Samsung SGH-X480 User manual

SGH-X480
1. Specification
2. Circuit Description
3. Exploded Views and Parts List
4. Electrical Parts List
5. Block Diagrams
6. PCB Diagrams
7. Flow Chart of Troubleshooting
SAMSUNG Anycall
CONTENTS
SAMSUNG Anycall
SGH-X480C
SGH-X488

Samsung Electronics Co.,Ltd. March. 2005
PrintedinKorea.
Code No.: GH68-06818A
BASIC.
ⓒ
This Service Manual is a property of Samsung Electronics Co.,Ltd.
Any unauthorized use of Manual can be punished under applicable
International and/or domestic law.

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1. Specification
1-1
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EGSM900
Phase2DCS1800 Phase1PCS1900 Phase1
Freq.Band[MHz]
Uplink/Downlink 880~915 925~960 1710~1785 1805~1880 1850~1910 1930~1960
ARFCNrange0~124 &975~1023 512~885 512~810
Tx/Rxspacing 45MHz95MHz80MHz
Mod.Bit rate/
Bit Period 270.833kbps 3.692us270.833kbps 3.692us270.833kbps 3.692us
TimeSlot
Period/FramePeriod 576.9us 4.615ms576.9us 4.615ms576.9us 4.615ms
Modulation 0.3GMSK0.3GMSK0.3GMSK
MS Power33dBm~5dBm30dBm~0dBm30dBm~0dBm
PowerClass 5pcl~19pcl0pcl~15pcl0pcl~15pcl
Sensitivity-102dBm-100dBm-100dBm
TDMAMux 8 8 8
Cell Radius35Km2Km2Km
Operating
Temperature-20°
C~+50° C
1. GSMGeneralSpecification

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Specification
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2. Circuit Description
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1. SGH-X480, SGH-X480C,SGH-X488 RFCircuitDescription
1)RX PART
1.ASM(F900)→SwitchingTx,RxpathforGSM900,DCS1800 and PCS1900 bylogic controlling.
2.ASMControlLogicTruthTable
VC1VC2VC3
Tx(GSM900)HL L
Tx(DCS1800/PCS1900)LHL
Rx(GSM900)LLL
Rx(DCS1800)LLL
Rx(PCS1900)L L H
3.SawFILTER
ToconvertElectromagneticFieldWavetoAcousticWave and then pass thespecificfrequency band.
-GSMFILTER(F800)→For filtering thefrequency band between 925 and 960 MHz.
-DCS FILTER(F800)→For filtering thefrequency band between 1805 and 1880 MHz
-PCS FILTER(F801)→For filtering thefrequency band between 1930 and 1990 MHz.
4.Crystal(U802)
To generatethe26MHzreference clockto drivethelogic and RF.
Afteradditionalprocess,thereference clockappliestotheU801 RxIQdemodulatorand TxIQmodulator.
Theoscillator forRXIQdemodulatorand Txmodulatorare controlled by serialdatatoselectchanneland usefast lock
modeforGPRShigh class operation.
5.Si4210 (U801)
Thereceivesection integratesfourdifferential-input lownoise amplifiersLNAs supporting theGSM850,EGSM900,
DCS1800 and PCS1900 bands.TheLNA inputsarematchedtothe150 ohmbalanced-outputSAWfiltersthrough externa
LCmatching network.
AquadratureImage-rejectmixerdownconvertstheRFsignal toa200 KHzintermediatefrequency(IF).Themixeroutput is
amplifiedwithananalog programmablegainamplifier(PGA)that iscontrolledwiththeAGAIN.ThequadratureIF? ?
isdigitizedwith high resolution analog-to-digitalconverts(ADC).
TheADCoutput isdownconvertedto baseband withadigitalquadratureLOsignal.Digitaldecimation and FIRfilters
performdigitalfiltering and removeADCquantization noise,blockersand reference interferers.
After filtering,thedigitaloutput is scaledwithadigitalPGA,whichiscontrolledwiththeDGAIN.DACsdrive a
differentialIand Qanalog signalontotheBIP,BIN,BQPand BQN pinstointerface tostandardanalog-inputbaseband
ICs.

