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CD4017isaCMOSDecadeCounterIC.ThisblogcoversCD4017Counterpinout,datasheet,equivalent,featuresandotherinformation.Top3CD4017ICProjectsCatalogCD4017PinoutCD4017ApplicationsCD4017FeaturesCD4017AdvantageCD4017ManufacturerCD4017EquivalentsCD4017PackageWheretouseCD4017OrderingQuantityFAQOrderingQuantityCD4017PinoutPinNumberPinNameDescription1to7and9,10,11OutputpinsQ0toQ9Thesearethe10outputpinsonwhichthecountingoccurs,theyarenotinorderhenceverifypindiagramabove.8VssorGroundConnectedtotheGroundofthecircuit12CarryOut(CO)ThispingoeshighaftertheICcountsfrom1to10.Thisisusedascarrywhilecounting.13ClockEnable(EN)Thisisaninputwhichwhenmadehighwillholdthecountatthecurrentstate.14ClockThecountinghappenswhenthisclockpulsegoeshigh,thispinisnormallyconnectedto555timerorotheruCtoproduceapulse.15ResetsAsthenamesuggeststhispinresetsthecountbackto116Vdd/VccConnectstothesupplyvoltagetypically+5V.CD4017ApplicationsLEDmatrixcircuitsLEDchaserapplicationsandLEDbasedprojectsBinarycounterorBinarydecoderDivisiablecountingbyNIndustrialandmedicalelectronicsCD4017FeaturesHighspeed16pinCMOSDecadecounterSupports10decodedoutputsWidesupplyvoltagerangefrom3Vto15V,typically+5VTTLcompatibleMaximumClockFrequency:5.5MhzAvailablein16-pinPDIP,GDIP,PDSOpackagesCD4017AdvantageCD4017CounterCD4017isaJohnson10stageCMOSDecadecounterIC.Wecanuseitforlowrangecountingapplications.Itisa16-pincounterthatcancountfrom0to10byturningonthe10outputsonebyoneoneverypositiveedgeofaclock.ThecircuitconsistsofCD4017willsaveboardspaceandalsothetimerequiredtodesignthecircuit.Wecanresetandcontrolcountingwiththehelpofresetandenablepins.CD4017ManufacturerTexasInstrumentsIncorporated(TI)isaglobalsemiconductordesignandmanufacturingcompanythatdevelopsanalogICsandembeddedprocessors.Byemployingtheworldsbrightestminds,TIcreatesinnovationsthatshapethefutureoftechnology.TIishelpingmorethan100,000customerstransformthefuture,today.CD4017EquivalentsCD4040,CD4060,CD4022,CD4026,CD4020,CD40103,CD4017,74LS90,74LS93CD4017PackageWheretouseCD4017TheICCD4017isusedforcountingapplications,ithasthecapabilitytoturnon10outputssequentiallyinapre-definedtimeandresetthecountorholditwhenrequired.ItalsohasthecapabilitytoindicatethestatusofcountingusingCarrypin.ThisiscommonlyusedforLedchasersandotherlogicaloutputprojects,soifyouarelookingforasequentialdecodedcountingICthatcancountupto10thenthisICwillbeyourrightchoice.HowtouseCD4017CD4017has10outputpinsthatgetsHIGHinasequentialpatternwhenclocksignalisapplied.Thisclocksignalcanbegeneratedthrough555timerICoranyotherdigitalICs.Pin13whichisclockenablepiniskeptLOWotherwiseitcanhalttheclocksignal.TheResetPinisalsokeptLOW.Thispinisresponsibleforresettingthecountertorestartthecountingfrom0.Therefore,fornormaloperationofacircuit,thesetwopinsarekeptLOW.ComponentDatasheetCD4017DatasheetFAQWhatisCD4017?TheCD4017isaCMOSDecadecounterIC.CD4017isusedforlowrangecountingapplications.Itcancountfrom0to10(thedecadecount).Thecircuitdesignedbyusingthisicwillsaveboardspaceandalsotimerequiredtodesignthecircuit.CD4017isasJohnson10stagedecadecounter.WhatisCD4017andHowitWorks?CD4017isadigitalcounterplusdecodercircuit.TheclockpulsesgeneratedattheoutputofIC555timer(PIN-3)isgivenasaninputtoCD4017throughPIN-14.WheneveraclockpulseisreceivedattheclockinputoftheCD4017counter,thecounterincrementsthecountandactivatesthecorrespondingoutputPIN.WhatisaCD4017DecadeCounter?TheCD4017Decadecounterisadevicethatcountsclockpulses.Itiscalledadecadecounterbecauseithas10outputs(Q0toQ9)andsoitcancount10clockpulsesbeforestartingagain.Thisissimplecounterthatiseasytounderstandandstraightforwardtouse.

