI 2 5V
....t t:....
EEPROM
HDMI 3.3V
._o_ ___t, .... . ..........
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_,_::_ ...........
HDMI 2 5V HDMI 3.3V
F
_i_i_ ..........
D2.5V
HDMI 3.3V
HDMI 3.3V
NEW ITEM HDMI_1.8V
HDMI_1.8V
D4.7V
T_ .....
HDMI REGVCC
,GMA 3.3V TO GM1601 Sheet15
HDMI XTALVCC
I
HDMI AVCC3.3
HDMI PVCC3.3 Ill
HDMI CVCC1.8
T
SamsungElectronics10-15
it t HDMI 3.3V
Page 77
Schematic Diagram
10-2-7 Digital-7
This Document can not be used without Samsung's authorization.
Power
Signal STB 5V
PC DDC VCC
D5V
3
I..........................
!3
STB 5V
Dl19
PC DDC VCC
RLZJ9.1B TEl2
LRlOO
_4.ZK
_1 1/16W
PC DDC SDA
Default Delete
protect impulse shock
PC JACK ID
Default Delete
protect impulse shock
BD1034 R354 0 R£25_/_,/-_ _ PC R
PcGIN_ ......... • _W.......
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BD1036 R356 0
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1:)122 1_1200
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TMDS 3.3V
TR1203
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2N7002L
Q1200
_1 TP2619 _ DDC EEPROM WP
TMDS 3.3V
CLC21J601NE
BD400 I_
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100nF ......................... 16V
25V
IC800
74LCX14MX
;c oo OuF
PcvsYNcC::> _ _ Pc.sYNc
PC VS _ R401 4 b" K l !) _
R4oo__A/WoCD>Pc.s
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PC DDC SDA
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1/16W
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_:_ TP2621 _'_VV _
D1201
CDS3C30GTH
2 1/16Wvv
R1206AA1/_0C0C
D123
_R1209 C836
10K_
10-16 SamsungElectronics
Page 78
10-2-8 Digital-8
This Document can not be used without Samsung's authorization.
MD3.3V GEM 3.3V
T
Schematic Diagram
us_
_ I,..... I_w
GEM 5V
USB 5V
LTC147 0S8
_2 USB vcc CHECK
c_®
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IR HDMI CEC
GEM_3.3V
I
DELETE
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J
GEM_3.3V
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GEMSTAR IR
_GEMSTAR TxD
_'_ANYNET TxD
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_'_ANYNET RxD
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1 I'1_w
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0N203
G Rx
SamsungElectronics10-17
_ RS232 TxD
1,1_w
Page 79
165a-n-sdisg-10-s2.qxd 2005-05-23 o_ 12:03 qlol_l10-18
10-2-9Digital-9
This Document can not be used without Samsung's authorization.
Power
Signal
MD2.3V
BDI01 SC1566t5M-X X T
_[ IC1215
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SC1566
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1394 t.5V
i
...............................t...............................
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L203
D5V
1
Schematic Diagram
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..... _10_221_6o_N_
_ c91_c912
100nF
MO 13Kohm
25V
1394 MD3.3V
L805
CIC21J601NE
1394 MDS.SV _T _T _T _T
L804
CIC21J601NE
100nF 100nF 100nF 100nF 100nF 100nF 100nF 100nF 100nF
2 r
L103 Dt221 I D1220 [3
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L222 _22 2
C867 C879 C843 C623 C865 C855 C874 C876
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Ct627
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B7 A8
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TSSBCLK
TSSB ERR
TSSBDD0
TSSBDD1
TSSBDD2
TSSBDD3
TSSBDD4
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TSSBDD6
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TSSA SYNC
TSSA VLD
TSSA CLK
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C614 _ _
C622 2 C875 2 C873 _ C621 2 C845 2 C842_ C878 2 C880_
100nF 100nF 100nF 100nF 100nF 100nF 100nF 100nF
56.2
MO
_vT_vT_vT_vT_vT_vT_vT_vT
1394 1.5V
DELETE
22pF I
C840 f
MO
50V
SamsungElectronics 10-18
i
'\ $#
i
Page 80
10-2-10 Digital-10
This Document can not be used without Samsung's authorization.
Power
Signal
MD3.3V
BD1033
ClC21J601NE
POD 3.3V
US_Olny_Page
PoD vcc CHECK_V_/-
MD3.3V
BDI032
MPZ2012S300A
Schematic Diagram
POD CARD 3.3V
MOCLK
SamsungElectronics 10-19
Page 81
Schematic Diagram
10-2-11 DigitaM1
This Document can not be used without Samsung's _uthorization.
X226
IC51 1-4 MENVREF
M M AA8 _D D_ 27 _4 M _A_!
MM AAI A: _ _2._ MFM m
MFM_^P C:
MFM_^4 A2B _ _114 _2Z MFM 14
_A_A_ D25 _2B _A_A ,
M M AAR A25 _8 MEMTE_I
MFM_ D2£ AA_ VREF
MM A_,I B_ ABI RASBB B4 MFMR_F(
MFM_W C_ AB2 RASABD21 MFM_s_
_4M _ B8 AB5 eSB1
MM A_ CB AB_ QSB0_BI._ MFMSmr_F_FF_'
MFMAB7 _ AB7 _A3 B17 MFM_R(3BFA_
M M _A11 _ AB11 DQMBB3 E2 _4 M Dt_MR;!
MEM AB13 A5 AB12 DQMBB2 B1 MFM DOMF_P
MFM AB14 B5 AB14 DOMBBO A13 M M DOMR_
M M PARA C21
U U CA'_R C4 CASAB DQMAB3 C17 6464 DnMA:_
M_MnCLKA_n C22 CK_A DQB29 F4 6464nA_AR'/_
NBN nCLKB Bn C5 C_B DOB28 F3 MFM DA] AR2R
M_M CLKA C24
MEMCLKB C7 CLKB DQB25 D1 6464 DA1AR'/5
NBN nCLKB D7 CLKBB DOB24 D2 64 M DA_ AR'/#
p9 CLKFBA bOB23 C1 MFM DA]AB?_
P16 _ _ CLKFBB DQB22 C2 MFM DA]ABpp
MEM C_1 A22 C_B0 DQB21 D3 M M _A]AR2
MEM CSB0 D5 CSAB1 DQB20 ![94 _4 M DA1AR'_,
MEMCSB1 A4 CSBB1 DQB1B B3 64 M DA_ARIB
ME_DAIS0 G2_
MEM DAIS1 F29 _ DQA0 DQB16
MEMDA]_2 F2B DQA1 DQB15 bl0 _4M DA1AR15
MEMDA]_ EZB bOA5 bOB12 A10 MFMDA]ABI?
__ DQAB DQBIq Bll M M _A]ARll
MEMDA_a D26 DQA7 DOBle
MEM PALM11 C2_ bOA10 DQB7 B12 M M BA]AR7
MEM PALM12 B2_ DOAll DQBB
M_MDA]_13 B2B bOA12 DQB5 D13 64 M DA1AR5
M_MDA]_14 A29 DQA13 DQB4C13 6464nA_AR#
MFM DA]AAIh A2B DQA14 DQB3 D14 MFM DA]AB_
MENF:,,t,,t,t.... _,O,_B o,_,1_,1,_........
MEMDA]M1B C2£ DQA17 DQB0 _4 M M n_l_A_
NBNDA]_20 C19 DQA20 DQA29 D16 MFM DA]AAp?
NBN DAIS22 _19 DQA21 DQA28
M_M DAIS23 D18 DQA22 DQA27
ADDR1023
ADDR102_
ADDR1021
ADDR1020
ADDR101_
A_m006
A_m0e4
215H31AGB1 1
WEBBA_ _4M W_ F,,
AB0 WEABB21 _4M W_F,,
AB_ eSB_ E1 MFMSm_BFm
ABB QSA_m_ MFMSmr_F_FAp
AB13 DQMBB1 Cll MFM DOMB1
CASBB DQMAB2 _0 64FM DerMA'/
DQMAB1 C27 MFM DQMA1
DQNABO F26 MFM DQMAf_
DQB30 6464DA1AR:_0
CLKA _QB_7 E3 MFMD_,_.p7
CLKAB DQB2_ E4 6464 DA1AR'_
CSBB0 DQB19 B2 _4 M DA1AR19
D_VSELB DQB17
DQA2 DQB14 C10 64 M DA_ARI,_
_QA4 _QBI_ B10 MFMr)_,#_l;_
DQAB DQB9D12 _4M DATAR9
DQA9 DQBB C12 MFM DA_ABa
BOA15 BOB2 C14 MFM DA]AB?
DOA1B DOA31 B1B 6464 DA_AA:_I
DQA19 DQA30 C16 MFM DA]AAJ_[}
DQA23 DQA2_ _18 64 M DA1AA'_
DQ_4 DQA25 B1B 6464 DA1AA?5
SUB-board connector
FL_ BE0 SYS nR_S_T
FL_ B_I
ATI _
.WEN
OATA1015
OATA1014
OATA1013
OATA101_
OATA1011
OATA1006
OATA10e4
CLm000
NWm000
Bm000
IORNWl000
NWEm000
........LCLO37
100.F
MEM D2.5V
RlO49
:IK
1_16W
MEMA 2.5V
MEMD2.5V t .....
<4H511638B-UCCC No _ No . No _ No
M M_M A]_{ _ DD _ M M_M DA]AA15
M MEM A_I 4 DO1 DO14 _ M MEM DA_AA14
MM_M A]_4 _ D_ DQ 2 M M_MDA]AA12
MM_M A]_ D_ DOll 5_ M M_MDA]AAll
M M_M A]_ 1 D_ DO10 5_ M M_M DA]AA10
M MBM A]_ 11 5B M MBM DA]AA9
M M_ 14 DO7 DQ8
M M_M S]ROB[ _0 16 LDQS UDQS _ M M_M S]ROB_A1
M MBM DQMA0 2 LDM UDM , _, M MBM DQMA1 2
M MBM W_ B, 21 /WB /CK } 46 M MBM nCLKA 100nF
M MBM CAS_ 22 CAS CK } 45 M MBM CLKA T 25V
M MBM RASA ]3 /_S CKB } 44 M MBM nCLKA Bn _# MO
M MBM C_0 24 /CS NC _J43
M MBM AA14 26 BAO All } 41 M MBM AA11
M MBM AA13 27 BA1 A9 } 40 M MBM AA9
M MBM AA10 2 A10Ap _ } 89 M MBM AA_
M MBM AA0 29 D 38
M MBM AA2 31 A_ _ 3B M MBM AA5
M MBM AA3 32 _ A5 _ M MBM AA4
10514 T_SM T_M T_M T_M _:v
W_Q VSS'a _4
vssQ w_Q S_
_ DO2 DO13 _ M M_M DA]AA13
......
