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SMD-codes 2014 edition - Turuta Electronics World

Eugeniu Turuta Martin Christian Turuta Activvveee SMD components marking codes databook INTRODUCTION 1. 2-pin case SMD semicondutor components

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3 - pinsDDDDDAAAAATTTTTABOOKABOOKABOOKABOOKA BOOKSMD-codesSMD-codesSMD-codesSMD-codes SMD-codesSMD-codesActive SMD semiconductor componentsmarking codes SMD-codes for active semiconductor components: Diodes, Transistors, Thyristors, Integrated Circuits Case pin assignment Pinout Marking style Schematic diagram Additional SMD info Case drawings Manufacturers2014 EDITIONEugeniu Turuta Martin Christian TurutaActiActiActiActiActivvvvveeeeeSMD componentsSMD componentsSMD componentsSMD componentsSMD componentsmarmarmarmarmarking codesking codesking codesking codesking codesdatabookINTRODUCTION1. 2-pin case SMD semicondutor components2. SOD-80 (MELF) case SMD semicondutor components3. 3-pin case SMD semicondutor components4. SOT-223 case SMD semicondutor components5. SOT-89 case SMD semicondutor components6. 4-pin case SMD semicondutor components7. 5-pin case SMD semicondutor components8. SOT-89-5 case SMD semicondutor components9. 6 and more pin case SMD semicondutor components10. BGA, DFN and QFN case SMD semicondutor components11. D-PAK and I-PAK case SMD semicondutor components12. Case pin assignment13. Pinout (table)14. SMD-code marking attribute15. SMD-code marking style16. Sample schematic diagram17. Adittional SMD info18. Case drawings19. Manufacturers logos and URLToronto, 2014 editionChisinau, 2014 editionIntroductionAt earlier eighties began a trend to replace a traditional through - hole technique with the surface mountedtechnology (SMT) using surface mounted devices (SMD). The SMT, although intended in principle for automaticmanufacturing only expand more and more, even into a hobby world. This trend will continue, because many newcomponents are available in SMD versions only. The SMT technique opens advantages and new applications throughminiaturising of the components and increasing of reliability. The industry standard unfortunately allows that most ofthe SMD components does not have a clear description. Since a tiny size of the components, they are labelled withone, two or more character or graphic SMD code. Thus it is necessary to take into account that the colour and (or)placing of alphanumeric or graphic symbols are also important. Therefore a sure identification of the components isimpossible without appropriate technical documentation. Moreover the polarity and pin - outs of different componentscould be not identified without data the manufacturers type number of an SMD device from the package code can be a difficult , each device code is not necessarily is possible for various manufacturers to place different devices in the same case with the same example, with a 6H SMD-code in a SOT-23 case might be either a npn-transistor BC818 (CDIL) or a capacitance-diode FMMV2104 (Zetex) or a n-channel jFET transistor MMBF5486 (Motorola) or a pnp-digital transistor MUN2131(Motorola) or a pnp-digital transistor UN2117 (Panasonic) or a CMOS-integrated circuit- voltage detector with resetoutput R3131N36EA (Ricoh). Even the same manufacturer may use the same code for different identify a particular SMD device, is necessary to identify the manufacturer, package type and note the SMDcode printed on the identification of the manufacturer is possible only if on the case are printed the manufacturer s logos, but itnot always happens. Besides, sometimes, it is possible to determine the manufacturer with indirect tags. Manyrecent ON Semiconductor devices have a small superscript letter after the device code, such as SAC (this smallerletter is merely a month of manufacture code). Infineon devices usually have a lower case 's' (ATs, LOs). NXP(Philips) devices usually have a lower case 'p' (AHp, Z1p, pB0) or '-' (DQ-, -ZS) for the devices made in Hong Kong,'t' (tT9, Y7t) for the devices made in Malaysia, W (WT9, Y7W) for the devices made in China. In section 19 aresubmitted the logos of the SMD devices package type is another problem for the identification of SMD devices. The different manufacturers candesignate identical cases concerning by the various standards (or concerning by the internal system). Besides, thevarious cases can have an identical kind (form) and differ only by sizes. This distinction of sizes so it is not enough,that can be is measured only by special measuring with the name and type of cases from different manufacturers is solved by applying in the column Case an equivalent type name for equivalent addition to SMD-code, uper case may be put padding alpha-numeric information (usually by another font orsize of characters, also may be by other arrangement). Relationship position of the SMD-code and padding informa-tion have defined as style and show in the column Style In the following tables sections the SMD semiconductor components - irrelevant as to whether it is dealing withtransistors, diodes, integrated circuits etc. are placed in separate tables according to numbers of terminals and (or)type of cases and are listed in alpha-numeric order by 1 ( SMD-Code )Column 2 ( A )Additional SMD-codes attribute such as subscipt bar,uperscipt bar, reverse symbol and other (section 14).Column 2 ( Type )The type designations correspond to those of the re-spective manufacturer 3 ( Function )Short definition of the semiconductor abbreviations:BM-ICBattery Management integrated circuitBRBridge RectifierC-diodeCapacitance diode (varactor, varicap)CMOS-LogCMOS logic integrated circuitComp-ICVoltage comparator integrated circuitDC/DC-ICDC/DC voltage converter integrated circuitESDP-diodeElectroStatic Discharge Protection diodeESD-ProtElectroStatic Discharge Protection thyris-tor-FETField Effect TransistorHEMTHigh electron mobility transistorsH-ICHall-effect sensor integrated circuitIGBTInsulated Gate Bipolar TransistorIGBT+DiInsulated Gate Bipolar Transistor withantiparallel diodeLDR-ICLED driver integrated circuitLin-ICLinear integrated circuitLVR-ICLinear voltage regulator integrated circuitLVR/Vdet-ICLinear voltage regulator/Voltage detectorcombined integrated circuitMMICMonolithic Microwave Integrated Circuit-MOSFETMetal-Oxide-Semiconductor FET-MESFETMEtal-Semiconductor FETn-n-channel junction transistorn/p-n-channel and p-channel transistors areaOp-ICOperational amplifier integrated circuitp-p-channel junction transistorPHEMTPseudomorphic high electron mobilitytransistorsPIN-diodePIN-diodeSA- Z-diodeSurge Absorption Zener diodeSi-diodeSilicon diodeSi-VaristorSilicon voltage depending resistorSi-npnSilicon npn transistorSi-n/pSilicon npn and pnp transistors areaSi-npn-DarlSilicon npn Darlington transistorSi-npn-DigiSilicon npn digital transistorSi-npn-Digi+DiSilicon npn digital transistor with inter-nal diodeSi-pnpSilicon pnp transistorSi-pnp-DarlSilicon pnp Darlington transistorSi-pnp-DigiSilicon pnp digital transistorSi-npn-Digi+DiSilicon pnp digital transistor withinternal diodeSiC-diodeSilicon Carbide diodeSiGe-npnSilicon/Geramanium npn transistorSi-StabSilicon stabistorSVR-ICSwitching Voltage Regulator integratedcircuitTdet-ICThermal detector integrated circuitThy-SCRThyristor-controlled rectifierThy-SPDThyristor-surge protector deviceTriacTriode for alternating currentTVSTransient voltage supressorVdet-ICVoltage Detector integrated circuitVref-ICVoltage Reference integrated circuitZ-diodeZener diodeColumn 4 ( Short description )Short data or description of function of each , adjustableAFAudio FrequencyAGCAutomatic Gain ControlALCAutomatic Level ControlAMAmplitude Modulation (AM range) CL dischargeBTLBridge Tied LoadsBuffBufferCATVBroad band cable amplifier+CEActive HIGH Chip Enable-CEActive LOW Chip EnableCellCellularCLInternal CL discharge resistorContrControlledConvConverterCord lCordlessDetDetectorDGDual GateDiffDifferentialDr, Modulation (FM range)GaAsGallium arsenideGPGeneral Purpose ApplicationsHFHigh FrequencyHi-spHigh-speedHSSTHigh-Speed Soft-StartHVHigh VoltageI2CI2C interface controlI2SI2S interfaceICPInrush Current drop