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CircuitDescription
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2)TXPART
Baseband IQsignalfedinto offsetPLL,thisfunction isincludedinsideofU801 chip.Thetransmit section ofU801
consistofanI/Qbaseband upconverter,an offsetphase-lockedloop (OPLL)and two 50 ohmoutputbuffersthatcan drive
anexternalPowerAmplifier(PA).Si4210 chip generatesmodulatorsignalwhich powerlevel isabout1.5dBmand fedinto
PowerAmplifier(U900).ThePAoutputpowerand power ramping arewell controlledbyAutoPowerControlcircuit.
WeuseoffsetPLL below.
Modulation Spectrum
200kHzoffset
30 kHzbandwidth
GSM-35dBc
DCS-35dBc
PCS-35dBc
400kHzoffset
30 kHzbandwidth
GSM-66dBc
DCS-65dBc
PCS-66dBc
600kHz~1.8MHzoffset
30 kHzbandwidth
GSM-75dBc
DCS-68dBc
PCS-75dBc
2. Baseband CircuitdescriptionofSGH-X480,SGH-X480C,SGH-X488
1)CSP2200B1
1.Power Management
Sevenlow-dropoutregulatorsdesignedspecificallyforGSMapplicationspowertheterminaland helpensureoptimal
systemperformance and long batterylife.AprogrammableLDO provides supportfor1.8V,3.0VSIMs,while a
self-resetting,electronicallyfusedswitchsuppliespowertoexternalaccessories.Ancillarysupportfunctions,suchastwo
LEDdriversand twocall-alertdrivers,aidinreducing both boardarea and systemcomplexity.Afour-wireserial interface
unit(SIU)providesaccess tocontroland configuration registers.Thisinterface givesamicroprocessor full controlofthe
CSP2200B1and enables systemdesignerstomaximize bothstandby and talktimes.Error reporting isprovided via an
interruptsignaland statusregister.Supervisoryfunctions.including aresetgenerator,aninputvoltagemonitor,and a
thermalmonitor,supportreliablesystemdesign.Thesefunctionsworktogethertoensurepropersystembehaviorduring
start-up orinthe eventofafault condition(lowmicroprocessorvoltage,insufficientbatteryenergy,orexcessivedie
temperature).
2.BatteryChargeManagement
Abatterychargemanagementblock,incorporating aninternalPMOSswitch,and an 8-bit ADC,providesfast,efficient
charging ofsingle-cell Li-Ion battery.Usedinconjunction witha current-limited voltagesource,thisblocksafely
conditionsnear-deadcellsand providestheoption ofhaving fast-charge and top-off controlledinternally orby thesystem's
microprocessor.

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CircuitDescription
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3.BacklightLED Driver
ThebacklightLEDdriverisalow-side,programmable currentsource designedtocontrol thebrightness ofthekeyboard
illumination.LED1_DRViscontrolled viaLED1_[0:2]and can beprogrammedtosink from15mAto 60mAin 7.5mA
steps.LED2_DRViscontrolled viaLED2_[0:2]and can beprogrammedtosink from5mAto 40mAin 5mAsteps.
BothLEDdriversare capableofsinking theirmaximumoutputcurrentataworst-casemaximumoutputvoltageof0.6V.
Forefficientuse,theLEDsisconnected betweenthebatteryand theLED_DRVoutput.
4.VibratorMotorDriver
Thevibratormotordriverisaindependentvoltageregulatorto driveasmall dcmotorthatsilentlyalertstheuserofan
incoming call.Thedriverisa3.3Vconstantsource whilesinking up to 140mAand controlledbyenablesignalofmain
chip.Forefficientuse and safety,thevibratormotorshould be connected betweentheregulatoroutputand theground.
2)Connector
1.LCD Connector
LCDisconsisted ofmainLCD(color65KSTNLCD).ChipselectsignalsofEMIpart inthetrident,LCD_CS,can
enablemainLCD.LED+signalenableswhiteLEDofmainLCD.Insleepmode,whiteLEDareturned off.
ThesetwosignalsarefromIOpartoftheDSP inthetrident.RSTsignalfromCSP2200B1initiatestheinitialprocess of
theLCD.
8-bit datalines(D(0)~D(7)) transfersdata and commandstoLCDthrough emi_filter.Data and commandsuseA(2)signal.
If this signal ishigh,InputstoLCDare commands.If it islow,InputstoLCDaredata.
ThesignalswhichinformtheinputoroutputstatetoLCD,arerequired.But this systemisnotnecessaryfor readenable
signal.CP_WENsignal isonly usedtowritedataorcommandstoLCD.
Powersignalforoperating LCDdriverisVCCD.
2.JTAGConnector
TridenthastwoJTAG portswhichareforARMcore and DSP core(DSP16000).Sothis systemhastwo portconnector
fortheseports.Pins'initialsforARMcore are'CP_' and pins'initialsforDSP core are'DSP_'.
CP_TDIand DSP_TDIsignalareusedforinputofdata.CP_TDO and DSP_TDO signalsareusedfortheoutputofthe
data.CP_TCKand DSP_TCKsignalsareusedforclock becauseJTAG communication isasynchronous.CP_TMSand
DSP_TMSsignalsaretestmodesignals.Thedifference betweentheseistheRESET_INTsignalwhichisforARMcore
RESET.