1 NC NC _
VOOQ VSSQ
_a VOO VREF
2_ NC A12 _42 M MBM AA12
1146 Cl147 C_9 CllL_
100.F 100,,F 100,,F 100,,F 100,,F
MENMREF
< 0B _2
MEMB 2.5V
MEM D2.5
_L 2 _L _L _L
100.F 100.F 100_F 100.F 100.F
M MENOATAB15
M MENOATAB14
M MENOATABI_
M MENOATABI_
MENOATABll
. _ T_¸
M MEMOATAB10
M MEMOATAB8
M MEMSTROBEB1
MEMVREF
M M_M nCL_
M M_M CLKB
M MEM nCL_ En
M MEM AB12
MEM AB11
M MEM AB9
M M_M AB8
M MEM AB7
M M_M AB5
M MEM AB
EFAULTN_r"_¥_E
MEMB 2.5V
MATERIALI
MME _ATA_
MMEM_ATAm
MMEM_ATAB2
MMEM_ATABS
MMEM_ATA_4
MMEM_ATAB5
M'MEM_ATA_
MMEM_ATAB_
MMENSTROBE
MMENOQMB0
MMEMWABE,
MMENCASB
MENRASB
_MEM CS_
MMENAB14
d MENAB13
d MENAB10
MMENAB0
MMENAB_
MMENAB_
IC510
voo vss
oo_ om5
3_
4"
V_OQ MSSQ
5
e
v o MOOQ
v_o MSSQ
o omo
o_ o0_
q;
vsso VOOQ
o07 OQ8
NC NC
MOOQ VSSQ
_e
LOQS UOQS
NC NC
VOO VREF
lU
NC VSS
L UOM
_WE ,CK
_2
_C_ CK
_RAS CKE
BA0 All
_7
BAI A_
AB
Aa
K4D551638F-TC50
MD3.3V MEMA 2.5V
_01057
100uF
10V
MEMA 2.5V
MEM D2.5'
K4H51_1638B-UCCC
IC5t2 T_ov T_ov T_ov T_ _ _-_g
oQo om5 _ OA AA81
MOOQ MSSQ_ O
= MSSO MOOQ_
i OQa Om_ 5U
-- MOO0 SQ SB
_ VSSO OQ S_
1 NC NC _
_ MOOQ SQ S_
1 LOQS QS 51 B
1 NC NC _0
?
_B _CK 4B _ 100nF
_: ,CAS CK 5 ......._SV
_: _cs Nc _ _ MO
NC AI_
BA_ All 41
M MENAA0
M MEN_1
M MEN_2
M MEN_8
MEM D2.5V Tit Tit......
MMEM ,
MMEN ,
MMEN",
MMEN ,
MMEN ,
MMEN ,
ii iii
MMEMAB0
MMEMAB1
MMEMAB_
MMEMAB_
2 BA1 A9 40
3 A0 A7 37
3 A! A
MEMB 2.5V
_ ............. o _
1 o_ oo_ 5
_ Nc NC _
_ LOQS UOQS _
_ MOO VREF _
! NC VSS _
K4D551638F-TC50
IC509
vooo vssQ _
NC NC 2O
...... 447
_wE ,CK
_S CKE 4
NC AI_ _
AI AB 37
........L............ L............. L............. L..........
loo._ loo._ loo._ loo._ loo._
2_.....2_....2 ......2_..........
100.F 100.F 100.F 100.F 100.F
M MBM DATAB31 _7
MMENOATAB_0
MMENOATAB_
MMENOATAB_8
MMENOATAB_7
MMENOATAB2_
MMENOATAB_5
MMENOATAB_
MMENSTROBEB_
MENVREF
MMENOQMB_
MMEN.CLKB
MMENCLKB
MMEN_CLKBEo
MMENABI_
MMENABll
MMENAB_
MMENAB8
MMENAB7
MMENABB
MMENAB5
MMENAB4
....i m03_
NO
_SM
MD3.3V
C1510
100._
--_SV
MATERfAL
Wv
mo_4
M_M _M_ ^_V M MFMDOMnP
_A_AnB_A_, _4 M_4 nnM_l
MENCLKB _1_1_40 MMEN CLKB
MEN_CLKB _ MMEN _CLKB
MENWABEo MMEN WABEo
MEN_CLKBEo AIVV M MEN _CLKBEo
M_M_A_ MMEN _SB
R10_8
1,1BW 33
1,1BW _3
1,1BwR_ _
R10BB
1,1BW _3
R10S5
MEM D2.5V
o,%t:......
10-20 SamsungElectronics
Page 82
10-2-12 Digital-12
FLASHMD3.3V This Document can not be used without Samsung's authorization.
28F128J3
IC406
SUPLECODE
• .... _
2 £: '*
FLASH MD3.3V
IOOnF 1gO,
IC1002
......... _2
sYs _RESEr
FIF_ _nm
74 hC_16373M TDX
FLASH MD3.3V
2 ii ........
28F128J3
IC508
SUPLECODE
• FI F _ _DDp_
, nArA,_
_l_ nArA_
FLASH MD3.3V
J
FEmALe
FLEXDA_A_
FLEXDA_A
FLEXDA_
FLEXDA_A:
FLEXDA_A,
FLEXDA_A,
FLEXDA_A_
FLEXDA_A
FLEXDA_A_
FLEXDA_A,
FLEXDA_A1,
FLEXDA_A1
FLEXDA_AI:
FLEXDA_AI:
FLEXDA_A1,
FLEXDA-AO
FLEX_A_A_
FLEX_A_A_ 1,1_W
FLEX_A_A_
FLEX_A_A_ 1,1_W
FLEX_A_A_
FLEX_A_A_
FLEX_A_A_
FLEXDA_A14
FLEX_A_A_ 1,1_W
FLEX_LE_
FLEX_LE1 _1048
FLEX_E_
FLEX_E1 1,1_W
ATI MD3.3V g_ i_ 1116W
Pc__GNm
Pcl ADO
PClAD1
PClAD2
PClADB
PClAD_
PCl_CBEO
PCl_CBE1
PCl_CBE2
PCl_CBE_
Zl_H_lAGBll
........ ?2":f' /,,.
:2 ,,S;_'
:il :::ii
,;I ? _°:_,,
?
ATI MD3.3V
Pcl _F_ME
PCl_SmP
PCl_SERR
PCl _REQO
PCl _PERR
PCl WEF
_U CL_OUTI(ONEPINNEn _P7
............. a_Pcl eLK IN
PCl PAR U4
PCl ADZ
Schematic Diagram
ATI MD3.3V
IO1.8V
- 7 1,1_W PC_r,_NTC
EQ1
--/VW .... _,RST
R1081
PC_r,_NTA
R1087
lJl_W
_W_r .....
1/16W R10_2
#VV__ PC_nSFRR
FLASH MD3.3V
FIF__nm P
SYS_RESEr
ElF__DD_
_ssc VLD
_SSC ERR
T_DM
i,_, _ nAtAl1
FLASH MD3.3V
_, _p;:;v
DELE FE
_C_7_
T_
IO0_F
R341 delete
R345/R1272 delete
R344/R1271 delete
BUS WIDTH
R1248 delete
R317 delete
R322 delete
R316 delete
R346 delete
R343/R1270 delete
R340/R1273 delete
R320/R1251 delete
R315/R1252 delete
R1249 delete
R1245 delete
R1233 delete
Z2
FLEX DATAO [3:LITTLE ENDIANI
FLEX DATA4 O:ROMENABLE
FLEX DATA[6:5] O_MIPS 011:x86
FLEX DATA[8:TJ[0_ 01 :Rese_ed
FLEX DATA12 O:set USB no power sw_ching bit on reset
FLEX DATA14 O:MEM=128MB, pcu=64MB
74LCXl_7_M_DX
1:BIGENDIAN
__O_ 0 S_
10:SH4 11 :StrongAm_
10:Peer 11 :Peer+
1:reset USB no power switching b_ on reset
_1 TV_ cu_J
a:
FLASH MD3.3V
FLASH MD3.3V
_ 4 m
7 1¢1ew FLEXeLK
RS_U2SEE
I MD3.3V
SamsungElectronics 10-21
Page 83
Schematic Diagram
10-2-13 Digital-13
This Document can not be used without Samsung's authorization.
..........................................................._;;_;...............; _ _ _,,,o_,..........................:
_TIJ_S _ FL_S_M_S
ATLMDSSV
C_2®
7,,,_W MAIN_OM W_
,,,_W
.......1¸¸¸¸¸¸¸,_v
T_
,o®F
10-22 SamsungElectronics
Page 84
10-2-14 Digitab14
Schematic Diagram
This Document can not be used without Samsung's authorization.
Power MD3.3V
Signal
MD3.3V NEW ITEM ATL2.5V
MD2.3V
ATI MD3.3V FLASH MD3.3V
_tj NEW ITEM .........
i
]Pff91A ,,
g _!2g
ATL 1.5V
IC511-2
215H31AGB11
L1217
ClC21J6OINE
ATL2.5V
Cla711_nF 2_VMO
_VMU
MD3.3V
MD3.3V IO1.8V
PLL1.8V
CIO8_
v__v_:_.............
. _ IZ_
SamsungElectronics 10-23
Page 85
J -n-sdiag-10-a2.qxd 2005-05-23 o_ 12:03 qlolx]10-24
10-2-15 Digital-15
This Document can not be used without Samsunc
D2.5V
T L401MPZ2012S300A
C1346
Power _
Signal cla21
100uF
100nF
25V
MATERIAL
ClC21J601NE RT9183-12 JTOUT
L1205 IC407 _3
01293I÷ --L- c156
10V 25V 25V
°°uFI 7°°n T oon
R434
0
1/16W
SCl CLK
SC2_CLK
SCI_DATA
SC2_DATA
ADV M CLK[_:::>
ADV M B(0:7)
ADV M G(0:7)
ADV M HSYNC D
ADV M R(0:7)
ADV M VSYNCE_:>
's authorization.