voltageLEDLight-emitting diodeLLSLogic Level ShifterLNLow NoiseLogLLogic Level (Uth > 0, )Lo-satLow collector-emitter saturation voltageLSSTLow-Speed Soft-StartMixMixerMRManual ResetOCLOutput Current LimiterODOOpen Drain OutputOCOOpen Collector OutputOVInOver Voltage Rest Input (negative)OVPOver Voltage ProtectionOscOscillatorOutOutputOVLatche d OverVoltage functionPAPower AmplifierPADPico-Amper DiodePCAPulse Current Amplitude modulationPDRInternal pull-down resistorPFMPulse-frequency modulationPowPowerPPOPush-Pull OutputPSMPulse-skip modulationPURInternal pull-up resistorPWMPulse-width Frequency applicationsRtReset delay timeSBDSchottky Barrier DiodeSBRSchottky Barrier Rectifier DiodeSPISPI MOS Barrier Schottky RectifierT-MOSTrench-FET MOSFETTrdTime Reset DelayTunTunerU-SpeedUltra-speedUHFRF applications (>250 MHz)ULNUltra Low-NoiseUVLatched UperVoltage functionUVLOUnder voltage lock outputVarVariableVCOVoltage controlled oscillatorVDetVolatge DetectorVdiInput volatge detectionVdoOutput volatge detectionVHFRF applications ( )VFMVoltage-Frequency ModulationVidVideo output stagesV-MOSVertical Metal Oxide SemiconductorVRVoltage RegulatorWBWide BandWDWatch-Dog TimerColumn 5 ( Case ) Manufacturers case 6 ( Pin ) Related case pin asignments andpinout (section 12, 13).Column 7 ( Sch ) Sample schematic connection forsome ICs. All drawings are placed in the section 8 ( St ) Style (upercase placement of theSMD-code and additional infomation drawing). All stylesare placed in the section 9 ( Mnf )The names of the manufacturer are abbreviated to savespace. The complete name, logos, and URL of eachmanufacurer is listed alphabetically on section 2008 TURUTA ELECTRONICS WORLD are the worldwide leading publisher of e-formatdatabooks for semiconductors info like transistors, diodes, thryistors, integrated circuits. Anyelectronic engineer nowadays is able to work sensibly and rationally with our products as databooksand online database. Anybody missing vital information at the decisive moment is throwing awayexpensive work time. We will help saving your time, nerves, energy and money. 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If you don t have access to the PayPal payment system, write to new editorial policy of TEW allow to propose already existing customers (any TEW oldedition databook buyers and subscribed mebers) the special (discount) price for the news collection2 - pinsSECTION 12-pin case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ7SMDcode A Type Function Short description Case Pin St BZX584C5V6 V G Zener diode , Izt=5mA, Zzt=40 , 200mWSOD 5237d 1a BZX584C5V1 V G Zener diode , Izt=5mA, Zzt=60 , 200mWSOD 5237d 1a BZX584C16 V GZener diode , Izt=5mA, Zzt=40 , 200mWSOD 5237d 1a BZX584C6V2 V G Zener diode , Izt=5mA, Zzt=10 , 200mWSOD 5237d 1a BZX584C22 V GZener diode , Izt=5mA, Zzt=55 , 200mWSOD 5237d 1a BZX584C2V4 V G Zener diode , Izt=5mA, Zzt=100 , 200mWSOD 5237d 1a BZX584C18 V GZener diode , Izt=5mA, Zzt=45 , 200mWSOD 5237d 1a BZX584C6V8 V G Zener diode , Izt=5mA, Zzt=15 , 200mWSOD 5237d 1a BZX584C2V7 V G Zener diode , Izt=5mA, Zzt=100 , 200mWSOD 5237d 1a BZX584C7V5 V G Zener diode , Izt=5mA, Zzt=15 , 200mWSOD 5237d 1a BZX584C3V0 V G Zener diode , Izt=5mA, Zzt=100 , 200mWSOD 5237d 1a BZX584C20 V GZener diode , Izt=5mA, Zzt=55 , 200mWSOD 5237d 1a BZX584C15 V GZener diode , Izt=5mA, Zzt=30 , 200mWSOD 5237d 1a BZX584C3V3 V G Zener diode , Izt=5mA, Zzt=95 , 200mWSOD 5237d 1a BZX584C24 V GZener diode , Izt=5mA, Zzt=70 , 200mWSOD 5237d 1a BZX584C13 V GZener diode , Izt=5mA, Zzt=30 , 200mWSOD 5237d 1a BZX584C3V6 V G Zener diode , Izt=5mA, Zzt=90 , 200mWSOD 5237d 1a BZX584C3V9 V G Zener diode , Izt=5mA, Zzt=90 , 200mWSOD 5237d 1a BZX584C27 V GZener diode , Izt=2mA, Zzt=80 , 200mWSOD 5237d 1a BZX584C12 V GZener diode , Izt=5mA, Zzt=25 , 200mWSOD 5237d 1a BZX584C4V3 V G Zener diode , Izt=5mA, Zzt=90 , 200mWSOD 5237d 1a BZX584C4V7 V GZener , Izt=5mA, Zzt=80 , 200mWSOD BZX584C33 V GZener diode , Izt=2mA, Zzt=80 , 200mWSOD 5237d 1a CZRW5223B HFZener diode , Zzt=30 , Izt=20mA, 350mWSOD 1235d 1a CZRW5225B HFZener diode , Zzt=30 , Izt=20mA, 350mWSOD 1235d 1a CZRW5231B HFZener diode , Zzt=17 , Izt=20mA, 350mWSOD 1235d 1a CZRW5232B HFZener diode , Zzt=11 , Izt=20mA, 350mWSOD 1235d 1a CZRW5233B HFZener diode , Zzt=7 , Izt=20mA, 350mWSOD 1235d 1a CZRW5234B HFZener diode , Zzt=7 , Izt=20mA, 350mWSOD 1235d 1a CZRW5235B HFZener diode , Zzt=5 , Izt=20mA, 350mWSOD 1235d 1a CZRW5236B HFZener diode , Zzt=6 , Izt=20mA, 350mWSOD 1235d 1a CZRW5237B HFZener diode , Zzt=8 , Izt=20mA, 350mWSOD 1235d 1a CZRW5238B HFZener diode , Zzt=8 , Izt=20mA, 350mWSOD 1235d 1a CZRW5239B HFZener diode , Zzt=10 , Izt=20mA, 350mWSOD 1235d 1a CZRW5240B HFZener diode , Zzt=17 , Izt=20mA, 350mWSOD 1235d 1a CZRW5226B HFZener diode , Zzt=28 , Izt=20mA, 350mWSOD 1235d 1a CZRW5227B HFZener diode , Zzt=24 , Izt=20mA, 350mWSOD 1235d 1a CZRW5228B HFZener diode , Zzt=23 , Izt=20mA, 350mWSOD 1235d 1a CZRW5229B HFZener diode , Zzt=22 , Izt=20mA, 350mWSOD 1235d 1a CZRW5230B HFZener diode , Zzt=19 , Izt=20mA, 350mWSOD 1235d 1a CZRW5241B HFZener diode , Zzt=22 , Izt=20mA, 350mWSOD 1235d 1a CZRW5242B HFZener diode , Zzt=30 , Izt=20mA, 350mWSOD 1235d 1a CZRW5243B HFZener diode , Zzt=13 , Izt= , 350mWSOD 1235d 1a CZRW5244B HFZener diode , Zzt=15 , Izt= , 350mWSOD 1235d 1a CZRW5245B HFZener diode , Zzt=16 , Izt= , 350mWSOD 1235d 1a CZRW5246B HFZener diode , Zzt=17 , Izt= , 350mWSOD 1235d 1a CZRW5247B HFZener diode , Zzt=19 , Izt= , 350mWSOD 1235d 1a CZRW5248B HFZener diode , Zzt=21 , Izt= , 350mWSOD 1235d 1a CZRW5250B HFZener diode , Zzt=25 , Izt= , 350mWSOD 1235d 1a BZX584C30 V GZener diode , Izt=2mA, Zzt=80 , 200mWSOD 5237d 1a CZRW5251B HFZener diode , Zzt=29 , Izt= , 350mWSOD 1235d 1a CZRW5252B HFZener diode , Zzt=33 , Izt= , 350mWSOD 1235d 1a CZRW5254B HFZener diode , Zzt=41 , Izt=5mA, 350mWSOD 1235d 1a CZRW5255B HFZener diode , Zzt=44 , Izt= , 350mWSOD 1235d 1a BZX584C47 V GZener diode , Izt=2mA, Zzt=170 , 200mWSOD 5237d 1a BZX584C51 V GZener diode , Izt=2mA, Zzt=180 , 200mWSOD 5237d 1a CZRW5256B HFZener diode , Zzt=49 , Izt= , 350mWSOD 1235d 1a BZX584C36 V GZener diode , Izt=2mA, Zzt=90 , 200mWSOD 5237d 1a BZX584C11 V GZener diode , Izt=5mA, Zzt=20 , 200mWSOD 5237d 1a BZX584C39 V GZener diode , Izt=2mA, Zzt=130 , 200mWSOD 5237d 1a BZX584C10 V GZener diode , Izt=5mA, Zzt=20 , 200mWSOD 5237d 1a BZX584C9V1 V G Zener diode , Izt=5mA, Zzt=15 , 200mWSOD 5237d 1a BZX584C8V2 V G Zener diode , Izt=5mA, Zzt=15 , 200mWSOD 5237d 1a BZX584C43 V GZener diode , Izt=2mA, Zzt=150 , 200mWSOD 5237d 1a Vs_Z MM3Z51VBZener diode , Zzt=169 , Izt=2mA, 200mWSOD 323FL 7d 1a F+5 BZX584B3V9Zener , Izt=5mA, Zzt=90 , 200mWSOD 523FL7d1aTac+5 MM5Z3V9BZener diode , Izt=5mA, Zzt=90 , 200mWSOD 523FL 7d 1a Tac<5 BZX584B75VZener diode , Izt=2mA, Zzt=255 , 200mWSOD 523FL 7d 1a Tac<5 MM5Z75VBZener diode , Izt=2mA, Zzt=255 , 200mWSOD 523FL 7d 1a Tac<Z BZT52B75SZener diode , Izt=2mA, Zzt=255 , 200mWSOD 323FL 7d 1a Tsc2 - pinsSECTION 2SOD-80 (MELF) case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ462SMDcode A Type Function Short description Case Pin St , Zzt=8 Ohm, Izt=20mA, , Izt=20mA, Zzt=8 Ohm, , Zzt=8 Ohm, Izt=20mA, , Izt=20mA, Zzt=8 Ohm, , Izt=5mA, , Zzt=8 Ohm, Izt=20mA, , Izt=20mA, Zzt=8 Ohm, , Izt=5mA, , Zzt=8 Ohm, Izt=20mA, , Izt=20mA, Zzt=8 Ohm, , Izt=5mA, , Zzt=10 Ohm, Izt=10mA, , Izt=10mA, Zzt=10 Ohm, , Zzt=10 Ohm, Izt=10mA, , Izt=10mA, Zzt=10 Ohm, , Izt=5mA, , Zzt=10 Ohm, Izt=10mA, , Izt=10mA, Zzt=10 Ohm, , Izt=5mA, , Izt=5mA, , Zzt=12 Ohm, Izt=10mA, , Izt=10mA, Zzt=12 Ohm, , Zzt=12 Ohm, Izt=10mA, , Izt=10mA, Zzt=12 Ohm, , Izt=5mA, , Zzt=12 Ohm, Izt=10mA, , Izt=10mA, Zzt=12 Ohm, , Izt=5mA, , Izt=5mA, , Zzt=14 Ohm, Izt=10mA, , Izt=10mA, Zzt=14 Ohm, , Zzt=14 Ohm, Izt=10mA, , Izt=10mA, Zzt=14 Ohm, , Izt=5mA, , Zzt=14 Ohm, Izt=10mA, , Izt=10mA, Zzt=14 Ohm, , Izt=5mA, , Izt=5mA, , Izt=5mA, Zzt=40 Ohm, , Izt=5mA, Zzt=40 Ohm, , Izt=5mA, Zzt=40 Ohm, , Zzt=16 Ohm, Izt=10mA, , Izt=10mA, Zzt=16 Ohm, , Zzt=16 Ohm, Izt=10mA, , Izt=10mA, Zzt=16 Ohm, , Izt=5mA, , Zzt=16 Ohm, Izt=10mA, , Izt=10mA, Zzt=16 Ohm, 5V, Izt=5mA, , Izt=5mA, , Izt=5mA, Zzt=45 Ohm, , Izt=5mA, Zzt=45 Ohm, , Izt=5mA, Zzt=45 Ohm, , Zzt=18 Ohm, Izt=10mA, , Izt=10mA, Zzt=18 