Samsung SGH-E100 Bedienungsanleitung

SGH-E100

SERVICE

Manual

GSMTELEPHONECONTENTS

1.Specification

2.Circuit Description

3. ExplodedViews and PartsList

4. ElectricalPartsList

5.BlockDiagrams

6.PCB Diagrams

7. FlowChartofTroubleshooting

GSMTELEPHONE

ELECTRONICS

Samsung ElectronicsCo.,Ltd.August.2003

Printedin Korea.

CodeNo.:GH68-04388A

BASIC.

ⓒ

hisServiceManual isa propertyofSamsung ElectronicsCo.,Ltd.

nyunauthorized use ofManualcan bepunished underapplicable

nternationaland/ordomesticlaw.

SAMSUNG Proprietary-Contents may change without notice

1. SGH-E100 Specification

1-1

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GSM900

Phase1EGSM900

Phase2DCS1800

Phase1

Freq.Band[MHz]

Uplink/Downlink 890~915

935~960 880~915

925~960 1710~1785

1805~1880

ARFCNrange1~124 0~124 &

975~1023 512~885

Tx/Rxspacing 45MHz45MHz95MHz

Mod.Bit rate/

Bit Period 270.833kbps

3.692us270.833kbps

3.692us

TimeSlot

Period/FramePeriod 576.9us

4.615ms576.9us

4.615ms

Modulation 0.3GMSK0.3GMSK0.3GMSK

MS Power33dBm~13dBm33dBm~5dBm30dBm~0dBm

PowerClass 5pcl~15pcl5pcl~19pcl0pcl~15pcl

Sensitivity-102dBm-102dBm-100dBm

TDMAMux 8 8 8

Cell Radius35Km35Km2Km

1. GSMGeneralSpecification

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SGH-E100 Specification

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TXPower

control levelGSM900

5 33±2 dBm

6 31±2 dBm

7 29±2 dBm

8 27±2 dBm

9 25±2 dBm

10 23±2 dBm

11 21±2 dBm

12 19±2 dBm

13 17±2 dBm

14 15±2 dBm

15 13±2 dBm

16 11±3 dBm

17 9±3dBm

18 7±3 dBm

19 5±3 dBm

TXPower

control levelDCS1800

0 30±3 dBm

1 28±3 dBm

2 26±3 dBm

3 24±3 dBm

4 22±3 dBm

5 20±3 dBm

6 18±3 dBm

7 16±3 dBm

8 14±3 dBm

9 12±4 dBm

10 10±4 dBm

11 8±4dBm

12 6±4 dBm

13 4±4 dBm

14 2±5 dBm

15 0±5 dBm

2. GSMTXpower class

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2. SGH-E100 Circuit Description

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Ⅰ.SGH-E100 RFCircuitDescription

1. RX PART

1.1 ASM(MODULE1)

→Switching Tx, Rx pathforGSM900, DCS1800 by logic controlling.

1.2 ASMControlLogic(U206, U208)

→TruthTable

VC_1 VC_2

GSMTxModeHL

DCSTxModeLH

GSMRxModeL L

DCSRxModeL L

1.3 FILTER

ToconvertElectromagneticFieldWavetoAcoustic Wave and then pass thespecificfrequency

band.

-GSMFILTER(F100)→For filtering thefrequency band between 925 ~960 MHz

-DCS FILTER(F102)→For filtering thefrequency band 1805 and 1880 MHz.

1.4 TC-VCXO(U101)

To generatethe26MHzreference clockto drivethelogic and RF.

Afteradditionalprocess,thereference clockappliestotheU100 RxIQdemodulatorand Tx

IQmodulator.

Theoscillator forRXIQdemodulatorand Txmodulatorare controlledbyserialdatatoselect

channeland usefast lockmodeforGPRShigh class operation.

1.5 UAA3536(U100)

Thischipintegratestwo differential-inputLNAs.

TheGSMinputsupportstheE-GSM,DCSinputsupportstheDCS1800. TheLNA inputsare

matchedtothe200 ohmdifferentialoutputSAWfiltersthrough eternalLCmatching network.

Image-reject mixerdownconvertstheRFsignal toa100 KHzintermediatefrequency(IF)with

theRFLOfromVOU1810 voltage-controlled oscillator.TheRFLOfrequencyisbetween 1801 ~

1921 MHz.

TheMixeroutput isamplifiedwithananalog programmablegainamplifier(PGA),whichis

controlled by AGAIN.

ThequadratureIFsignal isdigitizedwith high resolution A/Dconverts(ADC).

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2. TXPART

Baseband IQsignalfedinto offsetPLL,thisfunction isincludedinsideofU100 chip.

UAA3536 chip generatesmodulatorsignalwhich powerlevel isabout1.5dBmand fedinto

PowerAmplifier(U201).

ThePAoutputpowerand power ramping arewell controlledbyAutoPowerControlcircuit.

We useoffsetPLL belowtable.