, NEW ITEM
IC413 s_ SC1566
SC156615M-X.X.9_ _
ONO
REPLACED ITEM PLL
MATERIAL MATERIAL
IC402_2
DNIE4
_reSTMODE
CLK SC01
AF18
CLK SC02
AD21
DATA SC01
AC21
DATA SC02
E23
DEC CLK
ACS
FB mN00
FB D_N01
FB D_N02
I FB DIN05
FB D_N06
FB D_N07
FB D_N08
FB D_N09
FB D_NI0
FB D_N13
FB D_N14
FB D_N15
FB D_N16
FB D_N17
FB D_NIS
FB D_N19
FDECODERBLU_N00
FDECODERBLU_N01
FDECODERBLU_N02
FDECODERBLU_N03
FDECODERBLU_N04
FDECODERBLU_N05
FDECODERBLU_N06
FDECODERBLU_N07
FDECODERBLU_N0S
FDECODERGriN _N01
FDECODERGriN _N02
FDECODERGriN _N03
FDECODERGriN _N04
FDECODERGriN _N05
FDECODERGriN _N06
FDECODERGRN_N07
FDECODERHSYNC_N
FDECODERRED _N00
FDECODERRED _N01
FDECODERnED _N02
FDECODERnED _N03
FDECODERnED _N04
FDECODERnED _N05
FDECODERRED _N0S
FDECODERRED _N09
FDECODERVSYNCEN
C1303
SCANTESTMODE
25V
B _2CSDA
SDP,_MSC02
SDRAMSC01
SCANENABLE
PLL ON
NRESET
NAND ENABLE
INPUT CLK
}2C SCL
_2C ADD R01
FRD_NIS
FRD_N17
FRD_N16
FRD_N15
FRD_N14
FRraN13
FRraN12
FRraN11
FRraN10
FRraN09
FRmN0S
FRraN07
FRraN06
FRD_N05
FRraN04
FRraN03
FRraN02
FRD_N01
FRraN00
FOSDPOINT
FHSYNC_N
FG mNm
FG mNm
FG raN17
FG mNm
FG raN15
FG raN14
FG raN13
FG raN12
FG D_N11
FG D_NI0
FG raN09
FG mN0S
FG raN07
FG raN06
FG raN05
FG raN04
FG raN03
FG raN02
FG D_N01
FG raN00
i
DNIE 1.2V
MATERIAL
+ C1319
100uF
10V
C408 10nF lnF
47uF 50V 50V
16V_ MO
:DNIE 3.3V From DECODER IC Sheet5
C1287 C1286
.2V
+ C1294
Z 100uF
10V
AD2S R422 ,_AA_._L_._<'--ISDA DD0
-- _ SC2-SDRAM
_ 4_SC1 SDRAM
AD24 R41_ _ '_
AE25 R436
....AF22 R431R426 220ohm _ _DNIE nRESET
AO_ _ HD CLK _ c1624
A_ -- SCL DD0 100nF
AC25 _ _ 25V
AF12 D
AEI2 ]
ADI2 HD DATA(2)/
AC12 HD DATA(3)/
AF13 HD D_T_(4_/
AEI3 HD D_T_(_/
AF14 H# #_Thr71/
ADI4 H# pAT_(£)/
AF15
"------<_ HD DATA(0:11) 7;
HD VSYNC MATERIAL
HD HSYNC
PLL 1.2V
DNle
PB_0:7_ -..__ \ ......... _ E_
DNle DE R1231 .... 47 AAI
DNle Y(0:7)<_]--
DNIE 1.2V
i
i
i
i
DN]E4 OUTPUT PATH CURRENT CONTROLLER 0
SC1 CLK
SC2-CLK
SC1 DATA
SC2-DATA
SC1SDRAM
SC2 SDRAM
___ o
R1_59
1/16W
\......... _1_1_RAlOl E_
\_, L _ _" DI
\DN_ PB_ _l_'A'hl - RA100 c2
\ 47
\DNle Y(I/ _1_/_/_1 _ RA409 u
_'° 47 K2
\ON,_o, 7J_l: 1,1_w ,,
",DN_ YF) _° 47 J2
i
R427
R428 1/16W
r}
1AA,
| _ R4,30 4'A'A% 0
| | 0 A_A_Av 1/16W
1/16W
R1258 R1256 R1255
1/1Ow 1/O6w 1/1Ow
R1257 R1254
1/106W 1/106W
DELETE
A81
0 BANAD_M_NG
Jl
O BDATAB OUT00
O BDATAB OUT01
O BDATAB OUT02
O BDATAB OUT03
O BDATAB OUT04
O BDATAB OUT05
O BDATAB OUT06
_7--
O BDATAB OUT07
F7
O BDATAB OUT0S
O BDATAB OUT09
F_
O BDATAB OUT10
E_
O BDATAB OUT11
O BDATAB OUT12
O BDATAB OUT13
o BDATA B OUT14
O BDATA B OUT15
O BDATA B OUT16
1/16W
O BDATA S OUT17
O BDATA B OUT18
BI
O BDATA B OUT19
O BDATA EN POSTOUT
P3
O BDATA G OUT00
P2
O BDATA G OUT01
O BDATA G OUT02
O BDATA G OUT03
N3
O BDATA G OUT04
O BDATA G OUT05
.1
O BDATA G OUT06
O BDATA G OUT07
O BDATA G OUT08
O BDATA G OUT09
O BDATA G OUT10
O BDATA G OUT11
0 BDATAG OUT12
O BDATAGOUT13
O BDATAGOUT14
O BDATAGOUT15
O BDATAGOUTm
O BDATAGOUT17
O BDATAGOUTm
O BDATAGOUTm
O BDATAR OUT00
O BDATAR OUT01
YI
O BDATAR OUT02
O BDATAR OUT03
O BDATAR OUT04
O BDATAR OUT05
O BDATAR OUT06
O BDATAR OUT07
O BDATAR OUT0S
DNIE 3.3V
IC402-3
DNIE4
o PLL P1080 F_LTER
0 PLL MMU F_LTER
O FNRPOST TRSENC DATAOUT R09
O FNRPOST TRSENC DATAOUT R08
O FNRPOST TRSENC DATAOUT R07
O FNRPOST TRSENC DATAOUT R06
O FNRPOST TRSENC DATAOUT R05
O FNRPOST TRSENC DATAOUT R04
O FNRPOST TRSENC DATAOUT R03
O FNRPOST TRSENC DATAOUT R02
o FNRPOSTTRSENCDATAOUTR01
O FNRPOSTTRSENCDATAOUTR00
o FNRPOST TRSENC DATAOUT G09
O FNRROST TRSENC DATAOUT G08
O FNRPOST TRSENC DATAOUT G07
O FNRPOST TRSENC DATAOUT G06
O FNRPOST TRSENC DATAOUT G05
O FNRPOST TRSENC DATAOUT G04
O FNRPOST TRSENC DATAOUT G03
O FNRPOST TRSENC DATAOUT G02
O FNRPOST TRSENC DATAOUT G01
O FNRPOST TRSENC DATAOUT G00
O FNRPOST TRSENC DATAOUT B09
O FNRPOST TRSENC DATAOUT B08
O FNRPOST TRSENC DATAOUT B07
O FNRPOST TRSENC DATAOUT B06
O FNRPOST TRSENC DATAOUT B05
O FNRPOST TRSENC DATAOUT B04
O FNRPOST TRSENC DATAOUT B03
O FNRPOST TRSENC DATAOUT B02
O FNRPOSTTRSENCDATAOUTB01
O FNRPOSTTRSENCDATAOUTBOO
BYS'NC POmOUT
O BPWMD_M_NG
_H SYNCPOSTOUT
O BDATA R OUTm
O BDATAR OUTm
O BDATA R OUT17
O BDATA R OUTm
O BDATA R OUT15
O BDATAR OUT14
O BDATA R OUT13
O BDATA R OUT12
O BDATA R OUT11
O BDATA R OUT10
O BDATAR OUT09
O OUT DWCLK
O OUT CLK
C406 1.8nF
_ELETE I [_::>DNle CLK
¥_ ,_-_z'zs"-47_"_ r----------------q--_NR OUT CLK
A_ _ I _._._._._.__F--<>NR-OU T-V
.... R12_.__L_'A' A" 22 J I r----------I_-_NR-OUT-H
AC2_ R1248 22
_26 _ '° 1/16W NR OUT R(5)
R24 _ _ NR OUT R(3)
R23 RA41 1 NR _T R_
P26 _" _ 1/16W NR QUT R(I_
P25 47 NR OUT
P24 _N
N26
_24
W23
V2S
V25
V24
V23
U2S
U25
U24
T2S
AB25
AB26
AA2S
A_25
A_24
Y26
Y25
Y24
W26 47 NR OUT
_° 47 NR OUTR(4)
.n _T_z .._--_NR OUT B(0:7)
_ 1/16w NR 9UT _
_° 47 NR OUT B,4,
RA422 NR QLLT
NR OUT G(07)
w___ _DNle VSYNC
AA3 R1229 ,_/ 22 J _DNle[HSYNC
A_2
I --
AA2 R1230 ._zzzzzzzz_22 iJ .4,--{_>DNle PR(0:7)
R2 _ _ RA420 DNle PR(6)
R3 _ _ _ 'o 1/16W _N_ Pn_/
TI 47
72 _
T3 _ _ RA424 _NI_pRr_
T4 _ _ 1/16W _N!¢
Ol
U2
U3
W
D5V
DNIE DQM
DNIE-NWE
DNIE NCAS
DNIE-NRAS
DNIE BANK,
DNIE ADDRI
DNIE DQM
DNIE DQM
DNIE-NWE
DNIE NCAS
DNIE-NRAS
DNIE BANK,
DNIE ADDRI
DNIE DQM
DQ(
DQ,
DQ(
DQ,
DNIE 3.3V
1
L818
ClC21J601NE
IC806
K4S643232E-TC60
IC105
VSS
DQ15
VSSQ
DQ14
DQ13 !
VDDQ
DQ12
DCH1 i
VSSQ
DQ10
DQ9
VDDQ
VSS
DQM1
CLK
CKE
DQM3
VSS
DQ31
VDDQ
DQ30
DQ29 1
VSSQ
DQ28
DQ27 1
VDDQ
DQ26
DQ25
VSSQ
DQ24
DQ14
DQ13
VDDQ
DQ9
CKE
VSSQi
DQ28i
DQ251
VSSQi
DQ24!
VSSi
1
Schematic Diagram
NC
NC
NC
A9
A8
A7
A6
A5
A4
A3
NC
_DNIE DQM
SDRAM CLK
IDNIE ADDR(0:10)
<::{[[] DNIE DQM
<:{[[] DNIE DQM
SDRAM CLK
(o:1o)
<:_ DNIE DQM
DQ(0:63) D 0 D_
D 1 C3
DQ6 A3
D 15 BS
_ B9
D 28 BI0
D 29 AI0
De31 BH
IC402-4
DNIE4
B FSDP,_MDATA00 O SDP,_MCLK
B FSDP,_MDATA01 O FSDP,_MNWE
B FSDP,_MDATA02 O FSDP,_MNRASi
AI
B FSDP,_MDATA03 O FSDP,_MNCASi
A2
B FSDP,_MDATA04 O FSDP,_MDQM i
B3
B FSDP,_MDATA05 O FSDP,_MBANK01
B FSDRAM DATA06 O FSDRAM BANK00
C4
B FSDRAM DATA07 O FSDRAM ADDRI0
B FSD_M DATA08 O FSD_M ADDR09
B FSD_M DATA09 O FSD_M ADDR08
B FSD_M DATA10 O FSD_M ADDR07
B FSD_M DATA11 O FSD_M ADDR06
B FSD_M DATA12 O FSD_M ADDR05
B FSD_M DATA13 O FSD_M ADDR04
B FSD_M DATA14 O FSD_M ADDR03
B FSD_M DATA16 O FSD_M ADDR01
C7
B FSD_M DATA17 O FSD_M ADDR00
B FSD_M DATA18 B FSD_M DATA63
B FSD_M DATA19 B FSD_M DATA62
B FSD_M DAT_0 B FSD_M DATA61
B FSD_M DAT_I B FSD_M DATA60
B FSD_M DAT_2 B FSD_M DATA59
B FSD_M DAT_3 B FSD_M DATA58
B FSD_M DAT_4 B FSD_M DATA57
B FSD_M DAT_5 B FSD_M DATA56
B FSD_M DAT_6 B FSD_M DATA55
C10
B FSD_M DAT_7 B FSD_M DATA54
B FSD_M DAT_8 B FSD_M DATA53
B FSD_M DAT_9 B FSD_M DATA52
B FSD_M DATA30 B FSD_M DATA51
B FSD_M DATA31 B FSD_M DATAS0
C17
B FSD_M DATA32 B FSD_M DAT_9
B17
B FSD_M DATA33 B FSD_M DAT_8
A17
B FSD_M DATA34 B FSD_M DAT_7
B FSD_M DATA35 B FSD_M DAT_6
Cm
B FSD_M DATA36 B FSD_M DAT_5
B FSD_M DATA37 B FSD_M DAT_4
B FSD_M DATA38 B FSD_M DAT_3
B FSD_M DATA39 B FSD_M DAT_2
B FSDRAM DATA40 B FSDRAM DATA41
O FSD_M ADDR02B FSD_M DATA15
R860
68ohm
D15
_ DNIE_NWE
DNIE NRAS
DNIE NCAS
DNIE-DQM DN_EBANK_/
DI3 DN_E BANK(0)/
A16 D_rF _PPR_lm/
B16 DN_E ADDR(9_/
C16 DNE ADDR(8_/
A15 DN_E ADDR(7_/
BI_ _N_FADD2__/
c1_ nN_F
A14
B14 DNE ADDR(3)/
C14 DN_E ADDR(2)/
A13 DN_F_DDR(11/
B13 DNE ADDR(0_/
C2S pqr_zl/
B2S P_I_/
A2S nem_/
B2S _em_/
A25 P_#_//
A24 p_q/
C24 DQ(551/
A2S _e¢_m/
B23 Dq(53)i
C23 DQ(52)f, z
A22 DQ(51),i
B22 DQ(50)i
C22 PQ(4_)/
A21 pQ(_7_/
B21 #_r4#//
C21 [30(451/
A20 nQ_d
B20 DQ(43)!