Ohm, , Zzt=18 Ohm, Izt=10mA, , Izt=10mA, Zzt=18 Ohm, , Izt=5mA, , Zzt=18 Ohm, Izt=10mA, , Izt=10mA, Zzt=18 Ohm, , Izt=5mA, , Izt=5mA, , Izt=5mA, Zzt=55 Ohm, , Izt=5mA, Zzt=55 Ohm, , Izt=5mA, Zzt=55 Ohm, , Zzt=23 Ohm, Izt=10mA, , Izt=10mA, Zzt=23 Ohm, , Zzt=23 Ohm, Izt=10mA, , Izt=10mA, Zzt=23 Ohm, , Izt=5mA, 500mWLL-3415d2cLrc2 - pinsSECTION 33-pin case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ475SMDcode A Type Function Short description Case Pin Sch St Mnf crELM7548NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm csELM7548CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm#crELM7541NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm#csELM7541CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm*crELM7546NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm*csELM7546CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d MC1038n MOSFETGP, 20V, 750mA, 300mW, (600mA), 89 316fh 3a Mep/crELM7554NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm/csELM7554CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm+crELM7547NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm+csELM7547CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm+FZWC LM4040CEM3 +TVref IC2Power, Precision, Shunt, 2316dk RF1 3a Max+P2 BFR92ASi npnUHF A Band, 20V, 25mA, 300mW, B>40, >5GHzSOT 2316ta 3a Sil+P5 BFR92ARSi npnUHF A Band, 20V, 25mA, 300mW, B>40, >5GHzSOT 2316te 3a Sil+R2 BFR93ASi npnUHF A Band, 15V, 30mA, 300mW, B>40, >5GHzSOT 2316ta 3a Sil+R5 BFR93ARSi npnUHF A Band, 15V, 30mA, 300mW, B>40, >5GHzSOT 2316te 3a Sil<crELM7553NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm<csELM7553CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm=crELM7544NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm=csELM7544CEBVdet 2%, +Reset PPOSC 7016vdb VD7 3d Elm>crELM7549NEBVdet 2%, +Reset ODOSC 7016vdb VD6 3d Elm>csELM7549CEBVdet 2%, +Reset PPOSC 2%, +Reset ODOSC 7016vdb VD6 3d 2%, +Reset PPOSC 7016vdb VD7 3d Elm00 AP8822C 40GAVdet 2%, Reset PPO, 200ms, Halogen freSOT 2316vdc VD7 3bb Anw00 AP8822C 40GTVdet 2%, Reset PPO, 200ms, Halogen freSC 7016vdc VD7 3bb Anw00 AP8822C 40PAVdet 2%, Reset PPO, 200msSOT 2316vdc VD7 3b Anw00 AP8822C 40PTVdet 2%, Reset PPO, 200msSC 7016vdc VD7 3b Anw005 SO2484RSi npnAF, LN, 60V, 50mA, 360mW, 100MHz, B>100SOT 2316te 3a Ste01 AP8822C 41GAVdet 2%, Reset PPO, 200ms, Halogen freSOT 2316vdc VD7 3bb Anw01 AP8822C 41GTVdet 2%, Reset PPO, 200ms, Halogen freSC 7016vdc VD7 3bb Anw01 AP8822C 41PAVdet 2%, Reset PPO, 200msSOT 2316vdc VD7 3b Anw01 AP8822C 41PTVdet 2%, Reset PPO, 200msSC 7016vdc VD7 3b Anw01 PDTA143EESi pnp DigiSw, 50V, 100mA, 150mW, R1/R2= 41616ta 3a Nxp01 PDTA143EKSi pnp DigiSw, 50V, 100mA, 250mW, R1/R2= 5916ta 3a Nxp011 SO2369RSi npnSw, 40V, 200mA, 330mW, B= , 400MHzSOT 2316te 3a Zx012 SO2221RSi npnGP, 60V, 800mA, 500mW, >250MHz, B>20SOT 2316te 3a Ste013 SO2222RSi npnGP, 60V, 800mA, 350mW, B= , >300MHzSOT 2316te 3a Ste018 SO1711RSi npnGP. 75V, 1A, 1W, >70MHzSOT 2316te 3a Zx01A APR3001 15AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01A RA101CSi pnp DigiSw, 50V, 100mA, 200mW, 250MHz, R1/R2=47k/47kSOT 2316ta 3a San01B APR3001 17AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01C APR3001 23AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01C RC101CSi npn DigiSw, 50V, 100mA, 200mW, 250MHz, R1/R2=47k/47kSOT 2316ta 3a San01D APR3001 26AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01E APR3001 29AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01F APR3001 30AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01G APR3001 39AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01H APR3001 43AVdet , Reset PPOSOT 2316vdb VD7 3b Anp01J APR3001 46AVdet , Reset PPOSOT 2316vdb VD7 3b Anp02 AP8822C 42GAVdet 2%, Reset PPO, 200ms, Halogen freSOT 2316vdc VD7 3bb Anw02 AP8822C 42GTVdet 2%, Reset PPO, 200ms, Halogen freSC 7016vdc VD7 3bb Anw02 AP8822C 42PAVdet 2%, Reset PPO, 200msSOT 2316vdc VD7 3b Anw02 AP8822C 42PTVdet 2%, Reset PPO, 200msSC 7016vdc VD7 3b Anw02 BSX39Si npnSw, Driver, 45V, , <12/18nsSOT 2316te 3a Mot02 PDTC143EESi npn DigiSw, 50V, 100mA, 150mW, R1/R2= 41616ta 3a Nxp02 PDTC143EKSi npn DigiSw, 50V, 100mA, 250mW, R1/R2= 5916ta 3a Nxp02de 2N7002n MOSFETTMOS, 60V, 115mA, 225mW, < (500mA), 20/40nsSOT 2316fh 3b Sec02 2N7002n MOSFETTMOS, 60V, 115mA, 225mW, < (500mA), 20/40nsSOT 2316fh 3b Frm020 SO1711ARSi npnGP. 75V, 1A, 1W, >70MHzSOT 2316te 3a Zx020 SO2222ARSi npnGP, 75V, 600mA, 330mW, B= , >300MHzSOT 2316te 3a Ste026 ZXTP25140BFHSi pnpSw, HV, Drv, 180V, 1A, 730mW, B= , 75MHzSOT 2316ta 3a Zx027 SO1893RSi npnAF, Sw, 120V, 500mA, 800mW, 70MHzSOT 2316te 3a Ste02A APR3002 15AVdet , +Reset PPOSOT 2316vdb VD7 3b Anp02C APR3002 23AVdet , +Reset PPOSOT 2316vdb VD7 3b Anp02D APR3002 26AVdet , +Reset PPOSOT 2316vdbVD73bAnp02E APR3002 29AVdet , +Reset PPOSOT 2316vdb VD7 3b Anp02F APR3002 30AVdet , +Reset PPOSOT 2316vdb VD7 3b Anp02F CH493DPTSi diodeDual, SBD, 40V, 400mA, Vf< (200mA)SOT 2316dg 3a Chm02G APR3002 39AVdet , +Reset PPOSOT 2316vdb VD7 3b Anp2 - pinsSECTION 4SOT-223 case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRSTUVWXYZ912SMDcode A Type Function Short description Case Pin Sch St Mnf01N60C3 SPN01N60C3n MOSFETHV, LogL, 650V, 300mA, , (500mA), 45/60nsSOT 22321f2 4kInf02N60C3 SPN02N60C3n MOSFETHV, LogL, 600V, 400mA, , ( ), 6/68nsSOT 22321f2 4kInf02N60S5 SPN02N60S5n MOSFETHV, LogL, 600V, 400mA, , ( ), 30/110nsSOT 22321f2 4kInf03N60C3 SPN03N60C3n MOSFETHV, LogL, 650V, 700mA, , (2A), 7/64nsSOT 22321f2 4kInf03N60S5 SPN03N60S5n MOSFETHV, LogL, 600V, 700mA, , (2A), 35/120nsSOT 22321f2 4kInf0410 SSM0410n MOSFETSw, 100V, , , Rds=220m ( ), 9 22321fi 4rbSec04N60S5 SPN04N60S5n MOSFETHV, LogL, 600V, 800mA, , ( ), 40/130nsSOT 22321f2 4kInf103MN Z0103MNTriac600V, 1A, 1W, Vtm< , <Igt>3mASOT 22321hz 4sOns107MN Z0107MNTriac600V, 1A, 1W, Vtm< , Igt>5mASOT 22321hz 4sOns109MN Z0109MNTriac600V, 1A, 1W, Vtm< , Igt>10mASOT 22321hz 4sOns1116 SL1116VADJLVR ICLDO, Adjustable , 600mASOT 22321cnVR204rbSec111615 SL1116 ICLDO, 1%, 600mASOT 22321cgVR14rbSec111618 SL1116 ICLDO, 1%, 600mASOT 22321cgVR14rbSec111625 SL1116 ICLDO, 1%, 600mASOT 22321cgVR14rbSec111633 SL1116 ICLDO, 1%, 600mASOT 22321cgVR14rbSec111650 SL1116 ICLDO, 1%, 600mASOT 22321cgVR14rbSec1117 LT1117CSTLVR ICLDO, Adjustable , 800mASOT 22321wcVR204rLtc11172 LT1117CST ICLDO, 1%V, 800mASOT 22321wbVR14rLtc11173 LT1117CST ICLDO, 1%, 800mASOT 22321wbVR14rLtc11175 LT1117CST 5LVR ICLDO, 1%, 800mASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT LM1117S ICLDO, 1%, 1ASOT 22321cgVR14rHtc1117CADJ LM1117S ADJLVR ICLDO, Adjustable , 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT LM1117GS ICLDO, 1%, 1ASOT 22321cgVR14rHtc1117GCADJ LM1117GS ADJLVR ICLDO, Adjustable , 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT LM1117QS ICLDO, 1%, 1ASOT 22321cgVR14rHtc1117QADJ LM1117QS ADJLVR ICLDO, Adjustable , 1ASOT 22321cnVR204rHtc1118 SL1118ADJLVR ICLDO, Adjustable 2%, 800mASOT 22321cnVR204rbSec111815 SL1118 ICLDO, 2%, 800mASOT 22321cgVR14rbSec111818 SL1118 ICLDO, 2%, 800mASOT 22321cgVR14rbSec111825 SL1118 ICLDO, 2%, 800mASOT 22321cgVR14rbSec111833 SL1118 ICLDO, 2%, 800mASOT 22321cgVR14rbSec111850 SL1118 ICLDO, 2%, 800mASOT 22321cgVR14rbSec117-2 NCP1117ST20T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns117-2V NCV1117ST20T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns117-5 NCP1117ST50T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns117-5V NCV1117ST50T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns117-A NCP1117STAT3LVR ICLDO, Adjustable , 800mASOT 22321wcVR204sOns117-AV NCV1117STAT3LVR ICLDO, Adjustable , 800mASOT 22321wcVR204sOns157 PZT157Si pnpAF, Sw, 80V, 3A, 2W, B= , 140MHzSOT 22321tm 4rbSec158 PZT158Si npnAF, Sw, 150V, 3A, 3W, B= , 130MHzSOT 22321tm 4rbSec159 PZT159Si pnpAF, Sw, 100V, 5A, 3W, B= , 120MHzSOT 22321tm 4rbSec17-12 NCP1117ST12T3LVR ICLDO, 12V 1%, 800mASOT 22321wbVR14sOns17-12V NCV1117ST12T3LVR ICLDO, 12V 1%, 800mASOT 22321wbVR14sOns17-15 NCP1117ST15T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-15V NCV1117ST15T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-18 NCP1117ST18T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-18V NCV1117ST18T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-25 