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CircuitDescription
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3.Keypadconnector
Thisisconsisted ofkeyinterface pinsinthetrident,KEY_ROW[0~4]and KEY_COL[0~4].Thesesignalscomposethe
matrix.Result ofmatrixinformsthekeystatusto keyinterface inthetrident.Somepinsare connectedto varistor for
ESDprotection.And poweron/off keyis seperatedfromthematrix.
So poweron/off signal isconnectedwithCSP2200 toenableCSP2200.
NinekeyLEDusethe +VBATT supply voltage.These are connectedtoBACKLIGHTsignal intheCSP2200.
This signalenablesLEDswithcurrentcontrol.
4.EMIFiltering
This systemusestheEMIFiltertoreduce noisefromLCDpart.Some controlsignalsare connectedtoLCD withoutEMI
filtering.
3)IFconnetor
It is24-pinconnector,and separatedintotwo parts.Oneisapowersupply partformainsystem.And theotheris
designedto useSDS,DEBUG,DLC-DETECT,JIG_ON,VEXT,VTEST,VF,and GND.Theyconnectedto powersupply
IC,microprocessorand signalprocessor IC.
4)Audio
AOUTAP,AOUTAN fromCSP2200 isconnectedtothespeakervia analog switch.AOUTBPand AOUTBNare connected
tothe ear-micspeakervia ear-jack.MICINand MICOUTare connectedtothemainMIC.And AUXINand AUXOUT
are connectedtotheEar-mic.
YMU762MA3isaLSI forportabletelephonethat iscapableofplaying high qualitymusicby utilizing FMsynthesizer
and ADPCMdecorderthatareincludedinthisdevice.
Asasynthesis,YMU762MA3isequipped 16 voiceswith different tones.Since thedevice iscapableofsimultaneously
generating up tosynchronouswiththeplay oftheFMsynthesizer,various sampled voicescan beusedas sound effects.
Since theplay dataofYMU762MA3areinterpretedatanytimethrough FIFO,thelength ofthedata(playing period)isnot
limited,sothedevice canflexiblysupportapplication suchasincoming call melody musicdistribution service.The
hardwaresequencerbuilt inthisdevice allowsplaying ofthe complexmusicwithoutgiving excessiveloadtotheCPUof
theportabletelephones.Moreover,theregistersoftheFMsynthesizercan beoperated directlyfor real timesound
generation,allowing,forexample,utilization ofvarious sound effectswhen using thegamesoftwareinstalledinthe
portabletelephone.
YMU762 includesaspeakeramplifierwith high rippleremovalratewhosemaximumoutput is550mW(SPVDD=3.6V).
Thedevice isalsoequippedwithconventionalfunction including avibartorand a circuit forcontrolling LEDs synchornous
withmusic.
Fortheheadphone,it isprovidedwithastereophonicoutput terminal.
Forthepurposeofenabling YMU762MA3to demonstrateitsfull capabilities,Yamahapurposeto use"SMAF:Synthetic
musicMobileApplication Format"asadatadistribution format that iscompatiblewithmultimedia.