C20 DQ(42) /
A19 P9(41//
DNE ADDR(4)/
[]]::> SDRAM CLK
DNIE BANK(0:1)
--[[[_> DNIE ADDR(0:10)
DQ(0:63)
IC402_1
DNIE4
GND
GND VDD48
GND VDD47
GND VDD46
GND VDD45
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 02
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND PWR 01
GND GND75
GND GND74
GND GND73
GND GND72
GND GND71
GND GND70
GND GND
GND GND
GND GND
GND GND
GND GND
GND GND
GND GND
GND GND
GND GND
GND GND
AF21
AD20
AC20
AD19
AF19
AEI9
AE22
AC22
AClS
AC14
AC11
ACS
AC4
A_23
W4
T23
DNIE 3.3V
__]
01275
100nF
c1276
100nF
100nF
C1716
100nF
C124o
100nF
Clp_l
100nF
C#P4
_1949
100nF
C1264
100nF
Q1221
100nF
G_R
100nF
C19R_
C19RR
100nF
GIPR7
100nF
_194R
1##nF
DNle NR EN
NR OUT B(0:7) N_oo_B(0)
NR OUT B(I)
NR OUT B(2)
NR OUT B(4)
NR OUT B(5)
NR QUT B(3)
NR OUT G(0:7) N_oo__(o)
NR OUT G(I)
NR OUT G(2)
NR OUT 6(4)
NR QUT G(3)
NR OUT R(0:7) Na OUT _(o)
NR OUT CLK D XRSF
NR OUT R(I)
NR OUT R(2)
NR OUT R(5)
NR QUT R(3)
NR OUT R(6)
NR OUT V XREF
NR OUT H
XREF
IC1228
QS34X245-Q3(REEL)
1_ NC0 VCC3
A0 oE I
AI B0
4
A2 BI
A3 B2
A4 B3
A5 B4
A6 B5
A7 B6
GND0 B7
NCl VCC2
AS OE 2
A9 BS
AI0 B9
A11 BI0
A12 B11
A13 B12
A14 B13
A15 B14
GNm B15
NC2 VCCl
A16 OE3
A17 Bm
Am B17
Am Bm
A20 Bm
A21 B20
A22 B21
A23 B22
GND2 B23
NC3 VCC0
7 PMLL4148
100nF
C1617
100nF
25V 100nF
25V
A24 OE4 i4S
A_s B2_ 4_ , RA128_ XmEF_> HDMI VSYNC
..... _2 ..... :::_ HDMI HSYNC
..... __ HDMCCLK
_9 B2S i43
AS1 BS0
GND3 B31
46 22 XREF
A30 B29 4
0:7)
SamsungElectronics
10-24
i
/Tx
'\ _
i
Page 86
J -n-sdiag-10-a2.qxd 2005-05-23 o_ 12:03 ql o] x]10-25 /L 1
Schematic Diagram
10-2-16 Digital-16
This Document can not be used without Samsung's authorization. +3.3v LVDSC
+3.3V LVDSAT +1.8V DVl +1.8V ADC +3.3V PLL
Signal
Power +1.8__B_ DC_V_S_tV_E_._ I +_Aj
(Diffe'entia' Line R°uting7 E _ E
_--2/7-q_ H H II ..... !1 .... (249OHM,1%)B"
C_ B 75°hm C141 10 F C144 _IO_/P B_......} 111::.......
--F_-------_.--' r4_-_-q _
+3.3V PLL LT_ PC2VS_ ^. _'_
HC4_/S SMD04 _lSlSMHZ_
D5V
nRESET_GM16_1 _ 1°°
BDI00
CIC21J601NE
C136 C134 C133
/0pF /0pF /0pF B1
zlzl-q +33vov, A
8 n SCL CH2 R870 22
DN_ pR@
DN_ PRm_
DNle mR/I/
DNle PR(0:g) _×_ F DNleDNISDNleDNleDNlePRF)PRm/PR/5/PR/4/PRI3/
DN_e Y(0:7)
DNie PB(0:7)
DNle HSYNC XREF Ul5
GAME YI0/ 1 2 01_
GAME Y(27
GAME Y_3_
GA_,_EYi4i
GAME Y(5_
GAME Y(6)
GAME Y(7)
GAME CLK
TxD GM R857 1® M
RxD_ GM
C_2_
OCMADDR 21 22
OCMADDR-20
OCMADDR(0:19) _ ....
OCMDATA(0:15)
D5V
X_aFDNle Y(0)
DN_ Y(I) U22
DN_ Yr21 _22
l DN_ Yr31 A22
DN_ Y_4/ U21
DN_ Yr51 U21
DN_ YrS/ _21
_ YIT) A21
DNle CLK XR_F A20
DNle DE XReF D2C
DELET_ U_
IIII
R_25 1OK A17
lOK A14
OCM-CSn
R514 22
--_, OCMADDR8 GP_O 14 DF
+2.5V_DDR
_i_ :::_ ::_ _ _ :: :;:;:_;:; _t_ [C>FSDQS FSDATA(0:31)
_ _ ; ;; _ _ _ _ _o_°_ FSDATA(0:31)_ ....
DWSCL FSDATAU(0:31 ) FSDATAU(0:31 )
RX0 _4_ _, VDDQ I > _ > > _ VDDQ 8
RX1
RX1
RX2"
RX2 ,N_ +2.5V DDR
mxc _ VDDQ
NO CONNECT5 IC405
NO-'CONNECT4 _ F
REXT _s _ K4D263238D-QC50 vssQ
BLUE _ DQ19 DO12
BLUE-" _ _'DDQ 3 (DDR, K4D263238D-QC50) VDDQ 6
GREEN R_2_2 ___, vss
GREEN- voo ii,{::RED l@nF
RED _4so
NO CONNECT3
VGA SCL
VGA SDA _ VDDQ (Place close to DDR)
AHS_/N c _12o5
AVSYNC ss
EXTCLK
TCLK _ CKE
NO CONNECT2 ,t_ MCL ' FSADDR(0:117
NO-'CONNECT1 _1214 _ _ _ AS --
ACS RESET HD FSADDRU(0:117 _ _,'/_ FSADDR(0:11 ) '_ _ _ _ '__ _ '_
VRED2VREDlVRED0# !_t'_6_": _ FSCLKP
VRED3 _o_
VRED4{(140°hm_1°/4 EC> FSCLKN
VRED5 _42_ (Place close to GM16017 (Place c_o_seto DDR)
VRED6
VRED7 _s
A23
VGRN0 +2.5V DDR
VGRN2 3s
VGRN3 c_lo c_17
VGRN4 1oF lOP C1285 C12_ C128° C1277 C1289 C1281 C1295 C12_7 C1296 C1282 C1298
VGRN6VGRN1 FSCLKh R_)@'"_ 22 _"_' _X_F FSCLKN _428
VGRN5 FSCLKF . _ ,.. _,_ _F FSCLKP
VBLU0
VGRN7
VBLU3 FSDQM_UZb FSDQMU2 FSDQMU2" (Unloaded trace impedance is 90 ohm)
VBLU4 FSDQM_ 124 FSDQMU3
VBLU5 FSWE V2_ FSWEU
VBLU6 FSCASvzo FSCASU (PlaceclosetoGM16017 (Loaded trace impedance with DDR load is 65 ohm for 2.5 inch total trace length)
VBLU7 FSRAS "1/24 FSRASU
VBLu2VBLU1 FSDQM1FSDQM{IZbuzo ilil FSDQMU/....... FSDQMU/, (Minimize trace length difference between DQS and data and among data lines)
VCLK
VODD
VVS
VHS CSYNC (22ohrnX12X4)
VCLAMP GP{O G06 B[ _412 GM PRO0
C2_
PWM0 GP{O G06-B:
PWM2PWM1 GP_O_ G063B: GM PBO(0:7)
OCM T'MER1 C400 + 3 1 BY-- I O
LBADC }N2
LBADC IN1 GP{O G05 B( (ADDR[19:8] = 010100000000 for 8bit flash)
LBADCIIRETURN GP{O G05 B: _'_'w_'u u r'tur-,r-_ _^r,r, Dm: 1=)m (OCMADDR( 15:137 = 001 FOR JTAG DEBUG)
VDVLBADC jN3 I. A2AC _ GM PRO(0:7)
SVDATA2SVDATA1SVDATA0 GM1601 _ 21 _ .............. _^^_ NAIoK _ NA
SVDATA3 MADDR 1 '" , }
SVDATA4 A00
SVDATA5 '-.(bCMAr_r_R( 17 }
SVDATA7 GP{O G04B1 GMGMPBoPBO21 RA423 _ _O'eK1 R522 M_ 1OK
SVDV GP{O G04B3 \('bCMA_R(1_) R520 1OK NA
SVODD GP{O G0484 4 -N' _ RS_SVVSYNC GPIO-G04 B5 GM PBO5 R_25 \OCMADDR(14}
SVCLKSVDATA6 GP'OGP'O_G04IIB7GP'O G04 B0 _G04B2 \OCMADDR(16) 1 ---_yy_I_<_ ..._I°K'NAI _ NA1oK/i ' .... _
SVHBYNC GP{O-G04 B6 \ ........ (1.} _ 1oK !_ ....
OCM UDO GP{O G07 B0
OCM-UD} GP{O G07-B1 _ _GM YE(0:7) \OCMADDRHI_ @_W" 'OKI '_1 ....
K"
IR1 GP_O G07B4 : NA
IR0 GP{O G07"-B5
MSTR SCL GP_O-G07"-B6 \()RMAr_r_R(q}
MSTR_SDA GPIO_IG07_B7 OCMADDR(8/ _ NA I ....
OCM WE LVDS" SHIELD1
OCM-'RE LVDS" SHtELD2 GM YE 2 R_O3
OCM--CS LVDS SHIELD3 GM YE 3
L1
OCM--tNT2 B3
OCM--tNT1 B3 GM YE ,5
OCM]:CS2 BC GM YE6 R'_O_ +3.3V IO
OCM CS1 BC ----
OCM_CS0
OCMADDR19 LVDS SHIELD GM PBE0
OCMADDR16 BB2 ...... (do not stuff memory only)
OCMADDR15 1 GM PBE 4
OOMADDRI_OOM_DDR1_ LVDB:BN,EL_:_o__ ....
OCMADDR14 BB1
OCMADDR13 0 +3.3V IO
OCMADDR12 B0
OCMADDR11
OCMADDR10
OCMADDR9 DCLK
OCMADDR6 GP{O][16_DEN
OCMADDR5
OCMADDR4
OCMADDR3 GP}O G08 B5 JTAG RESE
OCMADDR2 GP_O G08 B-4 JTAG TD(
OCMADDR1 GPIO-'G08 B3
OCMADDR0 GPtO G08 B2 JTAG TDt NCIMANNR(N:lq_
OCMDATA15 GP]O Gd§B_
OCMDATA14 GP{O G09 Bz
OCMDATA13 GP{O G09B: OCMADDR
OCMDATA12 GP_O_G0911B:
OCMDATA11 OCMDATA(0:15)
OCMDATA10 GP_O G09 B(
OCMDATA9 +3.3V IO
OCMDATA8 PPWI--
iiiiiiiiiiiiiii iii iii iiii iiiii .......