NCP1117ST25T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-25V NCV1117ST25T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-33 NCP1117ST33T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns17-33V NCV1117ST33T3LVR ICLDO, 1%, 800mASOT 22321wbVR14sOns1824S08 MCP1824ST 0802E/DBLVR ICLDO, 2%, 300mASOT 22321euVR14wa Mcc2 - pinsSECTION 5SOT-89 case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ934SMDcode A Type Function Short description Case Pin Sch St Mnf000 ELM85101ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm008 ELM85081ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm009 ELM85091ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00A ELM85111ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00B ELM85121ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00C ELM85131ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00D ELM85141ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00E ELM85151ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00F ELM85161ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00G ELM85171ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00H ELM85181ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00J ELM85191ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00K ELM85201ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00L ELM85211ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00M ELM85221ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00N ELM85231ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00P ELM85241ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00Q ELM85251ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00R ELM85261ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00S ELM85271ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00T ELM85281ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm00U ELM85291ALVR ICLDO, 2%, 800mASOT 8920vlVR14cElm00V ELM85301ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01 Gali 1MMICRF amplifier, , 11dB (50.)SOT 8920aa A14b Mc010 ELM85401ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm011 ELM85311ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm012 ELM85321ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm013 ELM85331ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm014 ELM85341ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm015 ELM85351ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm016 ELM85361ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm017 ELM85371ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm018 ELM85381ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm019 ELM85391ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01A ELM85411ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01B ELM85421ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01C ELM85431ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01D ELM85441ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01E ELM85451ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01F ELM85461ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01G ELM85471ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01H ELM85481ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01J ELM85491ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm01K ELM85501ALVR ICLDO, 2%, 800mASOT 8920vl VR1 4c Elm02 Gali 2MMICRF amplifier, , (50.)SOT 8920aa A14b Mc03 Gali 3MMICRF amplifier, , (50.)SOT 8920aa A14b Mc04 Gali 4MMICRF amplifier, , (50.)SOT 8920aa A14b Mc047 FCX1047ASi npnHi beta, Lo sat, 35V, 4A, 2W, B= , 150MHzSOT 8920tb 4b Zx04F Gali 4FMMICRF amplifier, , (50.)SOT 8920aa A14b Mc05 Gali 5MMICRF amplifier, , (50.)SOT 8920aa A14b Mc051 FCX1051ASi npnHi beta, Lo sat, 150V, 3A, 2W, B= , 155MHzSOT 8920tb 4b Zx053 FCX1053ASi npnHi beta, Lo sat, 150V, 3A, 1W, B= , 140MHzSOT 8920tb 4b Zx05F Gali 5FMMICRF amplifier, , (50.)SOT 8920aa A14b Mc06 Gali 6MMICRF amplifier, , (50.)SOT 8920aa A14b Mc06F Gali 6FMMICRF amplifier, , (50.)SOT 8920aa A14b Mc09 ELM9709NABVdet , +Reset ODOSOT 8920vda VD6 4a Elm095 AP6209 12GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw095 AP6209 12PLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw098 AP6209 15GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw098 AP6209 15PLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw09A AP6209 18GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw09A AP6209 18PLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw09B AP6209 BBGLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw09B AP6209 BBPLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw09D AP6209 20GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw09D AP6209 20PLLVR ICLDO, 2%, 250mASOT 8920vlVR14paAnw09E AP6209 22GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw09E AP6209 22PLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw09G AP6209 25GLLVR ICLDO, 2%, 250mA, Halogen freeSOT 8920vl VR1 4pb Anw09G AP6209 25PLLVR ICLDO, 2%, 250mASOT 8920vl VR1 4pa Anw2 - pinsSECTION 64-pin case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ1072SMDcode A Type Function Short description Case Pin Sch St Mnf-gcELM7548NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm-gdELM7548CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm#gcELM7541NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm#gdELM7541CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm%MY BF1100n MOSFETDual gate, VHF, UHF, 14V, 30mA, 200mWSOT 14324fd 5cPhi%MZ BF1100Rn MOSFETDual gate, VHF, UHF, 14V, 30mA, 200mWSOT 143R 26fm 5cPhi*gcELM7546NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm*gdELM7546CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm/gcELM7554NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm/gdELM7554CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm+gcELM7547NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm+gdELM7547CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm<gcELM7553NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm<gdELM7553CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm=gcELM7544NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm=gdELM7544CCBVdet 2%, +Reset PPOSC 82AB26vdlVD75cElm>gcELM7549NCBVdet 2%, +Reset ODOSC 82AB26vdlVD65cElm>gdELM7549CCBVdet 2%, +Reset PPOSC 2%, +Reset ODOSC 2%, +Reset PPOSC 82AB26vdlVD75cElm00 AP8822C 40GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw00 AP8822C 40GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw00 AP8822C 40PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw00 AP8822C 40PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw00 XC6127N55ANRVdet , Reset ODO, MR, Rt=50msSSOT 2426crVD45kTor00 XC6221C081NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor00 XC6225A12ANR GLVR ICLDO, 30mV, 30mA, +CESSOT 2426vnVR45aTor01 AP8822C 41GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw01 AP8822C 41GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw01 AP8822C 41PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw01 AP8822C 41PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw01 MRF9011Si npnUHF, 25V, 30mA, 300mW, B= , 14324tc 5cMot01 XC6221C091NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor01 XC6225A132NR GLVR ICLDO, 30mV, 30mA, +CESSOT 2426vnVR45aTor02 AP8822C 42GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw02 AP8822C 42GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw02 AP8822C 42PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw02 AP8822C 42PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw02 MRF5711Si npnUHF, 20V, 80mA, 580mW, B= , 8GHzSOT 14324tc 5cMot02 XC6221C101NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor02 XC6225A13ANR GLVR ICLDO, 30mV, 30mA, +CESSOT 2426vnVR45aTor03 AP8822C 43GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw03 AP8822C 43GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw03 AP8822C 43PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw03 AP8822C 43PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw03 VAM 3MMICRF amplifier, , (50>)SOT 14324aaA15cMc03 XC6221C111NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor03 XC6225A142NR GLVR ICLDO, 30mV, 30mA, +CESSOT 2426vnVR45aTor04 AP8822C 44GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw04 AP8822C 44GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw04 AP8822C 44PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw04 AP8822C 44PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw04 MRF4427Si npnUHF, 40V, 400mA, 220mW, B= , 14324tc 5cMot04 MRF5211Si pnpUHF, 20V, 70mA, 333mW, B= , 14324tc 5cMot04 XC6221C121NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor04 XC6225A14ANR GLVR ICLDO, 30mV, 30mA, +CESSOT 2426vnVR45aTor05 AP8822C 45GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw05 AP8822C 45GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw05 AP8822C 45PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw05 AP8822C 45PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw05 MRF9331Si npnUHF, 15V, 2mA, 50mW, B= , 5GHzSOT 14324tc 5cMot05 XC6221C131NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor05 XC6225A152NR GLVR ICLDO, 2%, 30mA, +CESSOT 2426vnVR45aTor05F TSDF1205RSi npnUHF VHF, LN, 9V, 12mA, 40mW, B= , 12GHzSOT 143R 26tu 5bVs06 AP8822C 46GIVdet 2%, Reset PPO, 200ms, Halogen freSC 8226vdlVD75gaAnw06 AP8822C 46GSVdet 2%, Reset PPO, 200ms, Halogen freSC 82S90vdlVD75gaAnw06 AP8822C 46PIVdet 2%, Reset PPO, 200msSC 8226vdlVD75gAnw06 AP8822C 46PSVdet 2%, Reset PPO, 200msSC 82S90vdlVD75gAnw06 VAM 6MMICRF amplifier, , 8dB (50>)SOT 14324aaA15cMc06 XC6221C141NRLVR ICLDO, 20mV, 200mA, +CE, PDRSSOT 2426vnVR45mTor2 - pinsSECTION 75-pin case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ1240SMDcode A Type Function Short description Case Pin Sch St Mnf+ACAB MAX999EUK TComp ICU High Speed, Vcc= , Icco=5mA, <5nsSOT 23 528opa OP16kMax+AFEI MAX999AAUK+TComp ICU High Speed, Vcc= , Icco=5mA, <5nsSOT 23 528opa OP16kMax00 R1223N252ADC DC ICPWM/VFM step down, +CE, 2%, 300kHz, Latch 23 528udDC76g Ric00 RN5RF50BALVR ICLRip, +CE, 5V 2%, 1A*SOT 23 528vwVR66g Ric00 RN5RZ50BALVR ICLDO, LN, 5V 2%, 100mA, +CESOT 23 528vrtVR46g Ric000ejXC6101A131MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor001ejXC6101A132MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor002ejXC6101A133MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor003ejXC6101A134MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor004ejXC6101A135MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor005ejXC6101A136MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor006ejXC6101A137MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor007ejXC6101A138MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor008 R1160N081ALVR ICLDO, 2%, 200mA, CE, AE(Mode)SOT 23 528x9VR106g Ric008ejXC6101A139MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor009 R1160N091ALVR ICLDO, 2%, 200mA, CE, AE(Mode)SOT 23 528x9VR106g Ric009ejXC6101A140MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00AejXC6101A141MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00BejXC6101A142MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00CejXC6101A143MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00DejXC6101A144MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00E XC6505A151MRLVR ICLDO, 20mV, 200mA, +CESOT 2528cxVR46gTor00EejXC6101A145MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00F XC6505A161MRLVR ICLDO, 20mV, 200mA, +CESOT 2528cxVR46g Tor00FecXC6101A116MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00FejXC6101A146MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00H XC6505A171MRLVR ICLDO, 20mV, 200mA, +CESOT 2528cxVR46g Tor00HecXC6101A117MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00HejXC6101A147MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00K XC6505A181MRLVR ICLDO, 20mV, 200mA, +CESOT 2528cxVR46g Tor00KecXC6101A118MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00KejXC6101A148MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00L XC6505A191MRLVR ICLDO, 20mV, 200mA, +CESOT 2528cxVR46g Tor00LecXC6101A119MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00LejXC6101A149MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00M XC6505A201MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00MecXC6101A120MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00MejXC6101A150MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00N XC6505A211MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00NecXC6101A121MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00P XC6505A221MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00PecXC6101A122MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00R XC6505A231MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00RecXC6101A123MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00S XC6505A241MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00SecXC6101A124MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00T XC6505A251MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00TecXC6101A125MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00U XC6505A261MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00UecXC6101A126MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00V XC6505A271MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00VecXC6101A127MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00X XC6505A281MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00XecXC6101A128MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00Y XC6505A291MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00YecXC6101A129MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor00Z XC6505A301MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor00ZecXC6101A130MRVdet 2%, Hst, MR, Reset PPO, Wt= , Rt= 2528cpVD176g Tor01 R1223N152CDC DC ICPWM step down, +CE, 2%, 300kHz, Latch 23 528udDC76g Ric01 RN5RF51BALVR ICLRip, +CE, 2%, 1A*SOT 23 528vwVR66g Ric01 RN5RZ51BALVR ICLDO, LN, 2%, 100mA, +CESOT 23 528vrtVR46g Ric010 R1160N101ALVR ICLDO, 2%, 200mA, CE, AE(Mode)SOT 23 528x9VR106g Ric010 XC6505A311MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor010ejXC6101A231MRVdet 2%, Hst, MR, Reset PPO, Wt=50ms, Rt= 2528cpVD176g Tor011 R1160N111ALVR ICLDO, 2%, 200mA, CE, AE(Mode)SOT 23 528x9VR106g Ric011 XC6505A321MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46gTor011ejXC6101A232MRVdet 2%, Hst, MR, Reset PPO, Wt=50ms, Rt= 2528cpVD176g Tor012 R1160N121ALVR ICLDO, 2%, 200mA, CE, AE(Mode)SOT 23 528x9VR106g Ric012 XC6505A331MRLVR ICLDO, 1%, 200mA, +CESOT 2528cxVR46g Tor012ejXC6101A233MRVdet 2%, Hst, MR, Reset PPO, Wt=50ms, Rt= 2528cpVD176g Tor2 - pinsSECTION 8SOT-89-5 case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ2186SMDcode A Type Function Short description Case Pin Sch St Mnf00E-XC6505A151PRLVR-ICLDO, 20mV, 200mA, +CESOT-89-532um VR46n Tor00F-XC6505A161PRLVR-ICLDO, 20mV, 200mA, +CESOT-89-532um VR46n Tor00H-XC6505A171PRLVR-ICLDO, 20mV, 200mA, +CESOT-89-532um VR46n Tor00K-XC6505A181PRLVR-ICLDO, 20mV, 200mA, +CESOT-89-532um VR46n Tor00L-XC6505A191PRLVR-ICLDO, 20mV, 200mA, +CESOT-89-532um VR46n Tor00M-XC6505A201PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00N-XC6505A211PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00P-XC6505A221PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00R-XC6505A231PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00S-XC6505A241PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00T-XC6505A251PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00U-XC6505A261PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00V-XC6505A271PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00X-XC6505A281PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00Y-XC6505A291PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor00Z-XC6505A301PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor010-XC6505A311PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor011-XC6505A321PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor012-XC6505A331PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor013-XC6505A341PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor014-XC6505A351PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor015-XC6505A361PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532umVR46nTor016-XC6505A371PRL