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Since theSMAFtakesastructurethatsetsimportance on thesynchronization betweensound and images,variouscontents
can bewrittenintoit including incoming call melody withwordsthatcan beusedfortraining karaoke,and commercial
channel thatcombinestexts,imagesand sounds,and others.ThehardwaresequencerofYMU762MA3 directlyinterprets
and playsblocksrelevant tosynthesis(playing music and reproducing ADPCMwithFMsynthesizer) thatareincludedin
datadistributedinSMAF.
5)Memory
This systemusesSHARP'smemory,LRS18B0.
It isconsisted of256Mbitsflashmemoryand 64MbitsSCRAM.Ithas16 bit dataline,D[0~15]whichisconnectedto
trident,LCDorCSP2200.Ithas23 bit address lines,A[1~23].Theyare alsoconnected.CP_CSROMENsignal,chip
selectsignal inthetrident,enableflashmemories.They usesupply voltages,VCCDand VCC_1.8A.
During wrting process,CP_WENislowand it enableswriting process toflashmemoryand SCRAM.During reading
process,CP_OENislowand it output information whichislocatedat the address fromthetrident intheflashmemory or
SCRAMto datalines.Eachchipselectsignalsinthetridentselectflashmemory orSCRAM.Reading orwriting
procedureisprocessedafterCP_WENorCP_OENisenabled.MemoriesuseFLASH_RESET,whichisbufferedsignalof
RESET fromCSP2200,forESDprotection.A[0]signalenableslowerbyteofSCRAMand UPPER_BYTE signalenables
higherbyteofSCRAM.
6)Trident
Trident isconsisted ofARMcore and DSP core.Ithas20K*16bitsRAM144K*16bitsROMintheDSP.Ithas
4K*32bitsROMand 2K*32bitsRAMintheARMcore.DSP isconsisted oftimer,onebit input/outputunit(BIO),JTAG,
EMIand HDS(HardwareDevelopmentSystem).ARMcoreisconsisted ofEMI,PIC(ProgrammableInterruptController),
reset/power/clock unit,DMAcontroller,TIC(TestInterface Controller),peripheralbridge,PPI,SSI(SynchronousSerial
Interface),ACCs(Asynchronouscommunicationscontrollers),timer,ADC,RTC(Real-TimeClock)and keyboardinterface.
DSP_AB[0~8],address linesofDSP core and DSP_DB[0~15],datalinesofDSP core are connectedtoCSP2200.A[0~20],
address linesofARMcore and D[0~15],datalinesofARMcore are connectedtomemory,LCDand YMU762.
ICP(InterprocessorCommunication Port)controlsthe communication betweenARMcore and DSP core.
CSROMEN,CSRAMENand CS1NtoCS4NintheARMcore are connectedtoeachmemory.WENand OENcontrol the
process ofmemory.ExternalIRQ(InterruptReQuest)signalsfromeach units,suchas,YMU,Ear-jack,Ear-mic and
CSP1093,needthe compatibleprocess.
SomePPIpinshasmany specialfunctions.CP_KB[0~9] receivethestatusfromkeyFPCB and areusedforthe
communicationsusing datalink cable(DEBUG_DTR/RTS/TXD/RXD/CTS/DSR).
And UP_CS/SCLK/SDI,controlsignalsforCSP2200 areoutputtedthrough PPIpins.Ithas signalportfor
charging(CHG_DET),SIM_RESET and FLIP_SNSwithwhichweknowsopen.closedstatusof folder.Ithas JTAG control
pins(TDI/TDO/TCK) forARMcore and DSP core.Itrecieves13MHz clockinCKIpinfromexternalTCXO and receives
32.768KHz clockfromX1RTC.ADC(Analog toDigitalConvertor) partreceivesthestatusoftemperature,batterytype and
battery voltage.And controlsignals(DSP_INT,DSP_IOand DSP_RWN) forDSP core areused.ItenablesmainLCD with
DSP IPpins.