• (ADDR[19:8] = 000100000000 for 16bit flash)
(Place Midway between GM1601 and DDR)
c_
FSDQS L26 ×_F _ FSDQSU FSDQSU R12_3 33
FSCKE W26 FSCKEU
FSBKSEU Y2b FSBKSELU0
FSBKSEL "I'26 FSBKSELU_
GPIO-G06-B" GM YO(0:7)
_4_ G..... GMPRE(0:7) \OCMADDRH2/ _ F 1
GPiO GOT_B2 R404
LVDS SHIELD0 _
GP{O 15 DVS
GP{O _G08 "_B1 -JTAG "MOI _'"" "_' "\_ "_; OCM CSn
GP{O_ G08_B0 JTAG CL_
GP{O G09 B"
_:j_ _° _ _soos (Max trace length is 2.5 inches)
PBIA_ +1.8V CORE +1.8V DVI
NO CONNEC L815 C253 C 207 C 2 0 C 2 C 2 5
±._clos c107
10uF 100n_
/6V /6V TP1031 TP1032
_MO SUPLVAL SUPLVAL
A_24C_4_ICSC2ZI_ _1_1/16W __
RI SD/_G
SCL G
ooooooo
D2.5V
D4.7V
BD1026
CIC21J601NE ' --
IC1212
AP1117 33 L120_ C949 C12_ C1247 C955 C1233 C950 C947 Cg48 C94_
C12_0 1 _ lOm,F n n ' ' ' ' ' '
100hE 2 82UF 100nF
CC2 J60 NE _F _F O_F O_F _F _F _F _F
6 3V 16V
+3 3V IO
0_ ©Z° OEXT _ cIc21J60_ NE 10 _nF lOOnF lO_F l_g
zzzzzzz
o>o>o>>o>o>o> D2.5V .............
+3.3V IO ',o_ c.... OCM CSn
-- _ _ 22
_ _:_:" _*_,_+3'3V-LVDSB , GMA__3.3V From HDMI Sheet8 , (BOTTOMSOOT?,90ns) //16w
- -I- ' +3.3V_PLL (CONNECTNCP{NSTOTESTPOtNT)
+2.5V DDR _4 _o_ ................. 0...........
C14_ C_44 C_2_ C_1 C_27 C_4_ C_S0 C_2S
+3.3V LBADC _oon_
: s LSl_ 100_ F 1_ F 1_ F 1_ F
_ c252 c_2 c_41 c_ c_42 --
C405 C12S_ _ C1462
+3.gv DVI ' ADVA1.8V TO DECODER Sheet4,5',
C_C21J60
........ J FSVREF -- NEW ITEM _o
+3.3V LVDSA _'_ D2.5V _ _o,,_
cl F
-- RI 7_
NEW ITEM +1.8V CORE -r-l_ o
BD1027 _ a
_C40_ _-
GSS3_ST I_,F I_,F I_F I_F loaf lOmF I_,F I_,F I_F I_,F I®F I®F ×_ _] OCM RER
c1_1 1 ' ' n n ' ' ' ' ' ' n n
BDI0_S ....
C_C21J60_NE
C213
_ I _ +1.8V ADC
100nF
C 5 C C 5
C137
lOaF
10-25
/T'_
'\ &/
SamsungElectronics
i
i
Page 87
10-2-17 Digital-17
This Document can not be used without Samsung's authorization.
Power
Signal
Schematic Diagram
+3.3V TMDS
LS00
15uH
(L: FALLING EDGE, H: RISING EDGE)
(L: ONE P]XEL/CLOCK, H: TWO P]XEL/CLOCK)
+3.3V TMDS
L808 C837 C820 C1204 C1203
15uH 100pF 100pF 100pF 100nF
GMYE(0:7)
GM PBE(0:7)
+3.3V TMDS
+3.3V TMDS
T
lOuF
Cl14
L807
15uH
Cl19
lOuF
GM PRE(0:7)
(680 OHM FORSHORT CABLE)
+3.3V TMDS R_2_
_ 680
L811
15uH
IC101
SlI1160CTU
TMDS TX2+
TMDS TX2-
TMDS TXI+
TMDS TX1-
TMDS TX0+
TMDS TXO-
GM PBO(0:7)
GM YO(0:7)
GM PRO(0:7)
+3.3V TMDS
L810
C869 15uH
LAMP TX SEL
LAMP TXn ×_
LAMP SEL
D5V D5V
+3.3V_TMDS T
T . ....Z--
R615 100nF
R629 1K 25V
47K 1/16W MATERIAL
1/16W
1_ 628
12
1/16w
--_ LAMp TXn 1
R614
lOO
1/16W
LAMP RX
R170
100
TMDS TX0+
TMDS TXI+ --
TMDS --_-
TMDS TX1- --
TMDS TX2+_>_
TMDSTX2-
SYNCVAL
nRESET DRV
SCLPANEL
LAM_ TXn 1
SDA PANEL _
DDp_EADy
POWERGOOD_
R171
240
1/16W
___________________
R169 A^A o /e
D5V
> R840
470
1/16W
D126LTST-C150GKT
c
MG
/
• 0
9
/7
2
/o
/8
20
O
O
_L
22
O
/5
23
-O
24
Cl18
10uF
C1205 C1206
100pF 100pF
SamsungElectronics 10-26
Page 88
Schematic Diagram
10-2-18 DigitaM8
This Document can not be used without Samsung's authorization.
_._ S IC602
SMW250 04
CN204
D5V IO_MD3.3V
usUSED K_ORUSED I
sYs nRESET 100
nO_ENAND_ 4k_--
SCLn_c:NT _
IO MD3.3V
......... 25V
mew
I c225
/00 R622 SDA D
I. I c,.'_ SDA CH1
T
n_X_INT
100nF
SCL Cm
SCL POD
SDA POD
SCL D
GEM 5V
R296 < _ R295
1/16W 1/16W
47K I 47K
ILc:::;;
IO MD3.3V
.... _ = MO pc __C5_7Z_ATS
SCL EXPANDER __ OOB EN
1/16W I _..........
25v
SDAEXPAND_R_/- I _: :: 221., I._ :_.>.....
LAMP TX SEL _ ....
,/¢I,J _ 0x70h
IO MD3.3V
C249 R316
10OnF 47K : 47K 47K : • 47K
MO _ /
SDA-EXPANDER _V_#
I _ _2 _; !ii ..... DNIE nRESET
1_612
PCF8574ATS
0x74h
_nF R3{
25V ......... 4 m
C248 17_
SCL EXPANDER _ _®
SDA EXPAND_ ......... R310
R311
POD _,WRS
_/16W
_00 R278
IO MD3.3V
PCF8574ATS _
_y__--I........ _ R290 .... _ GEMSTAR....... MICOM INDEX
_, R3O4 _OO ....... nRESET GM160_
___ ..... _L
_ 0x72h
IO MD3.3V
R254
47K
U16W
R276 <
47K_ <
m6W
--
GEM 5V
_o_o_ IO_MD3.3V
47K
_I R1301
4 7 7K PCA9545PW
SY /RESET SCL 18
/1 v_/16W R1311
/INTO lINT /7
ADDR(0xE4)
GEM 3.3V For TEST(US)
GEM 5V
R676 R683 R685 =
1/16W 1/16W _ 1/16W L602
. R1320 l_nF
.... s.........
mew
-
H
C1308 [ CIC21J601 NE
1oo R1300 SDA M
• ..1_.0OR1307_C_ PC _ (ONE PIN NET) 47 1/16W _5pF tC662
...... RDA PC ROM (ONE PIN NET) IC605 Mo50V _OV 2_
RCI NDMI ROM (ONE PiN NET) KIA7_F _T 12MHz.SOppm{0207
............ (......... ) C620 '0 _ C66; SSC9428X35-SOT8
EX X_AL ON OFF I _E_ -
EX_XTAL_O N_O F F_2
SUB TUNER AGC _AGC MON ..... nHDMI I080p EN (ONE PIN NET)
M AFT _
S-AFT _E_ nRESET SOUND
I N7002L =
....... L ....
C668
LNA ON OFF 100 ...... HDMI 2 ID
R672 ...... i_ _a, s_ ..... R670 ...... RESETADV7401 1
R666 IK _/16W 7 _:_] K _ _ _1_ 2RP S 2
R663 _ _s pJz AOII _'_
.......... m _ _ i R658
R653 io m2 _s R655 EX CH1 EN
R649 ii _2OA_ _IOT0Z O R650 EX CH2 EN
PIN# 15 MUST GNB -!_ ,2_A_ ,2 _ SOA_ SDA EMPTY
.......... 330nF ADDR(0x60)
DELETE
R677 HDMI I ID
_ .... Ex_aNEEPROUwP
I 722_z PI 2 I_;a R635 RS232 GM SEL I
_
R63_ SCL EMPTY
1O0nF
MO
EX XTAL ON OFF i m_
EX XTAL ON OFF 2F--"_
GEM 3.3V
1C214
}DTQSS2X245Q2
1 S
1o
13
14
_lS
16
57
.R300
:47K
mew
1/16W
mo
R694
,g__ UA_NEEPROUwP
RA604100
mew
10-27 SamsungElectronics
Page 89
10-3 DMDBoard
10-3-1 DMD-1
Schematic Diagram
This Document can not be used without Samsung's authorization.
IN PUT Dv_o__oo_Nooh_oo_d<2Q0_11,;Q>
/777
OOP__ESE_Z__SYSRSTZ
DOT3,3V DOT3,3V
_1o9__ IN_scL
IAMP_RX
LAMP 7X
DOT3,3V
DDP_P_ROOOD
/
8FI88
SF1O2
snd_" rig er"
SFlSq
8F186
snd3inger
,gF181
SF183
snd Fin(let"
SF185
!.....................................................
l!....................................................
R132
R133
R13_
O_n'_ [nst_lt
J [i ..........................,: L............................................
_N_s0o_---T-_ _ _ors,:tv
IN_SOA
IC103 : 0_26 L104 /
AT24CO2N-lOSC 108n I 5uH |
..................... ............................_v.........................................._, J
I J ' Icl £ lOuF
4_ /k 0127
'1' 16V
( DUAl ENDED OUIPJI FOR 1088P NODEI )
0118 0118 0128 0121 77/7
15pF 15pf 15pF 15pF
7777
SamsungElectronics 10-28
Page 90
Schematic Diagram
10-3-2 DMD-2
This Document can not be used without Samsung's authorization.
MFLOATA(01_
:,:,_,_,_,
_u,_,_,_,_,}_
NN_
_,_,_,
;,_,_,_,_,_,_,_,_,_
_2o
}}??L
o_
iiiii
IC200
DDP1011
MAS'FER
10-29 SamsungElectronics
Page 91
10-3-3 DMD-3
Schematic Diagram
This Document can not be used without Samsung's authorization.
s FLOATA(O1_
_ sz_v NN_
_,_,_,
s RQ(O:_ s OQA(O:_) s OQB(O:S)
:,:,_,_,_,
_!!!!!!!ii
IC310
DDP1011
SLAVE
SamsungElectronics 10-30
Page 92
Schematic Diagram
10-3-4 DMD-4
This Document can not be used without Samsung's authorization.
MASTER RDRAM / FLASH
M FLADDR(0:19)
DGT3.3V
BD40!
}1.5uH
DGT2.5V
BD400 C411 C402 C404 C406 C408 C410
C400
coo
100nF 82uF
C4Ol c4o3 c4o5 c4o7 c4o9
DGT3.3V
M FL WEZ
M PUM ARSTZ
(CIM21J600NE, 60 OHM, 0.5A, 0805)
_M FLADDR!15)
_MM FLADDR(!4!