VR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor017-XC6505A381PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor018-XC6505A391PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor019-XC6505A401PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01A-XC6505A411PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01B-XC6505A421PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01C-XC6505A431PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01D-XC6505A441PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01E-XC6505A451PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01F-XC6505A461PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01H-XC6505A471PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01K-XC6505A481PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01L-XC6505A491PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor01M-XC6505A501PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor020-ELM85103ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm020-XC6505A611PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor021-XC6505A621PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor022-XC6505A631PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor023-XC6505A641PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor024-XC6505A651PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor025-XC6505A661PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor026-XC6505A671PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor027-XC6505A681PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor028-ELM85083ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm028-XC6505A691PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor029-ELM85093ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm029-XC6505A701PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor02A-ELM85113ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02B-ELM85123ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02C-ELM85133ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02D-ELM85143ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02E-ELM85153ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02F-ELM85163ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02G-ELM85173ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02H-ELM85183ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02J-ELM85193ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02K-ELM85203ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02L-ELM85213ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02M-ELM85223ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02N-ELM85233ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02N-XC6505A511PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor02P-ELM85243ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02P-XC6505A521PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor02Q-ELM85253ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46hElm02R-ELM85263ALVR -ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02R-XC6505A531PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor02S-ELM85273ALVR-ICLDO, 2%, 800mA, +CESOT-89-532vrtVR46h Elm02S-XC6505A541PRLVR-ICLDO, 1%, 200mA, +CESOT-89-532um VR46n Tor2 - pinsSECTION 96 and more pin case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ2359SMDcode A Type Function Short description Case Pin Sch St Mnf+AAAA MAX9718AEUB+Lin ICAF PA, BTL, (5V/4 ), select shutdownSOP 1060AFP19 8dMax+AAAB MAX9718BEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAC MAX9718CEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAD MAX9718DEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAJ MAX9718EEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAK MAX9718FEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAL MAX9718GEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+AAAM MAX9718HEUB+Lin ICAF PA, BTL, , (5V/4 ), select shutdownSOP 1060AFP20 8dMax+ACLW MAX16052AUT+TVdet ICAdjustable sequencing/supervisory, , ODOSOT 23 633 7bMax+ACLX MAX16053AUT+TVdet ICAdjustable sequencing/supervisory, , PPOSOT 23 633 7bMax00 KIC7W00FKCMOS LogDual 2 input NAND gatesUS847Log508cKec00 XC74WL00AASRCMOS LogDual 2 input NAND gatesMSOP 8Ba6Log508dTor005 FAN7005MULin ICAF PA, , 2x300mW(5V/8 ), shutdownSSOP 847AFP17 8dF00B U74HC2G02 SM1CMOS LogDual 2 input NOR gatesMSOP 847Log538dUtc00BL U74HC2G02L SM1CMOS LogDual 2 input NOR gatesMSOP 847Log538dUtc00W U74HC2G00 SM1CMOS LogDual 2 input NAND gatesMSOP 847Log508dUtc00WL U74HC2G00L SM1CMOS LogDual 2 input NAND gatesMSOP 847Log508dUtc011 EC49222 1 B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm011 GS6202RQRFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo012 EC49222 2 B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm012 GS6202RFQFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo013 EC49222 3 B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm013 GS6202RQQFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo014 EC49222 4 B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm01A EC49222 A B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm01A GS6202RRRFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo01B EC49222 B B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm01B GS6202RJRFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo01C EC49222 C B3LVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197dEcm01C GS6202RHRFLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CESOT 23 6L33x5VR197bGlo01C25A XC9101C25ASRDC DC ICPWM, step up, , 8xdDC178gTor01C26A XC9101C26ASRDC DC ICPWM, step up, , 8xdDC178gTor01C27A XC9101C27ASRDC DC ICPWM, step up, , 8xdDC178gTor01C28A XC9101C28ASRDC DC ICPWM, step up, , 8xdDC178gTor01C29A XC9101C29ASRDC DC ICPWM, step up, , 8xdDC178gTor01C30A XC9101C30ASRDC DC ICPWM, step up, , 8xdDC178gTor01C31A XC9101C31ASRDC DC ICPWM, step up, , 8xdDC178gTor01C32A XC9101C32ASRDC DC ICPWM, step up, , 8xdDC178gTor01C33A XC9101C33ASRDC DC ICPWM, step up, , 8xdDC178gTor01C34A XC9101C34ASRDC DC ICPWM, step up, , 8xdDC178gTor01C35A XC9101C35ASRDC DC ICPWM, step up, , 8xdDC178gTor01C36A XC9101C36ASRDC DC ICPWM, step up, , 8xdDC178gTor01C37A XC9101C37ASRDC DC ICPWM, step up, , 8xdDC178gTor01C38A XC9101C38ASRDC DC ICPWM, step up, , 8xdDC178gTor01C39A XC9101C39ASRDC DC ICPWM, step up, , 8xdDC178gTor01C40A XC9101C40ASRDC DC ICPWM, step up, , 8xdDC178gTor01C41A XC9101C41ASRDC DC ICPWM, step up, , 8xdDC178gTor01C42A XC9101C42ASRDC DC ICPWM, step up, , 8xdDC178gTor01C43A XC9101C43ASRDC DC ICPWM, step up, , 8xdDC178gTor01C44A XC9101C44ASRDC DC ICPWM, step up, , 8xdDC178gTor01C45A XC9101C45ASRDC DC ICPWM, step up, , 8xdDC178gTor01C46A XC9101C46ASRDC DC ICPWM, step up, , 8xdDC178gTor01C47A XC9101C47ASRDC DC ICPWM, step up, , 8xdDC178gTor01C48A XC9101C48ASRDC DC ICPWM, step up, , 8xdDC178gTor01C49A XC9101C49ASRDC DC ICPWM, step up, , 8xdDC178gTor01C50A XC9101C50ASRDC DC ICPWM, step up, , 8xdDC178gTor01C51A XC9101C51ASRDC DC ICPWM, step up, , 8xdDC178gTor01C52A XC9101C52ASRDC DC ICPWM, step up, , 8xdDC178gTor01C53A XC9101C53ASRDC DC ICPWM, step up, , 8xdDC178gTor01C54A XC9101C54ASRDC DC ICPWM, step up, , 8xdDC178gTor01C55A XC9101C55ASRDC DC ICPWM, step up, , 8xdDC178gTor01C56A XC9101C56ASRDC DC ICPWM, step up, , 8xdDC178gTor01C57A XC9101C57ASRDC DC ICPWM, step up, , 8xdDC178gTor01C58A XC9101C58ASRDC DC ICPWM, step up, , 8xdDC178gTor01C59A XC9101C59ASRDC DC ICPWM, step up, , 8xdDC178gTor01C60A XC9101C60ASRDC DC ICPWM, step up, , 8xdDC178gTor01C61A XC9101C61ASRDC DC ICPWM, step up, , 8xdDC178gTor01C62A XC9101C62ASRDC DC ICPWM, step up, , 8xdDC178gTor01C63A XC9101C63ASRDC DC ICPWM, step up, , 8xdDC178gTor01C64A XC9101C64ASRDC DC ICPWM, step up, , 8xdDC178gTor2 - pinsSECTION 10BGA, DFN and QFN case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ3259SMDcode A Type Function Short description Case Pin Sch St Mnf+AAT MAX9724AETC+Lin ICAF PA, , 2x60mW(3V/32 ), shutdownQFN 1238 9m Max+AAU MAX9724BETC+Lin ICAF PA, , 2x60mW(3V/32 ), shutdownQFN 1238 9m Max+AAW MAX9718BETB+TLin ICAF PA, BTL, (5V/4 ), select shutdownDFN 1037AFP20 9m Max+AAX MAX9718CETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max+AAY MAX9718DETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max+ABJ MAX9724CETC+Lin ICAF PA, , 2x60mW(3V/32 ), shutdownQFN 1238 9m Max+ABK MAX9724DETC+Lin ICAF PA, , 2x60mW(3V/32 ), shutdownQFN 1238 9m Max+ADH MAX9724AEBC+TLin ICAF PA, , 2x60mW(3V/32 ), shutdownBGA 1239 9m Max+ADI MAX9724BEBC+TLin ICAF PA, , 2x60mW(3V/32 ), shutdownBGA 1239 9m Max+ADX MAX9718BEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+ADZ MAX9718CEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AEA MAX9718DEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AEH MAX9724DEBC+TLin ICAF PA, , 2x60mW(3V/32 ), shutdownBGA 1239 9m Max+AEV MAX98306ETD+Lin ICAF PA, BTL, , (5V/4 ), shutdownDFN 1437 9a Max+AFB MAX9718EEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AFC MAX9718FEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AFD MAX9718GEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AFE MAX9718HEBL+TG45 Lin ICAF PA, BTL, , (5V/4 ), select shutdownBGA 939AFP54 9m Max+AGE MAX9724CEBC+TLin ICAF PA, , 2x60mW(3V/32 ), shutdownBGA 1239 9m Max+AIN MAX98307ETE+Lin ICAF PA, BTL, class D, , (5V/3 ), shutdownQFN 1638 9a Max+AIY MAX98309EWL+Lin ICAF PA, BTL, , (5V/4 ), shutdownBGA 939 9a Max+AIZ MAX98310EWL+Lin ICAF PA, BTL, , (5V/4 ), shutdownBGA 939 9aMax+ASY MAX9718EETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max+ASZ MAX9718FETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max+ATA MAX9718GETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max+ATB MAX9718HETB+TLin ICAF PA, BTL, , (5V/4 ), select shutdownDFN 1037AFP20 9m Max00 RP110L081BLVR ICLDO, 1%, 150mA, +CEDFN1010 448vm VR4 9a Ric00 XC6224A0817RLVR ICLDO, 20mV, 150mA, +CEUSPN 4B0258vm VR4 9e Tor00 XC6229D1211R GLVR ICLDO, 20mV, 300mA, +CEBGA 463ba* VR4 9a Tor01 RP110L091BLVR ICLDO, 1%, 150mA, +CEDFN1010 448vm VR4 9a Ric01 TS4601EIJTLin ICAF PA, , 2x75mW(5V/16 ), stand by, I2CBGA 1639 9p Ste01 XC6224A0917RLVR ICLDO, 20mV, 150mA, +CEUSPN 4B0258vm VR4 9e Tor01 XC6229D12B1R GLVR ICLDO, 20mV, 300mA, +CEBGA 463ba* VR4 9a Tor01 XC6420AB017R GLVR ICLDO, Dual out, Vout1/Vout2= 2%, 150mA, +CEUSPN 652xv VR19 9a Tor01 XC6420AB01DR GLVR ICLDO, Dual out, Vout1/Vout2= 2%, 150mA, +CEUSP 6B0473x4 VR19 9a Tor011 EC49222 1 FLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CEUFN 656xv VR19 9i Ecm0113 XC6201132DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0114 XC6201142DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0115 XC6201152DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0116 XC6201162DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0117 XC6201172DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0118 XC6201182DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0119 XC6201192DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor012 EC49222 2 FLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CEUFN 656xv VR19 9i Ecm0120 XC6201202DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0121 XC6201212DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0122 XC6201222DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0123 XC6201232DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0124 XC6201242DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0125 XC6201252DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0126 XC6201262DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0127 XC6201272DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0128 XC6201282DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0129 XC6201292DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor013 EC49222 3 FLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CEUFN 656xv VR19 9i Ecm0130 XC6201302DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0131 XC6201312DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0132 XC6201322DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0133 XC6201332DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0134 XC6201342DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0135 XC6201352DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0136 XC6201362DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0137 XC6201372DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0138 XC6201382DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0139 XC6201392DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor014 EC49222 4 FLVR ICLDO, Dual out, Vout1/Vout2= 2%, 250mA, +CEUFN 656xvVR199iEcm0140 XC6201402DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0141 XC6201412DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0142 XC6201422DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor0143 XC6201432DRLVR 2%, 250mAUSP 6B49hs VR1 9b Tor2 - pinsSECTION 11D-PAK and I-PAK case SMD semiconductor components0123456789ABCDEFGHIJKLMNOPQRST UVWXYZ4296SMDcode A Type Function Short description Case Pin Sch St Mnf100 XC6503P121JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor100A 3PMT100ATVSVvm=100V, Vbr=111V, Vcl=162V, , 1500W(1ms)POWERMITE 68dh 10a Msc100CA 3PMT100CATVSVvm=100V, Vbr=111V, Vcl=162V, , 1500W(1ms), 68dp 10a Msc101 XC6503P131JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor102 XC6503P141JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor103 XC6503P151JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor104 XC6503P161JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor105 XC6503P171JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor106 XC6503P181JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor107 XC6503P191JR G LVR ICLDO, 20mV, 500mATO 25268eu VR1 10a Tor108 XC6503P201JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor108418 LC1084CM3TR18 LVR ICLDO, 2%, 5ATO 263 3L84cn VR1 10j Lch108418 LC1084CMTR18LVR ICLDO, 2%, 5ATO 263 2L68cg VR1 10h Lch108418 LC1084COTR18LVR ICLDO, 2%, 5ATO 25268cg VR1 10h Lch108425 LC1084CM3TR25 LVR ICLDO, 2%, 5ATO 263 3L84cn VR1 10j Lch108425 LC1084CMTR25LVR ICLDO, 2%, 5ATO 263 2L68cg VR1 10h Lch108425 LC1084COTR25LVR ICLDO, 2%, 5ATO 25268cg VR1 10h Lch108433 LC1084CM3TR33 LVR ICLDO, 2%, 5ATO 263 3L84cn VR1 10j Lch108433 LC1084CMTR33LVR ICLDO, 2%, 5ATO 263 2L68cg VR1 10h Lch108433 LC1084COTR33LVR ICLDO, 2%, 5ATO 25268cg VR1 10h Lch108450 LC1084CM3TR50 LVR ICLDO, 2%, 5ATO 263 3L84cn VR1 10j Lch108450 LC1084CMTR50LVR ICLDO, 2%, 5ATO 263 2L68cgVR110hLch108450 LC1084COTR50LVR ICLDO, 2%, 5ATO 25268cg VR1 10h Lch1084AD LC1084CM3TRAD LVR ICLDO, Adjustable 2%, 5ATO 263 3L84cn VR20 10j Lch1084AD LC1084CMTRAD LVR ICLDO, Adjustable 2%, 5ATO 263 2L68cn VR20 10h Lch1084AD LC1084COTRAD LVR ICLDO, Adjustable 2%, 5ATO 25268cn VR20 10h Lch108518 LC1085CM3TR18 LVR ICLDO, 2%, 3ATO 263 3L84cn VR1 10j Lch108518 LC1085CMTR18LVR ICLDO, 2%, 3ATO 263 2L68cg VR1 10h Lch108518 LC1085COTR18LVR ICLDO, 2%, 3ATO 25268cg VR1 10h Lch108525 LC1085CM3TR25 LVR ICLDO, 2%, 3ATO 263 3L84cn VR1 10j Lch108525 LC1085CMTR25LVR ICLDO, 2%, 3ATO 263 2L68cg VR1 10h Lch108525 LC1085COTR25LVR ICLDO, 2%, 3ATO 25268cg VR1 10h Lch108533 LC1085CM3TR33 LVR ICLDO, 2%, 3ATO 263 3L84cn VR1 10j Lch108533 LC1085CMTR33LVR ICLDO, 2%, 3ATO 263 2L68cg VR1 10h Lch108533 LC1085COTR33LVR ICLDO, 2%, 3ATO 25268cg VR1 10h Lch108550 LC1085CM3TR50 LVR ICLDO, 2%, 3ATO 263 3L84cn VR1 10j Lch108550 LC1085CMTR50LVR ICLDO, 2%, 3ATO 263 2L68cg VR1 10h Lch108550 LC1085COTR50LVR ICLDO, 2%, 3ATO 25268cg VR1 10h Lch1085AD LC1085CM3TRAD LVR ICLDO, Adjustable 2%, 3ATO 263 3L84cn VR20 10j Lch1085AD LC1085CMTRAD LVR ICLDO, Adjustable 2%, 3ATO 263 2L68cn VR20 10h Lch1085AD LC1085COTRAD LVR ICLDO, Adjustable 2%, 3ATO 25268cn VR20 10h Lch109 XC6503P211JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10A 3PMT10ATVSVvm=10V, Vbr= , Vcl= , , 1500W(1ms)POWERMITE 68dh 10a Msc10A XC6503P221JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10B XC6503P231JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10C XC6503P241JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10CA 3PMT10CATVSVvm=10V, Vbr= , Vcl= , , 1500W(1ms), 68dp 10a Msc10D XC6503P251JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10E XC6503P261JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10F XC6503P271JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10H XC6503P281JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10K XC6503P291JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10L XC6503P301JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10M XC6503P311JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10N