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7)CSP2200
CSP2200 isintegratedthetiming and controlfunctionsforGSM2+mobile application withtheADCand DACfunctions,
and powermanagementblock.TheCSP2200 interfacestothetrident,via a 16-bit parallel interface.Itservesasthe
interface thatconnectsaDSP totheRFcircuitryinaGSM2+mobiletelephone.DSP canload 148 bitsofburstdata
intoCSP2200’ sinternalregister,and programCSP2200’ sevent timing and controlregisterwiththe exact timetosend the
burst.Whenthetiming portion ofthe event timing and controlregistermatchestheinternalquarter-bit counterand internal
frame counter,the148 bitsintheinternalregisterareGMSKmodulatedaccording toGSM2+standards.Theresulting
phaseinformation istranslatedintoIand Qdifferentialoutputvoltagesthatcan be connected directlytoanRFmodulator
at theTXOPand TXON pins.TheDSP isnotifiedwhenthetransmission iscompleted.For receiving baseband data,a
DSP can programCSP2200’ sevent timing and controlregisterwiththe exact timetostartreceiving Iand Qsamples
through TXIPand TXINpins.Whenthat timeisreached,the controlportion ofthe event timing and controlregisterwill
start thebaseband receivesection converting Iand Qsamplepairs.Thesamplesarestoredinadouble-bufferedregister
until theregistercontains32 samplepairs.CSP2200 then notifiestheDSP which has sampletimetoreadtheinformation
outbeforethenext32 samplepairsarestored.Thevoice band ADCconverterissuesaninterrupt totheDSP wheneverit
finishesconverting a16-bit PCMword.TheDSP thenreadsthenewinputsample and simultaneouslyloadsthevoice
band outputDACconverterwithanewPCMoutputword.Thevoice band outputcan be connected directlytoaspeaker
viaAOUTAN and AOUTAPpinsand be connectedtoaEar-micspeakerviaAOUTBNand AOUTBPpins.
There are7LDOswhicharepowersourcesofmicroprocessor,LCD,etc.These7LDOsoutputareprogrammable.

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3. ExplodedViewand Partslist
3-1
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1.CellularphoneExplodedView-1
QFU01
QPC01 QLC01
QSP01
QMO01
QFL01
QCR04
QSC05
QSC08
QMW02
QIF01
QFR01
QKP01
QRF03
QSC14
QVO01
QAN02
QMI01
QME01
QMP01
QRE01
QBA01
QCR04
QRF01
QMI03
QVK01

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Explodedviewand Partlist
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2.CellularphonePartslist
Location
NO.DescriptionSEC CODE
SGH-X480 SGH-X480CSGH-X488
QFR01 FRONTCOVER GH75-06162AGH75-06162AGH75-06162A
QRF03 EARCOVER GH72-19072AGH72-19072AGH72-19072A
QMI03 MICHOLDER GH73-04031AGH73-04031AGH73-04031A
QSC14 FRONTSHEETGH74-13673AGH74-13673AGH74-13673A
QVO01 SIDEKEYGH72-19086AGH72-19086AGH72-19086A
QIF01 IFCOVER GH72-19085AGH72-19085AGH72-19085A
QKP01 KEYPADGH75-06188AGH75-06663AGH75-06663A
QME01 UNITMETALDOMEGH59-01925AGH59-01925AGH59-01925A
QMI01 MICROPHONEASSYGH30-00119AGH30-00119AGH30-00119A
QMP01 MAINPBAGH92-02033AGH92-02033AGH92-02033A
QVK01 UNIT VOLUMEKEYGH59-01927AGH59-01927AGH59-01927A
QAN02 INTENNAGH42-00528AGH42-00528AGH42-00528A
QRE01 REARCOVER GH75-06165AGH75-06165AGH75-06165A
QCR04 SCREWMACHINE6001-001479 6001-001479 6001-001479
QRF01 TAPE RFSWITCHGH74-12570AGH74-12570AGH74-12570A
QBA01 BATTERYGH43-01661AGH43-01729AGH43-01729A
QFU01 FOLDER UPPER GH75-06163AGH75-06662AGH75-06662A
QPC01 FPCB GH41-00772AGH41-00772AGH41-00772A
QLC01 LCDGH07-00655AGH07-00655AGH07-00655A
QSP01 SPEAKER 3001-001737 3001-001737 3001-001737
QMO01 MOTORDCGH31-00148AGH31-00148AGH31-00148A
QFL01 FOLDER LOWER GH75-06164AGH75-06164AGH75-06164A
QCR04 SCREWMACHINE6001-001479 6001-001479 6001-001479
QSC05 SCREWCAPRGH74-12568AGH74-12568AGH74-12568A
QSC08 SCREWCAPLGH74-12569AGH74-12569AGH74-12569A
QMW02 WINDOWMAINGH72-19120AGH72-19120AGH72-19120A