_MM FLADDR(! _)
_M FLADDR/12 )
_M FI AnnR_11_
_M FI Ar_nR_lm
_U FLADDR_
_U FLADDR_
_M FI ADDR!IB/
_M FI ADDR!17/
_MM FLADDRf71
_MM FLADDRt61
_U FLADDR_)
X'_M FLADDR_
_M FI AnnR_
_U FLADDR_2_
_U FLADDRm
_M FLADDR[0)
1
2 A15 A16
3 A13 VSS
4
5 All DO7
8
9
10 A20,N C DQI2
11
12
13 NC DQ11
14
1_/WP,ACC,NC DQ3
1_ RY,/BY DQIO
17
18 A17 DO9
19
20 A6 DO8
21 A4 /QE
22
23 A3 VSS
24
(20MILS, OR WIDER)
IC400
M29W800DB70N6
A14 /BYTE
A12 DQISA 1
AIO DO14
A9 DO6
A8 DO13
AI9,NC DQ5
/WE DQ4
/RESET VCC
A18 DO2
A7 DQI
A5 DQ0
A2 ICE
AI A0
100nF
48
_ C412
_7
4_
45 M FLDATA[I 5)/
fJ4 M FI r/ATACZ]/
_43 M FIDATA(14//
42 M FLDATA_6) /
41 M FLDATA(!_!//
40 M FLDATA¢5)_
)9 M FLDATAI121/
38 M FI DATA(4//
37
_
36 M FLDATA_! !_
35 M FL DATA_
34 M FLDATA(I O)/
_33 M FI DATA(?)/
°32 M FI DATA!_¢I/
31 M FLDATA_ !_
30 M FL DATA_
29 M FLDATA[O),
28
o27
26
2_
M FLDATA(0:15)
M FL OEZ
M FL CSZ
100nF l_nF 100nF 100nF l_nF 10nF 10nF 10nF 10nF 10nF
MRDRAM1.8V
R400 39.2ohm
39.2ohm
v 39.2ohm
......3_
39.2ohm
M RQ(0:7) G_
f (5q0MIL) M SIO
M CFM _'_
M RQ(0) F2
M RQ(I) F6
M RQ(4) Ey
M RQ(5) E6
M RQ(6) E2
M RQ(3) _ FT
M RQ(7)
R421
Kohm
M CMD _ SMD
M SCK _ A_ SCK
MCTM
M CTMN
M VREF RDRAM fREF
R427 R428 39.2ohm
39.2ohm R426 ......3_
C413 _ R423 A 39.2ohm
1OOnF R424 39.2ohm
(POWER ISLAND)
NC2
DQB7
F7
RQQ6 IC401
K4R271669B-SCK8
RQ7
AS
El
CTM
CTMN
CFM
D7 A7
CFMN DQA7
D2
DQBS
DQB5
DQB4
DQB3
DQB2 G2
DQBI
DQB0
DQA0
DQAI
DQA2
DQA3 ........
DQA4 ........
DQA5
NCl ........
MRDRAM1.8V
HI
G6
Cl
C2
C_
BI
B_
BS
AI
39.2ohm
U BOB
U BOB 7
M non¢',_
M non¢4_
M DOB 3
M DQB(6)
M DOB 2
M DQB(I)
R428 39.2ohm
R429 39.2ohm
R430 39.2ohm
M DQB(0:8)
(EQUAL LENGTH)
M REFCLK _ 2
DGT2.5V
(20MILS, OR WIDER)
CHANNEL IMPEDANCE : 40 OHM)
TRACE THICKNESS : 10Z CU)
LENGTH OF LOADED SEGMENT : 748 MILS)
TRACE WIDTH FOR UNLOADED SECTION : 10.4 MILS -> DEPENDENT ON VENDOR)
MINIMUM UNLOADED PITCH : 30 MILS)
FINISHED DIELECTRIC THICKNESS : 8 MILS -> DEPENDENT ON VENDOR))
PAIR, IMPENDANCE: UNLOADED :40 OHM, LOADED:60.6 OHM)
ROUTING: CDCR83-> RDRAM(CTM) -> DDP10t0(CFM) -> RDRAM -> TERMINATION RESISTOR))
(RSL : RQ(0:7), RQA(0:8), RQB(0:8), RD CTM, RDCTMN, RDCFM, RDCFMN, RDCMD, RD SCK)
(50 OHM IMPEDANCE : RDREFCLK, RDSCLKN, RDPCLKN)
(ALL RSL SIGNALS, SCK, CMD, DIFF CLOCK PAIRS MUST HAVE MATCHED ELECTRICAL LENGTH)
M SCLKN _ 7M PCLKM 6
R435 23
1Kohm R436 <<_
1Kohm?
DGT2.5V __......
7_7
REFCLK
SYNCLKN
PCLKM
15
MU_O IC402
MU_I CDGR83
24
so
Sl
s2
12
PWRDNB
11
STOPB
VDDFR
1o
VDDFPD
CLK
CLKB
R433
.... _ _7/
R438
110o hm
[_>20R434
MCTMN
DGT3.3V
+ C444
T
FAN1117AD-1.8
16V /_
IC403
82uF
6.3V
C445 _
M CFMN
C430 C432 C434 C436 C438 C440 C442
C43! C433 C438 C437 C439 C441 _[_A/_
_/_1"ii_m//_29100F (RDRAM FOR SHORT CHANNEL, 54PIN)R4_I
(50MILS, OR WIDER)
MRDRAM1.8V
10MILS, OR NARROWER)
33ohm
• R441 C443
<" _ IO0,,F
(PLACE NEAR DDP10t0)
R439
C428 427
M VREF ASIC
(25MILS, OR WIDER)
IOO,,F
M VREF RDRAM
10-31 SamsungElectronics
Page 93
10-3-5 DMD-5
Schematic Diagram
This Document can not be used without Samsung's authorization.
SLAVE RDRAM / FLASH
S FLADDR(0:19)
\s FLADDRrlS_
_s FLADDR(12_
S FL WEZ
L_S PUM ARSTZ
_£ FI ADDR(18/ 16
_s F_DDR(17_ 17
_S F_DDR_7) 18 IA 7
_S F_DDR(6_ 20_191
_s F_DDR{4) 21 IA4_
_S F_DDR(3_ 22 IA3
_ FLADDR(2/ 23 IIA2
_S FLADDR(I ) 24 AI
M29W800DB70N6
1
6
7
8
9
12
13"
14
A6
I0500
DGT3.3V
i BD501
11.5uH
C512
100nF
S FLDATA(0:15)
DGT2.5V
SRDRAM1.8V
S RQ(0:7)
m S SCK
_1R52t _ (5-10MIL) S SIO
R500 39.2ohm
39.2ohm
39.2ohm
39.2ohm
39.2ohm
39"2°hii
s RQ(0)
S RQ(I)
S RQ(4)
s RQ(5)
S RQ(6)
S RQ(3)
S RQ(7)
S CMD
S CTM
S CTMN
(POWERISLAND)
oooooo
GI
> > > > > >
R_ NC2
RQI DQB7
FS
RO2 DQ_
RQ3 DQB5
R_ DQB4
RQ5 DQB3
R_ DQ_
, E2
K4R271669B-SCK8
RQ_ DQBI
S_OI
S_O0
IC501
SRDRAM1.8V
DQB0
R501 39.2ohm
Jl
J7
He
H7
HI
G2
G6
G7
39.2ohlt_
39.2ohlt_
39.2ohltl
39.2ohm
39.2oh!!
39.2ohm 1
S DQB(0:8)
DGT3.3V
(CIM21J600NE, 60 OHM, 0.5A, 0805)
(EQUAL LENGTH)
S REFCLK _ 2
S SCLKN _ 7
S_CLKM 6
DGT2.5V
R535 23
Kohm
DGT2.5V
(20MILS, OR WIDER)
REFCLK
SYNCLKN
PCLKM
IB
MU_0 IC502
MU_I CDCR83
so
Sl
s2
12
PWRDNB
11
STOPB
VDDIR
10
VDDfPD
(20MILS, OR WIDER)
( CHANNEL IMPEDANCE : 40 OHM)
7_7
(TRACE THICKNESS : 10Z CU)
(LENGTH OF LOADED SEGMENT : 748 MILS)
(TRACE WIDTH FOR UNLOADED SECTION : 10.4 MILS -> DEPENDENT ON VENDOR)
(MINIMUM UNLOADED PITCH : 80 MILS)
(FINISHED DIELECTRIC THICKNESS :8 MILS -> DEPENDENT ON VENDOR))
(PAIR, IMPENDANCE: UNLOADED :40 OHM, LOADED:60.6 OHM)
(ROUTING: CDCR83-> RDRAM(CTM) -> DDP1010(CFM) -> RDRAM -> TERMINATION RESISTOR))
(RSL : RQ(0:7), RQA(0:8), RQB(0:8), RD CTM, RD CTMN, RD CFM, RD CFMN, RD CMD, RDSCK)
(50 OHM IMPEDANCE : RD REFCLK, RDSCLKN, RD PCLKN)
(ALL RSL SIGNALS, SCK, CMD, DIFF CLOCK PAIRS MUST HAVE MATCHED ELECTRICAL LENGTH)
oooo
>>>>
ooooo
zzzzz
R533 R534
CLK
_V_7_y _ 6 2ohm _ S C'I-M
c524
c8_
CLKB
110ohm _ __
47pF
R588
110ohm
DGT3.3V
77,7
IC503
FAN 1117AD- 1.8
+ 0544 ADJ
18v 77_
S VREF RDRAM
S CFM
100_F
S CFMN [_>--
528
(RDRAM FOR SHORT CHANNEL, 54PIN)
(PLACE NEAR DDP1010)
C526 C527
100nF 100nF
_/_ R539 110ohl i
(50MILS, OR WIDER) fiT//
SRDRAM1.8V
////
C531 C533 C535 C537 C539 C541 10MILS, OR NARROWER)
C545 + - C543
82uF 100_F
6.3V
88oh_
S VREF ASIC
(25MILS, OR WIDER)
S VREF RDRAM
SamsungElectronics 10-32
Page 94
Schematic Diagram
10-3-6 DMD-6
DMD POWER AND RESET DRIVER_T/_:_" This Document can not be used without Samsung's authorization•
DAD SCpCLK .................................... 7) SCpCK OUTS° .....................................
DAD SCPDO 42 SCPD_ OUT14 77 8 7 ,,l_s 4
DAD SCPD _ SCPDO OUT13 74 226 5 _Rs _s
DAD SELZ SCPEN2 OUT12 72 4 3 , s
SR16MODE0 MODE0 OUT8 ................ _60] ......
SR16MODEISR16STROBE MODEISTROBE OUTIOouT9 54_7........... 2268 "_"===,_RS5 MBRST g
SR16SEL1 SELl
SRI6SEL0 SEL0
DGT3.3V IG OUT7 DGT3.3V
Beslgn Change Uas 10K SR16ADDR2 1_ A2 OUT5 32
DGT12V BD600 C687 C688 TP602
°i_ 5c
_o3(185V 2S 0710 O711
................ SR16ADDR3 ................... i-_ A3 OUT6 .......