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CD4017isaCMOSDecadeCounterIC.ThisblogcoversCD4017Counterpinout,datasheet,equivalent,featuresandotherinformation.Top3CD4017ICProjectsCatalogCD4017PinoutCD4017ApplicationsCD4017FeaturesCD4017AdvantageCD4017ManufacturerCD4017EquivalentsCD4017PackageWheretouseCD4017OrderingQuantityFAQOrderingQuantityCD4017PinoutPinNumberPinNameDescription1to7and9,10,11OutputpinsQ0toQ9Thesearethe10outputpinsonwhichthecountingoccurs,theyarenotinorderhenceverifypindiagramabove.8VssorGroundConnectedtotheGroundofthecircuit12CarryOut(CO)ThispingoeshighaftertheICcountsfrom1to10.Thisisusedascarrywhilecounting.13ClockEnable(EN)Thisisaninputwhichwhenmadehighwillholdthecountatthecurrentstate.14ClockThecountinghappenswhenthisclockpulsegoeshigh,thispinisnormallyconnectedto555timerorotheruCtoproduceapulse.15ResetsAsthenamesuggeststhispinresetsthecountbackto116Vdd/VccConnectstothesupplyvoltagetypically+5V.CD4017ApplicationsLEDmatrixcircuitsLEDchaserapplicationsandLEDbasedprojectsBinarycounterorBinarydecoderDivisiablecountingbyNIndustrialandmedicalelectronicsCD4017FeaturesHighspeed16pinCMOSDecadecounterSupports10decodedoutputsWidesupplyvoltagerangefrom3Vto15V,typically+5VTTLcompatibleMaximumClockFrequency:5.5MhzAvailablein16-pinPDIP,GDIP,PDSOpackagesCD4017AdvantageCD4017CounterCD4017isaJohnson10stageCMOSDecadecounterIC.Wecanuseitforlowrangecountingapplications.Itisa16-pincounterthatcancountfrom0to10byturningonthe10outputsonebyoneoneverypositiveedgeofaclock.ThecircuitconsistsofCD4017willsaveboardspaceandalsothetimerequiredtodesignthecircuit.Wecanresetandcontrolcountingwiththehelpofresetandenablepins.CD4017ManufacturerTexasInstrumentsIncorporated(TI)isaglobalsemiconductordesignandmanufacturingcompanythatdevelopsanalogICsandembeddedprocessors.Byemployingtheworldsbrightestminds,TIcreatesinnovationsthatshapethefutureoftechnology.TIishelpingmorethan100,000customerstransformthefuture,today.CD4017EquivalentsCD4040,CD4060,CD4022,CD4026,CD4020,CD40103,CD4017,74LS90,74LS93CD4017PackageWheretouseCD4017TheICCD4017isusedforcountingapplications,ithasthecapabilitytoturnon10outputssequentiallyinapre-definedtimeandresetthecountorholditwhenrequired.ItalsohasthecapabilitytoindicatethestatusofcountingusingCarrypin.ThisiscommonlyusedforLedchasersandotherlogicaloutputprojects,soifyouarelookingforasequentialdecodedcountingICthatcancountupto10thenthisICwillbeyourrightchoice.HowtouseCD4017CD4017has10outputpinsthatgetsHIGHinasequentialpatternwhenclocksignalisapplied.Thisclocksignalcanbegeneratedthrough555timerICoranyotherdigitalICs.Pin13whichisclockenablepiniskeptLOWotherwiseitcanhalttheclocksignal.TheResetPinisalsokeptLOW.Thispinisresponsibleforresettingthecountertorestartthecountingfrom0.Therefore,fornormaloperationofacircuit,thesetwopinsarekeptLOW.ComponentDatasheetCD4017DatasheetFAQWhatisCD4017?TheCD4017isaCMOSDecadecounterIC.CD4017isusedforlowrangecountingapplications.Itcancountfrom0to10(thedecadecount).Thecircuitdesignedbyusingthisicwillsaveboardspaceandalsotimerequiredtodesignthecircuit.CD4017isasJohnson10stagedecadecounter.WhatisCD4017andHowitWorks?CD4017isadigitalcounterplusdecodercircuit.TheclockpulsesgeneratedattheoutputofIC555timer(PIN-3)isgivenasaninputtoCD4017throughPIN-14.WheneveraclockpulseisreceivedattheclockinputoftheCD4017counter,thecounterincrementsthecountandactivatesthecorrespondingoutputPIN.WhatisaCD4017DecadeCounter?TheCD4017Decadecounterisadevicethatcountsclockpulses.Itiscalledadecadecounterbecauseithas10outputs(Q0toQ9)andsoitcancount10clockpulsesbeforestartingagain.Thisissimplecounterthatiseasytounderstandandstraightforwardtouse.

2SB772 Transistor Explained / Description:2SB772 is a TO-126 packaged general purpose PNP transistor that can be used for variety of switching and audio amplification purposes.for safety do not drive load of more than 24V.

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Moreover the collector-emitter saturation voltage is only 0.push({});Advertisements (adsbygoogle = window.it can be used in audio amplifier stages and also perform well as a separate amplifier to drive a speaker.

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Applications:DC to DC ConvertersRelay DriverAudio AmplifierAudio Amplifier StagesSwitching Loads under 3AHow to Safely Long Run in a Circuit:To get good and long term performance from 2SB772 always stay atleast 20% below from its max ratings.The maximum collector current of the transistor is 3A therefore do not drive load of more than 2.

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The maximum collector-emitter voltage is 30V.Use a suitable heatsink with the transistor and always store of operate in temperature between -55 Celsius to +150 Celsius.

features and other useful information about this transistor.push({});Where We Can Use it How to Use:As described above 2SB772 can be used in variety of applications.

When used as a switch it can drive load of upto 3A and can be used to drive variety of loads in circuits.it can drive maximum load of 3A or 3000mA due to which it can be used in your circuits to drive variety of loads at a time.

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