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Explodedviewand Partlist
3-3
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3.TestJig(GH80-00865A)
3-1.RFTestCable
(GH39-00283A)3-2.TestCable (GH39-00127A)3-3.SerialCable
3-4.PowerSupplyCable3-5.DATACABLE
(GH39-00143B)3-6.TA
(GH44-00184A)

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Explodedviewand Partlist
3-4
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4. ElectricalParts List
4-1
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SEC CodeDesignLOC
0403-001387 ZD302
0403-001427 ZD303
0406-001190 U901
0406-001190 ZD304
0406-001190 ZD305
0406-001190 ZD306
0406-001201 V714
0406-001201 V715
0406-001201 V716
0501-000225 Q400
0504-000168 Q100
0505-001518 Q201
0801-000796 U102
1001-001294 U402
1009-001010 U702
1201-002174 U900
1203-003105 U206
1203-003105 U701
1203-003105 U703
1203-003304 U100
1204-002161 U401
1209-001219 U602
1405-001082 V203
1405-001082 V204
1405-001082 V205
1405-001082 V206
1405-001082 V405
1405-001082 V410
1405-001082 V411
1405-001082 V701
1405-001082 V702
1405-001082 V703
1405-001082 V704
1405-001082 V705
1405-001082 V706
1405-001082 V707
1405-001082 V708
1405-001082 V709
1405-001082 V710
SEC CodeDesignLOC
1405-001082 V711
1405-001082 V713
1405-001093 V307
1405-001108 V401
1405-001108 V402
1405-001108 V403
1405-001108 V404
1405-001110 V207
2007-000138 R901
2007-000140 R115
2007-000140 R209
2007-000140 R305
2007-000140 R306
2007-000140 R307
2007-000140 R308
2007-000140 R309
2007-000140 R310
2007-000140 R311
2007-000140 R312
2007-000140 R313
2007-000140 R314
2007-000140 R316
2007-000140 R317
2007-000140 R427
2007-000140 R439
2007-000142 R414
2007-000145 R437
2007-000146 R406
2007-000148 R410
2007-000148 R618
2007-000148 R809
2007-000153 R113
2007-000155 R112
2007-000157 R405
2007-000157 R600
2007-000157 R608
2007-000162 R109
2007-000162 R114
2007-000162 R401

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ElectricalPartsList
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SEC CodeDesignLOC
2007-000162 R607
2007-000162 R609
2007-000162 R617
2007-000162 R714
2007-000162 R715
2007-000167 R105
2007-000170 R601
2007-000171 R101
2007-000171 R104
2007-000171 R116
2007-000171 R315
2007-000171 R404
2007-000171 R416
2007-000171 R425
2007-000171 R502
2007-000171 R602
2007-000171 R616
2007-000171 R713
2007-000171 R800
2007-000171 R807
2007-000171 R808
2007-000172 R106
2007-000172 R108
2007-000172 R201
2007-000172 R501
2007-000173 R703
2007-000173 R705
2007-000173 R708
2007-000173 R902
2007-000174 R702
2007-000174 R704
2007-000174 R706
2007-000174 R707
2007-000174 R709
2007-000174 R710
2007-000174 R711
2007-000566 R300
2007-000566 R301
2007-000566 R302
SEC CodeDesignLOC
2007-000566 R303
2007-000566 R304
2007-001217 R202
2007-001288 R210
2007-001291 R402
2007-001291 R403
2007-001291 R421
2007-001291 R423
2007-001308 R802
2007-001313 R903
2007-001317 R415
2007-001319 R103
2007-001320 R413
2007-001320 R418
2007-001325 R407
2007-001333 R435
2007-002797 R801
2007-007101 R417
2007-007101 R424
2007-007107 R408
2007-007107 R412
2007-007142 R111
2007-007142 R409
2007-007142 R411
2007-007142 R422
2007-007142 R603
2007-007308 R604
2007-007308 R605
2203-000233 C110
2203-000233 C211
2203-000233 C424
2203-000233 C501
2203-000233 C503
2203-000233 C801
2203-000254 C101
2203-000254 C118
2203-000254 C120
2203-000254 C205
2203-000254 C505