SRIGADDRI _ AI OUT4 29 2 1 , as-
- SR16ADDR0 _ .................. 45 A0 OuT2OUT3 2}27 8 7 ',BRS_2
33uF 0680 0681 0682 47uF D600
a_o8 30
TP601 O7 _5
R600
iKohm C600
DAD1000
RESETZ
OEZ RO2
VCC
VOFF RA}L7
VOFF RA}L6
VOF_RA}L5
VOF_RA_L4
VOF_RA_L3
V12 aWL1 VOFF RAIL1
V12 SWL0 VOF_RA L0
V12 3
V12 2
V12 I VSREG
_c
VB_ASRaiL7 VRST RAIL7
VB_ASaa_L_ VRS_RA_L6
VB_ASRaiL5 VRST RAIL5
VB_ASRaiL4 VRST RAIL4
VB_ASRaiL3 VRS_RA_L3
VB_ASRaiL2 VRS_RA_L2
VB_ASRaiL1 VRS_RA_LI
VB_ASaa_h0 VRS_RA_L0
VB_AS VRST
..................._ VB_ASSWL VRST SWL
10 VB_ASLH_
8588588S8
VOF_RA_L2
OUT11
VOFF
76
13
RAS02
4 3
kBRST4
0ohm
VCC2 c662 c663
DAD NTZ /_RQ TO HOST)
...........................1
w 1425 V 825v)
VRST
R609
_IA) 1/4w
5
CZ0_ CZ07
50V 50V
DGT2.5V
DGT2.5V
DGT3.3V
B_M41_(_<P600S
M2.5V
T
$2.5V
L601
I
M3.3V
$3.3V
C630 C601 C603 C605 C607 C_g C611 C613 C615 C617 C61g C621 C623 C62S C627
C600 C602 C604 C606 C608 C610 C612 C614 C616 C618 C620 C622 C624 C_6 C628
0661 C632 C634 C636 C638 C640 C642 C644 C646 C648 C650 C652 C654 C656 C658
C631 C633 C635 C637 C639 C641 C643 C645 C647 C649 C651 C653 C655 C657 C659
DDP1011 POWER
C_A_ _
B_08
C_C21JT01NE
100,,F
C7141oo,,_
soy
DGT5V
_C601 _
DGT12V _;_::-- 12_OnF 11_vF 12_0v'F
0720 0721 +0722 100,,_ _ 10_F 100Koh, e2K _,
[_ c717 _ _ .... _ ....
L
I to.........,o,,1,R0,0R0,0 ' '
_,, _°,I.... 1
aT00
BAT54SW
BDS0e.................
CNBOl
ACT CTL(°) :_
ACT CTL(5) i7
ACT CTL(4) _
ACTCTL(S) i_
ACT CTL(2) .......7 ...............................
ACT CTL(I) is _/V_
ACT CTL(0) i_ R618
ACT CTL(7) '_
ACTUATOR
AD7801BRU
77
MOTOR DRIVER __l _ _ 1
DGT3:3V
m _ _ J luF 3 3nF 1 5nF .....
TP611 TP612 100nF I 0°hm I I I u /0730
IC605
SNZ4LVCI GI 7
0734
25V
C C21J601NE I0604
_ _ M OCLKB
_N74LVCI GI 4DBVR
R627 C733
77
BD60g
C M21J600N
BD611
--_Z_>DB OUT
C_M21J600NE
DYNAMIC BLACK
BDS01
CIM21JT00NI
C71_
DGT5V
: R°I_
d
• om
R620
IMo_m
TP%8
R014
o%_Z> .......
7 CN600
SMW2_P
10-33 SamsungElectronics
Page 95
10-3-7 DMD-7
ThisDoc
Jmentcannot beusedwithoutSamsung'sauthorization.
OSCILLATOR CLOCK
C[M21J600NE 100 F K375OPCE I_MHz
T ..... 6_1L_: _ R75b _C750
C751 X750 CY2305SC.1H
C750 R755 22ohm M MOSC
DGT3 3V
C754
15pF
s MOSC
ARM ICE I/F
DGT3 3V
R751 IK_,m --
IKoh,,
IK_,,,
Schematic Diagram
DGT33V
COLOR WHEEL SENSOR DETECTION
TP76"_Tg_768
LAMP CONTROL
DGT3.3V DGT5V
DDP CWINDEX 100nF 10uF
Fc752
MM74HCT125M
C755 C756
DGT5V
BD751
C_C21J601NE
Main Power
[_>TDOARM
• L_ FCERSTZ
R759
1K_hm
1,10W
DGT12V DGT5V DGT3 3V DGT2 5V DGT1 5V
TP TMS7_
TP TDOT_
TP TCK
= c758 c759 c76o c762
< L751 _ 82vF 82UvF _
_C753
74HC71G12_GV
BZXS4CgV2
s
_803
1P769
DGT5V
For BalJaster by PhiJips/OSRAM
C767
10,,F
LAMP RX
SamsungElectronics 10-34
Page 96
Schematic Diagram
10-3-8 DMD-8
DMD xHD3
DDAN(0:15)
XREF
DDAP(0:!5 t
DDBN(0:!5 t
DDBP(O:_5 t
DDCN(0:!5 t
DDCP(0:!5 t
AE5i
BIST A
F_
BIST_B TP2
AH_
BISTC TP1
D_
DDAN(0) E5
DDAN(1 / G9
........DDAN(2/ B4
DDAN(3/ D6
DDAN(4/ F12
DDAN(5) B6
........DDAN(6/ Cl!
........DDANi7i B10 ....
........DDANi8i
DDAN(9/ A21
DDANil0) F16
DDAN(11) B16
........DDAN(12/ C17
DDANi13i H16
........DDANi14i A23
DDAN(15/ H18
DDAPi0) D4
DDAPtli FIO
........DDAPi2i C3
........DDAPi3)
DDAP(4/ Gli
DDAPi5) A5
DDAP(6/ C9
DDAPi7i A9
DDAPi8i All
DDAP(9/ C21
DDAPil0) E15
DDAP(11) C15
DDAP(12/ B18
DDAP(13/ G15
DDAP(14) B22
DDAP(15/ G17
DDBN(0) AG!
DDBN(1 / AD8
DDBN(2/ AK4
DDBN(3) AE9
........DDBN(4/ AF10
DDBNiSi AJ5
Z DO_.i6i
DDBN 7 AJI I
DDBN_81 AJ17
........DDBNi9i ALl5
DDBNil0/ AG15
ZDOB.i.i AL£
DDBN(12/ AL21
DDBNi13iAFt6
DDBNi14) AL23
DDBN(151 AE17
DDBPI01 AH2
DDBPili ADI0
DDBP_21 AJ3
DDBPi3i AF8
DDBPi4i AEI I
DDBPi5i AH4
DDBPi6i AK8
DDBP_71 AKI0
DDBPi8i AJ15
........DDBPi9i AK:I4
DDBP(10/ AF14
DDBPilli AK16
DDBPi12i AK20
........DDBPi13i AE15
........DDBPi141AK2_
DDBP(15/ AG17
DDCNiO/ B24
DDCNili E17
DDCN(2/ A27
........DDCNi3i D22
........DDCNi4i
DDCN(5/ B28
DDCNi6i N27
........DDCNi7i G2_
DDCNiSi P28
DDCN(10) N29
DDCN(111 G23
DDCN(12) C29
DDCN(13/ L29
DDCN(14/ E27
DDCN(15/ H30
DDCP(0/ C23
DDCPili F18
I DDCP(21 A25
I DDCPi3i E21
DOCPi_iG_
I DDCP(5) B26
I DDCP(6/ M28
I _p_Lz_.......................
L DDCP(81 R27
BISTD TP 0
DAN(0) SCTRL DP
D AN(Z) SCTRL DN
D AN(2) SCTRLCP
D AN(3) SCTRL CN
U AN(4) SCTRLBP
U AN(5) SCTRL BN
U AN(6) SCTRLAP
U AN(7) SCTRL AN
U AN(8) SCPENZ
D AN(9) SCPDO
D AN(10) SCPDI
DAN( 11 ) SCPCLK
D AN(12) SCP TEST MUX
D AN(13) RESERVED TS
D AN(14) RESERVED SM
D AN(15) READOUT D
D AP(0) READOUT-C
D AP(1 ) READOUT-B
D AP(2) READOUT-A
D AP(3) PROG FUSE EN
D AP(4) MBRST(14)
D AP(5) MBRST(13)
D AP(6) MBRST(12)
D AP(7) MBRST(11 )
D AP(8) MBRST(10)
U AP(9) MBRST(9)
U AP(10) MBRST(8)
DAP(11 ) MBRST(7)
U AP(12) MBRST(6)
U AP(13) MBRST(5)
D AP(14) MBRST(4)
D AP(15) MBRST(3)
U BN(0) MBRST(2)
U BN(1) MBRST(1)
D BN(2) MBRST(0)
D BN(3) FUSEDATA
D BN(4) FUSE_CLK
D BN(5) EVCC
D BN(6) EVCC
D BN(7) EVCC
D BN(8) EVCC
D BN(9) DMD RESETZ
D BN(10) DCLK DP
D BN(11) DCLK-DN
D BN(12) DCLK-CP
D BN(13) DCLK-CN
D BN(14) DCLK-BP
D BN(15) DCLK-BN
D BP(0) DCLK-AP
D BP(1 ) DCLK-AN
D BP(2) D DP_15)
D BP(3) D DP(14)
D BP(4) D DP(13)
D BP(5) D DP(12)
D BP(6) DDP(11 )
D BP(7) D DP(10)
D BP(8) D DP(9)
D BP(9) D DP(8)
D BP(10) D DP(7)
DBP(11 ) D DP(6)
D BP(12) D DP(5)
D BP(13) D DP(4)
D BP(14) D DP(3)
D BP(15) D DP(2)
D CN(0) D DP(1 )
D CN(1 ) D DP(0)
D CN(2) D DN(15)
D CN(3) D DN(14)
D CN(4) D DN(13)
U CN(5) U DN(12)
D CN(6) D DN(11)
D CN(7) D DN(10)
D CN(8) D DN(9)
D CN(9) D DN(8)
D CN(10) D DN(7)
D CN(11) D DN(6)
D CN(12) D DN(5)
D CN(13) D DN(4)
D CN(14) D DN(3)
D CN(15) D DN(2)
D CP(0) D DN(I )
D CP(1) D DN(0)
D CP(2) DCP(15)
D CP(3) D CP(14)
D CP(4) DCP(13)
D CP(5) DCP(12)
D CP(6) DCP(11 )
D CP(7) D CP(I 0)
D_CP(8) D_CP(9)
IC800q
xHD3
This Document can not be used without Samsung's authorization.
G5
E3
AD2
SCTRLDP DMD VCC
E_ SCTRLCP
9_ SCTRLAP I_-]_0Kohm
D_ SCTRLAN BD801
AF2 _ [ XREF _ DMD SELZ
AG5 __ DMD-SCPDI
SCTRLDN -_--
SCTRLCN
SCTRLBP I
SCTRLBN F_q ....
__ DMD_SCPDO IClM2_N_E I _ --
DMD-SCPCLKsov _-_-5o_/[_] C809
,_C5 100pF 100pF
_ga
_Eaa
MBRST(14/ _ MBRST(0:15)
u.' MBRSTi13iI .....
R-_ MBRSTi12i [
U: MBRSTilli I
w_ MBRSTil0i
A_A MBRST(9
MBRSTiSiI
AjI MBRSTi7)
MBRST(6
L_ MBRSTiSi I
N-_ MBRSTi4)
J_ MBRST(3
N{ MBRSTi2i I
L_ MBRSTili
H_ MBRSTi0i I
F£
Xg
d2 _01 IKohm
.G: _ '-_ .... _ DMDRSTZ
AD 26 XREF _ DCLKDP
AD28 XREF _ DCLKDN
F28 XREF <>_ DCLKCP
E9 XREF <>_ DCLKAP
E_ _ DCLKAN
AC29 DDDP(15) _ _DDDP(0:15)
AF26 DDDP(14/ "_ I
V30 DDDP(13/
AH26 DDDP(12)
AD22 DDDP(11 )
U29 DDDP(10/
_,G23 DDDP(9)
U27 DDDP(8)
_,G29 DDDP(7)
Y28 DDDP(6/
AH28 DDDP(5/
AF20 DDDP(3)
A!L20 DDDP(4/ ........
26 DDDP(2)
A J21 DDDP(1 )
AH22 DDDP(0)
_C 27 DDDN05) _ DDDN(0:15)
_,G27 DDDN(14) _XREF
....Y30 DDDN(13)
A J27 DDDN(12)
AE23 DDDN(11 )
W29 DDDN(10/ ........