Modulation Spectrum

200kHzoffset

30 kHzbandwidth

GSM-35dBc

DCS-35dBc

400kHzoffset

30 kHzbandwidth

GSM-66dBc

DCS-65dBc

600kHz~1.8MHzoffset

30 kHzbandwidth

GSM-75dBc

DCS-68dBc

Ⅱ.SGH-E100 BasebandCircuitDescription

1. PCF50601

1.1 Power Management

Tenlow-dropoutregulatorsdesignedspecificallyforGSMapplicationspowertheterminaland

helpensureoptimalsystemperformance and long batterylife.Aprogrammableboostconverter

provides supportfor1.8V, 3.0V,and 5.0VSIMs,whileaself-resetting, electronicallyfused

switchsuppliespowertoexternalaccessories.Ancillarysupportfunctions,suchasRTCmodule

and High VoltageChargepump, Clock generator,aidinreducing both boardarea and system

complexity.

I2C BUSserial interface providesaccess tocontroland configuration registers.Thisinterface

givesamicroprocessor full controlofthePCF50601 and enables systemdesignerstomaximize

bothstandby and talktimes.

Supervisoryfunctionsincluding aresetgenerator,aninputvoltagemonitor,and atemperature

sensor,supportreliablesystemdesign. Thesefunctionsworktogethertoensurepropersystem

behaviorduring start-up orinthe eventofafault condition(lowmicroprocessorvoltage,

insufficientbatteryenergy, orexcessivedietemperature).

1.2 BacklightBrightness Modulator

TheBacklightBrightness Modulator (BBM)containsaprogrammablePulse-widthmodulator

(PWM)and FET tomodulatetheintensity ofaseriesofLED’sortocontrolaDC/DC

converterthatdrivesLCDbacklight.Thisphone(SGH-E100)worksby PWM.

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1.3 ClockGenerator

TheClockGenerator (CG)generatesall clocksforinternaland externalusage.The32768 Hz

crystaloscillatorprovidesanaccuratelowclockfrequencyforthePCF50601 and othercircuitry.

2. LCD Connector

LCDisconsisted ofmainLCD(color65KTFT LCD)and small LCD(B/W).Chipselect

signals,LCD_MAIN_CSand LCD_SUB_CS,canenableEachLCD.LCD_MAIN_CSsignal

enableswhiteLEDofmainLCDand LCD_SUB_CSsignalenablesthesmall LCD.

"RESET_2V8"signal initiatestheResetprocess oftheLCD.

16-bit datalines(HD(0)~HD(15)) transfersdata and commandstoLCD.

"SPK_P"and "SPK_N"areusedforaudiospeaker.And "VDD_VIB"fromPCF50601 enables

themotor.

3. IRDA

This systemusesIRDA module,HSDL_3201. Thishas signals,"IRDA_DOWN"(enablesignal),

"RXD0"(inputdata)and "TXD0"(outputdata).Thesesignalsare connectedtoOM6357.

Itusestwo powersignals."VDD2"isusedforcircuit and "VBAT"isusedforLED.

4. Key

Thisisconsisted ofkeyinterface pinsamong OM6357, KBIO(0:7).Thesesignalscomposethe

matrix. Result ofmatrixinformsthekeystatusto keyinterface intheOM6357. Poweron/off

keyis separatedfrom thematrix. So poweron/off signal isconnectedwithPCF50601 toenable

PCF50601. twelvekeyLEDusethe"VBAT"supply voltage."VDD_KEY"signalenables

LEDswithcurrentcontrol."FLIP"informsthestatusof folder (open orclosed)totheOM6357.

Thisusesthehall effectIC,A3212ELH.AmagnetundermainLCDenablesA3212ELH.

5. EMIESDFilter

This systemusestheEMIESDfilter,EMIF09 to protectnoisefromIFCONNECTORpart.

6. IFConnector

It is24-pinconnector.Theyaredesignedto useVBAT,V_EXT_CHARGE,TXD0, RXD0,

RTS0, CTS0, JIG_REC,CHARGER_OK,RXD1, TXD1, AUX_MIC,AUX_SPKand GND.

Theyconnectedto powersupplyIC,microprocessorand signalprocessor IC.

7. BatteryCharge Management

Acomplete constant-current/constant-voltagelinearcharger forsingle cell lithium-ion batteries.

If TAconnectedto phone,"V_EXT_CHARGE"enable charger ICand supplycurrent to battery.

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SGH-E100 CircuitDescription

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whenfault condition caused, "CHG_ON"signal levelchangelowto high and charger ICstop

charging process.

8. Audio

EARP_Pand EARP_NfromOM6357 are connectedtothemainspeaker.AUXSP isconnectedto

theHandsfree kit.MIC_Pand MIC_Nare connectedtothemainMIC.And AUX_MIC_Pand

AUX_MIC_Nare connectedtotheHandsfree kit.

YMU762MA3isaLSI forportabletelephonethat iscapableofplaying high qualitymusicby

utilizing FM synthesizerand ADPCMdecoderthatareincludedinthisdevice.