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ElectricalPartsList
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SEC CodeDesignLOC
2203-000254 C601
2203-000254 C602
2203-000254 C603
2203-000254 C604
2203-000254 C608
2203-000254 C610
2203-000254 C611
2203-000254 C612
2203-000254 C613
2203-000254 C813
2203-000254 C914
2203-000278 C803
2203-000278 C808
2203-000278 C819
2203-000330 C619
2203-000330 C620
2203-000359 C401
2203-000386 C811
2203-000425 C415
2203-000438 C210
2203-000438 C418
2203-000438 C912
2203-000438 C915
2203-000438 C916
2203-000585 C408
2203-000628 C414
2203-000628 C431
2203-000679 C606
2203-000812 C105
2203-000812 C106
2203-000812 C107
2203-000812 C206
2203-000812 C207
2203-000812 C410
2203-000812 C411
2203-000812 C422
2203-000812 C432
2203-000812 C905
2203-000854 C302
SEC CodeDesignLOC
2203-000854 C802
2203-000995 C413
2203-000995 C903
2203-000995 C913
2203-001017 C806
2203-001072 C102
2203-001072 C433
2203-001072 C434
2203-001072 C901
2203-001383 C908
2203-001385 C904
2203-001405 C607
2203-001412 C812
2203-001598 C109
2203-001598 C117
2203-002668 C906
2203-002677 C816
2203-002677 C817
2203-002687 C911
2203-005061 C108
2203-005061 C119
2203-005061 C124
2203-005061 C403
2203-005061 C404
2203-005061 C407
2203-005061 C419
2203-005061 C502
2203-005061 C504
2203-005061 C605
2203-005065 C121
2203-005234 C807
2203-005234 C809
2203-005288 C804
2203-005288 C805
2203-005288 C907
2203-005450 C818
2203-005482 C103
2203-005482 C201
2203-005482 C202

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SEC CodeDesignLOC
2203-005482 C204
2203-005482 C429
2203-005482 C703
2203-005482 C704
2203-005482 C810
2203-005482 C814
2203-005482 C815
2203-005496 C412
2203-005496 C420
2203-005496 C600
2203-005496 C618
2203-006090 C909
2203-006093 C112
2203-006093 C113
2203-006093 C114
2203-006093 C115
2203-006093 C116
2203-006093 C208
2203-006093 C701
2203-006093 C705
2203-006137 C405
2203-006190 C417
2203-006208 C416
2203-006324 C104
2203-006324 C209
2203-006324 C702
2203-006324 C706
2203-006438 C615
2404-001105 C425
2404-001105 C430
2404-001151 C423
2404-001239 C910
2404-001240 C111
2404-001268 C123
2404-001268 C125
2404-001268 C303
2404-001268 C402
2503-001041 C220
2503-001041 C221
SEC CodeDesignLOC
2703-002170 L807
2703-002170 L901
2703-002199 L803
2703-002201 L903
2703-002201 L904
2703-002202 L401
2703-002202 L402
2703-002205 L805
2703-002339 L201
2703-002367 L902
2703-002558 L802
2703-002608 L806
2703-002815 L804
2801-003856 OSC600
2901-001286 U201
2901-001286 U202
2901-001286 U203
2904-001480 F801
2904-001523 F800
3301-001659 L301
3301-001729 L701
3705-001355 CON901
3709-001298 CN100
3710-001994 CN300
3711-005829 CN301
4302-001177 BAT100
GH09-00036A U600
1108-000009 U500
1203-003663 U101
1203-003674 U200
2203-006562 C217
2203-006636 C216
2801-004426 U802
2911-000002 F900
3711-005885 CN200
3722-002067 CN401
0601-002020 D701
0601-002020 D702
0601-002020 D703

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SEC CodeDesignLOC
0601-002020 D704
0601-002020 D705
0601-002020 D706
0601-002020 D707
0601-002020 D708
0601-002020 D709
0601-002020 D711
1205-002683 U801

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