AF22 DDDN(9) ........
V28 DDDN(8)
AF28 DDDN(7)
W27 DDDN(6/
A J20 DDDN(5)
AE21 DDDN(4/
_AG21 DDDN(3_
AK28 DDDN(2/
AH20 DDDN(I )
A J23 DDDN(0)
J29 DDCP(15/ _ IDDCP(0:15)
D26 DDCP(14/ I _ 'XREF
M30 DDCP(13) _
C27 DDCPf12//
F24 DDCPiI"nI
D24 DDCP(9/ |
DMD VCC IC800_2
xHD3
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC VSS
VCC2 VSS
VCC2 VSS
VCC2 VSS
VCC2 VSS
VCC2 VSS
VCC2 VSS
VCC2 VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
VSS VSS
DGT3.3V DMD VCC
ClB31P600NE C801
BD800 i
..........................\ B 100nF
C800
VCC2 BD985 C842
(POWERTRACE)
C804 C805 C806 C807 100nF 100nF
C810 C811 C812 C813 C814 C815 C816 C817 C818 C819
100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F
C820 C821 C822 C8Z3 C824 C8Z5 C826 C827 C828 C829
100r,F 100r,F 100r,F 100r,F 100r,F 100r,F 100r,F 100r,F 100r,F 100r,F
C830 C831 C832 C833 C834 C835 C836 C837 C838 C839
100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F 100,,F
C802 C80S
D800
10-35 SamsungElectronics
Page 97
10-3-9 DMD-9
FPGA CFG / POWER
Schematic Diagram
This Document can not be used without Samsung's authorization.
IC900 1
CFG DONE x_F_ _H
CFG DATA(0:7)[ _ _ _EG_ATA(_ ..................................................................................................................
- _-- I CF_ DATAI!! 015
CFG DCLK [-_
CONFIGZ HI_
STATUSZ _V BDQ{ yis
TCKVPP r_. Don'_ [nst eH GI5
TDICFG ot_
TDIVPP _ HIs
TMSVPP R906 _IS
SYNCVALID _ Om
FG DATA_2_ Hf$
EG_0A_AI4L Eli ...._CF9DATA(C) GII
[ CFG DATAtB
Rgoo
...... n'
R903 ......................................................................_i5
F3.3V BDQ( 3} _C_
R904 !_t5
C _,MA A(2) _B
WCLK _ Cl_
00 t [nstoH _i4"
BDO(S) W_5
VCLKF _ _E_Z
ADQ(25) ,_z
ADOmm _
M RCR_B}
_i T_i_[ .................................
_MA At5)
BDOrS) _7
BDqm mr
HC1S25
a3_r om__U__eu__
n_
OAT,_) _NDG_PLL'{
3ATAI 8NDG_PLL3
0ATA_ _DG_PLLZ
0ATA_ G/DB_PLLt
0ATA'_ CNDA=PLL5
DATA5 t_IDAP_L5
OAT_ mDA pLL_
0A_7 C_DApU_
c,
C(;K elo_mLZ
_N_TruNE mP_PH _
_S[Le V;C__PLLS
_LI 'mC_-PLL5
_S_L_ VCO_-PLL_
,_ VOCS_PLLS
_s vccA pLL_
_TUS 'mC_PLL_
_ws VCC__mLZ
_,1 VCO/_LL__0UTA
_'_ V;C_PCLS_OUTA
P_LE_ WEFZ_S
P0_S_ V_EFZ_7
_Yr_SY _E_Z_S
m_LU _EFZ_
TCK _EFZB3
TO[ V_EF2Bt
TOO _EFI_
T_S _EFIB7
_RST WEFIBg
VCC_ V_EFIB5
C_K_ v_EriB_
_rT
C_K_ V_EFIB3
%_1p _REFIB2
oK_ V_EFe_S
&K3_ _EFBST
&_; WEFn_5
&_n V_EFeS_
_C_Z
CLK_O _EFe_
O__6o V_EFB_Z
&KYD V_EFOBi
C_K_ _v_o
P_S
CLK_ _V_OL_
&K_ T_n_ lors-p
_11n P_S.OUT_
_LKIIo &LB DUTn
,TLK 12p _LLB OUTOp
Domino mLB_OUT8_
oJ<l_ PLL__F_
CLKI#3 F_L&F_
CLK15_ I%LS_DUTIo
0m
___15o _LS_OUT_n
FCLA3 mt 5 ot Te_
_c_KI _LL_O_en
£CLK2 P£L5 F_
_cc<3 PtLSF_
rCCK_ rC_7
FCLK5 fCLKS
G'fD[3PLL5
_1_ DGT313V DGT3.3V
n_ _ t l @D_, ...........................................l
Z:_i............ ?= t_=
_i_ M WCLK
_13 _& CLK
_13 RAMB CLK
_lZ
_IZ A_C24 }
-€]3
_Z
_8 EVEN B CB CBCR_8}
_1_ EVEN G Y Y_7}
VCORE VCORE VCORE VCORE VCORE VCORE
T - - T T T
_25 " Lg0o , 901 < 902 " L903 5uH _ 5uH
C90 C98 99:920 92 ;922 C924
r_3 FS.3V "_ _ _
.....................................i OnF 22_F IOnF 22_F
I
S WCLK
nZ
CFG_DONE _ _
F3.3V
R908
_/_,_ VPP READY
Oohm
VCORE
F3.3V -77f
K11
ms
vccl_ _D
m7
VOOIN_ _O
u_e
TiT
P,io
ulz
_7i7
mz
ur_
KI7
mz
m+l
vccl_T _D
LIO
VCOINT C_D
VCCl_l mb
_m
VOOINI GNO
L12
rotifer mD
ms
VOClNT mO
fit
L]4
_cci_ mD
PII
vccl_ mo
_cl_l ¸ c_o
PI3
TI5
VCCl_ mb
u;cl_ mD
P17
_CClN_¸ m_
VCClOl mo
_clol a_o
TT
_ccia_
vccia_
_ccla?
vcc_o_
_iT
vcc_
vcclo_
vcclc_
#g
vcclr_
iN
_ccl_
_cci_
vcclr_
Tg
vcc_c_
_N
vccl_
Tg
vcc_s
_ccio7
vcc_o_
_clo7
_ccio7
vcclc_
vcclc_
mo
mo
mo
mo
mo
IC900 2
H01825
DGT3.3V
DGT1.5V
F3.3V
L908
BLM41 PBO0S
l:2;d
L_;
BLM4 P600S
VCORE
- [,09.2....A.... 2.... J_....2.... 2....m 120uF763v 16V...... 7 16V...... 7 16V...... 7 16V...... 7 16V...... 7 16V......
......................................_ 7g_} _ ?g;/r7 _72g,_ _ ?g_/r_ _7g£$ _ 7g;/r$ _7@j/rg _ 7g_/r7F1'......................................................................................................................................................................................16V 16V 16V 16V 16V ?..........................................................................16V I@V ? .....................................16V _ 16V_gC/r}
#,y
SamsungElectronics 10-36
Page 98
Schematic Diagram
10-3-10 DMD-10
FPGA I/O
F3.3V
IC980 3
_,81S25
This Document can not be used without Samsung's authorization.
EVEN_G_Y_Y(O :9) _ _f
ODDRCR(S>
ODDRCR(7>
ODDe y Y(9}
ODDGY Y_S>
F3.3V
18988 '_
H81S25
TESTPIN
VPP_TST(0:6
SUB FRAME OTP SUBFRA_E
SPTST O TP SP TST1
.................................................0 TP ACT STATUS IN
_o TP VPP TSTO
o TPVPPTST1
o TP VPP TST2
o TP VPP TST3
O TP VPP TST4
O Tp VppTST5
O TP VPP TST6
TP SP TSTO
SUBFRAME
DVlSYNCVAL
SYNCDET
SYNCVAL
: 10Kohr_
SOW
BNKIPU
BNK2PU
BNKSPU
BNKaPu
BNK5PU
BNKSpU
BNKrPU
mK_PU
mK1PD
F3.3V
10-37 SamsungElectronics
Page 99
10-3-11 DMD-11
This Document can not be used without Samsung's authorization.
SDRAM
Schematic Diagram
DGT3.3V
[I_<_
ADQ(0:31 )
RAMA CASZ
RAMA WEZ
RAMA RASZ
RAMA-CSZ L._r R1100
1Kohm
_ 1/10W
_y
Ll100
1.5uH
C1100 C1101 C1102 C1103 C1104 C1105 C1106 C1107 C1108 C1109 C1110 C11111 J
10uF 100nF 100nF 100nF 100nF 100nF 10nF 10nF 10nF 10nF 10nF 10nF
ICl 100
K4S643232E-TC60
1
VDD VSS
_N_0m/
_ADQ_I_
2
DQ0 DQ15
3
VDDQ VSSQ
4
DQ1 DQ14
5
DQ2 DQ13
6
VSSQ VDDQ
DQ3 DQ12
DQ4 DQ11
VDDQ VSSQ
DQ5 DQ10
DO6 DQ9
VSSQ VDDQ
DQ7 DQ8
NC NC
VDD VSS
DQM0 DQMI
/WE NC
/CAS NC
/RAS CLK
/CS CKE
NC A9
BA0 A8
BA1 A7
A10,AP A6
A0 A5
A1 A4
A2 A3
DQM2 DQM3
VDD VSS
NC NC
DQ16 DQ31
VSSQ VDDQ
DQ17 DQ30
DQ18 DQ29
VDDQ VSSQ
DQ19 DQ28
DQ20 DQ27
VSSQ VDDQ
DQ21 DQ26
DQ22 DQ25
VDDQ VSSQ
DQ23 DQ24
VDD VSS
RAMA CLK
ADQ/14)/
ADQ/31//
ADQ/28)/
DGT3.3V
Ll101
1.5uH
/
Cl112 Cl113 Cl114 Cl115 Cl116 Cl117 Cl118 Cl119 Cl120 Cl121 Cl122 Cl123} J
10uF 100nF 100nF 100nF 100nF 100nF 10nF 10nF 10nF 10nF 10nF 10nF
/
BDQ(0:31 )
IC1101
K4S643232E-TC60
RAMBCASZ
RAMB WEZ
RAMBRASZ
RAMB-OSZ
\BP0m_
_BDQ_I_
1
VDD VSS
2
DQ0 DQ15
3
VDDQ VSSQ
DQ1 DQ14
5
DQ2 DQ13
VSSQ VDDQ
DQ3 DQ12
DQ4 DQ11
VDDQ VSSQ
DQ5 DQ10
DQ6 DQ9
VSSQ VDDQ
DQ7 DQ8
NC NC
VDD VSS
DQM0 DQMI
/WE NC
/CAS NC
/RAS CLK
/CS CKE
NC A9
BA0 A8
BA1 A7
A10,AP A6
A0 A5
A1 A4
A2 A3
DQM2 DQM3
VDD VSS
NC NC
DQ16 DQ31
VSSQ VDDQ
DQ17 DQ30
DQ18 DQ29
VDDQ VSSQ
DQ19 DQ28
DQ20 DQ27
VSSQ VDDQ
DQ21 DQ26
DQ22 DQ25
VDDQ VSSQ
DQ23 DQ24
VDD VSS
86
RAMB CLK
RAMA_A(0:I 2)
RAM B_A(0:12)
_7
SamsungElectronics 10-38
Page 100
Schematic Diagram
10-4Power
This Document can not be used without Samsung's authorization.
J.....................................................................
i
pc t,_u7 seo,,
csee
4
I
500V
{iO/
pv
10-39 SamsungElectronics
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