XC6503P321JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10N03LA IPD10N03LAn MOSFET LogL, DC/DC conv, 25V, 30A, 52W, Rds= <(10V), 25268fw 10b Inf10N03LA IPF10N03LAn MOSFET LogL, DC/DC conv, 25V, 30A, 52W, Rds= <(10V), 25268fw 10b Inf10N03LA IPS10N03LAn MOSFET LogL, DC/DC conv, 25V, 30A, 52W, Rds= <(10V), 25168fw 10b Inf10N03LA IPU10N03LAn MOSFET LogL, DC/DC conv, 25V, 30A, 52W, Rds= <(10V), 25168fw 10b Inf10P XC6503P331JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10R XC6503P341JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10S XC6503P351JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10T XC6503P361JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10U XC6503P371JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10V XC6503P381JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10X XC6503P391JR GLVR ICLDO, 1%, 500mATO 25268euVR110aTor10Y XC6503P401JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor10Z XC6503P411JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor110 XC6503P421JR G LVR ICLDO, 1%, 500mATO 25268eu VR1 10a Tor110A 3PMT110ATVSVvm=110V, Vbr=122V, Vcl=177V, , 1500W(1ms)POWERMITE 68dh 10a Msc4319SECTION 12Conventional case drawings. Pin assignment432024221345672810111213141620 19181721152394324PIN 1 PIN2 PIN3 PIN4 PIN5 PIN6 PIN7 PIN8SECTION 13Pinout (table)4325PIN 1 PIN2 PIN3 PIN4 PIN5 PIN6 PIN7 PIN8a0GNDOutputVcc+Input-Input---a1GNDGN DInputGNDGNDVcc/Out--a2N/CAnodeCathodeN/ CAdjust---a3 dataSee schSee *A1=CE/MODEA3=VoutLxC1=VinputC3=GND---ab InputGNDGNDOutputGNDVcc--ab*A1=CE/MODEA3 = (Anode)N/CCath.(Anode) Anode(Cath.)----apCathodeN/CCathodeAnode ----aqContactN/CContact-----arContactCon tact------asEmitterEmitterN/CBaseCollect orCollectorCollector CollectoratCathodeGateAnode-----auCESSVo utputVinputGNDVbias--avVbiasGNDVinputVou tputSSCE--awCEIlimVoutputVinputGNDVbias- -axVbiasGNDVinputVoutputIlimCE-- *A1=GNDA2=VoutB1=CEB2=Vin----bbCathode1C athode2Cathode3Anode3Anode2Anode1--bc*A1 =VinputA2=VoutputB1=CEB2=GND----bdCathod eCathodeAnode-----bd*A1=GNDVccResetMR--- -be*A1=CEA3=CbB2=GNDC1=VoutputC3=Vinput- --bf*A1=Out LA2=GNDA3=Out RB1=In LB3=In RC1=ShutdwnC2=VccC3=CextbgCathode1Cathod e2Anode2N/CAnode1---bg*A1=GNDA2=CEB1=Vou tputB2=Vinput----bhAnode1Common *A1=GNDA3=CEB2=CbC1=VoutputC3=Vinput---b iAnodeCathodeAnodeAnodeCathodeAnode--bm1 N/CCoutDoutGNDV+V---bm2V-V+GNDDoutCout-- -bnOVPVinputCEA GNDbpCathodeCathodeAnodeAnodeCathodeCath ode--bqGNDVoutputLx-----brGNDVoutputExt- ----bsAnode1Com. Anode----buAnode1N/CAnode2Com 14SMD-code marking attribute4336ayawaaacadaeafagabahajakama naoaqauatasaravapaxai4343SECTION15SMD-co de marking style43441a1kb1ab1b1c1d1e1f1g1i1h1j1ja1k 1ka1kc1l1m1n1o1p1r1q1s4355SECTION 16Sample schematic diagram4356A1A2AD1AD2AFP1A3AFP2AFP3AFP4A FP5AFP6AFP7AFP8AFP9AFP10AFP11AFP12AFP13A FP144369SECTION17Adittional SMD info4370Besides SMD code manufacturers can place additional information such as internal production lot number,traceability code, data of production, assembly location etc. The adittional info is an arbitral position and arbitralcontent (depending of the manufacturer) and can be alphanumeris symbol (symbols) or graphic we present some adittional : Elm (ELM Technology Corporation):Rules 1 (for ODO voltage detectors)Symbol 1 - A to Z(I, O, X excepted)Symbol 2 - 0 to 9Rules 2 (for PPO voltage detectors)Symbol 1 - 0 to 9Symbol 2 - A to Z(I, O, X excepted)Manufacturer: Tor (Torex Semiconductor LTD):01~09, 0A~0Z, 11~9Z, A1~A9, AA~AZ, B1~ZZ repeated,(G, I, J, O, Q, W excluded.) * No character inversion dataManufacturer: Anw (Anwell Semiconductor Corp.)Dot above product code: Lot Code: Dot under product code: Year Code:1 17 20032 18 2004 3 19 2005 4 20 2006 5 21 2007 6 22 2008 7 23 2009 8 24 2010 9 25 10 26 11 27 12 28 13 29 14 30 15 31 16 Manufacturer: Ape (Advanced Power Electronics Corp.)CodeYearYY2004, 2008, 2012YY2003, 2007, 2011YY2002, 2006, 2010YY2001, 2005, 2009Manufacturer: Axl (AXElite Technology Co., Ltd) : Di (Diodes Inc.)Y : Year : 0~9XXXW : Week : A~Z : 1~26 week; a~z : 27~52 week; z represents 52 and 53 weekVBA01Marking example:SMD-code(XC9227D1ACM)Lot numberMarking example:<0ASMD-code(ELM7553CEB)Lot number<A0SMD-code(ELM7553NEB)Lot numberRRAYYMarking example:SMD-code(APE8838AY)Data code(year 2011)0033VMarking example:SMD-code(AP8800-33PV)Lot code- 24Year code- 2007LAAaSMD-code(AX6604ACA)Data code(year 2010, week 27)Marking example:4374SECTION 18Case drawings43751005SOD-723F0402050306030402 S0503S0805S1206S0805120614081607SMASMA-1 1F2F3-4D1A1F1ASOD-123SOD-3232025CPCPH32- 2H1A2-2H1BSC-89-32-2K1A2-2K1B2-3JIA2-3JI B403403-01403A403A-03403B-01403C403D-2BG A-4CB4-3UCSP-4BGA-6 BGA-6WCSP-6BGA-5WCSP-5MBGA-8WCSP-8BGA-8 BGA-8BGA-8ABGA-9BGA-10BGA-12BGA-14BGA-15 BGA-16BGA-184384SECTION 19Manufacturers logos and URL4385Aat- Advanced Analog Analog Agilent Analog Integrations Alliance Allegro MicroSystems AME, AMOS Technology Amazing Anachip Anpec Electronics AnaSem Advanced Analogic Technologies, Anwell Semiconductor Alpha & Omega IRICO AOTOM (Hong Kong) Holdings Co., Advanced Power Electronics AKM Semiconductor Austria Microsystems 2008 TURUTA ELECTRONICS WORLD are the worldwide leading publisher of e-formatdatabooks for semiconductors info like transistors, diodes, thryistors, integrated circuits. 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Features:- Search by marking code;- Search by marking code with case class (pin number) selection;- Exhaustive info about found electronic component;- Direct link to a electronic component datasheet download;- Direct link to a manufacturer web manualService manuals for fax, printer, copier, mobile and wireless phone, amplifiers, car stereos,cassette decks, Blu-ray/DVD/CD players/recorders, compact stereos, equalizers, receivers, cam-eras, reel recorders, tuners, and other audio equipment, camcorders, monitors, TVs (including LCD,plasma PDP, projection TVs), and TV/Blu-ray/DVD/CD/VCR combo units. We have more documents in our growing collection!Service manual pages navigation and searches available for any TEW service manual download available only for subscribed member of than datasheets - audio application integrated circuits such as preamplifiers,volume and tone controller, audio processor, audio power amplifiers; power management integratedcircuits, industrial application integrated circuits available on your format databooksTURUTA ELECTRONICS WORLD are the worldwide leading publisher of e-format databooksfor semiconductors info like transistors, diodes, thryistors, integrated circuits. SMD-codes datbook, 2014 EditionA new 2014 edition SMD-codes databook in electronic format from a known author EugeniuTuruta presents the SMD-codes for active semiconductor components. This book includes SMD-codes for different semiconductors like diodes, thyristors, transistors and ICs. STK and STR integrated circuits, 2014 EditionData book about the common and very popular STK (Sanyo) and STR (Sanken) hybridintegrated circuits. Over circuits from STK0025 to diagram, application, short description, table of characteristics with all commonparameters, replacements, case outline drawings available for all integrated circuits. Power audio amplifiers - integrated circuits, 2014 EditionA new, 2014 edition data book in electronic format from a known author Eugeniu Turutapresents the standard and modified circuit diagram, short description, electrical characteristics,pinouts and conventional case drawings of the integrated circuits - power audio book includes about 7000 most popular integrated circuits - power (final) audio ampli-fiers and for today is the most complete databook in the visitor can download sample (demo) version of all of TEW databooks is very simple and can be made directly from web-page troughPayPal payment system. If you don t have access to the PayPal payment system, write to new editorial policy of TEW allow to propose already existing customers (any TEW oldedition databook buyers and subscribed mebers) the special (discount) price for the news collection 2014 Copyright Eugeniu Turuta 2014 Copyright Martin Christian TurutaToronto, 2014 editionChisinau, 2014 edition

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