Asasynthesis,YMU762MA3isequipped 32 voiceswith different tones.Since thedevice is

capableofsimultaneously generating up tosynchronouswiththeplay oftheFM synthesizer,

various sampled voicescan beusedas sound effects.

Since theplay dataofYMU762MA3areinterpretedatanytimethrough FIFO,thelength ofthe

data(playing period)isnot limited, sothedevice canflexiblysupportapplication suchasincoming

call melody musicdistribution service.Thehardwaresequencerbuilt inthisdevice allowsplaying

ofthe complexmusicwithoutgiving excessiveloadtotheCPUoftheportabletelephones.

Moreover,theregistersoftheFM synthesizercan beoperated directlyfor real timesound

generation, allowing, forexample, utilization ofvarious sound effectswhen using thegame

softwareinstalledintheportabletelephone.

YMU762 includesaspeakeramplifierwith high rippleremovalratewhosemaximumoutput is

550mW(SPVDD=3.6V).Thedevice isalsoequippedwithconventionalfunction including a

vibratorand a circuit forcontrolling LEDs synchronouswithmusic.Fortheheadphone,it is

providedwithastereophonicoutput terminal.

Forthepurposeofenabling YMU762MA3to demonstrateitsfull capabilities,Yamahapurposeto

use"SMAF:SyntheticmusicMobileApplication Format"asadatadistribution format that is

compatiblewithmultimedia.

Since theSMAFtakesastructurethatsetsimportance on thesynchronization betweensound and

images, variouscontentscan bewrittenintoit including incoming call melody withwordsthatcan

beusedfortraining karaoke,and commercialchannel thatcombinestexts,imagesand sounds,and

others.

ThehardwaresequencerofYMU762MA3 directlyinterpretsand playsblocksrelevant tosynthesis

(playing music and reproducing ADPCMwithFM synthesizer) thatareincludedin datadistributed

inSMAF.

9. Memory

SignalsintheOM6357 enabletwomemories.They useonly onevolt supply voltage,VDD3in

thePCF50601. This systemusesSamsung'smemory, KBB06A300M-T402. It isconsisted of

128MbitsflashNORmemoryand 128MbitsflashNAND memoryand 32MbitsUtRAM.It

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SGH-E100 CircuitDescription

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has16 bit dataline,HD[0~15]whichisconnectedtoOM6357. Ithas23 bit address lines,

HA[1~23].NCSFLASH_NAND and NCSRAM signalsischipselect.

Writing process,HWR_Nislowand it enableswriting process toflashmemoryand SRAM.

During reading process,HRD_Nislowand it enablesreading process toflashmemoryand

SRAM.EachchipselectsignalsintheOM6357 select memoryamong 2 flashmemoryand

UtRAM.

Reading orwriting procedureisprocessedafterHWR_NorHRD_Nisenabled. Memoriesuse

reset,whichisVDD3 delayfromPCF50601. HA[22]signalenableslowerbyteofSRAMand

HA[22]signalenableshigherbyteofSRAM.

10. OM6357

OM6357 isconsisted ofARMcore and DSP core.Ithas8x1Kword on-chip program/dataRAM,

55 Kwordson-chip programROMintheDSP.Ithas4K*32bitsROMand 2K*32bitsRAMinthe

ARMcore.DSP isconsisted ofKBS,JTAG,EMIand UART.ARMcoreisconsisted ofEMI,

PIC(ProgrammableInterruptController),reset/power/clock unit,DMAcontroller,TIC(TestInterface

Controller),eripheralbridge,PPI,SSI(SynchronousSerialInterface),ACC(Asynchronous

communicationscontrollers),timer,ADC,RTC(Real-TimeClock)and keyboardinterface.

KBIO(0:7),address linesofDSP core and HD[0~15].HA[1~23],address linesofARMcore and

HD[0~15], datalinesofARMcore are connectedtomemory.

NCSRAM,NCSFLASH_NAND intheARMcore are connectedtoeachmemory. HWR_Nand

HRD_Ncontrol theprocess ofmemory. ExternalIRQ(InterruptRequest)signalsfromeach units,

suchas,PMUneedthe compatibleprocess.

KBIO[0~7] receivethestatusfromkeyand RXD0/TXD0/IrDA_DOWNareusedforthe

communicationsusing IRDA and datalink cable(DEBUG_DTR/RTS/TXD/RXD/CTS/DSR).

Ithas JTAG controlpins(TDI/TDO/TCK) forARMcore and DSP core.Itreceives13MHz clock

inCKIpinfromexternalTCXO.ADC(Analog toDigitalConvertor) partreceivesthestatusof

temperature, batterytype and battery voltage.

11. TCO-9141G(26MHz)

This systemusesthe26MHzTCXO,TCO-9141G,Toyocom.AFCcontrolsignalfromOM6357

controlsfrequencyfrom26MHzX-tal.The clock outputfrequency ofUAA3536HN is13MHz.

ThisclockisconnectedtoOM6357, YMU762.

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3. SGH-E100 ExplodedViewand its Partslist

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1.CellularphoneExplodedView-1

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