标签: quickchip

Abstract:MaximhastwodifferentapproachesfordevelopingHFASICs:asemi-customQuickChipdesignmethodologyandthemoretraditionalfull-customdesignmethodology.Thesemicustomdesignapproachisdiscussedbelowandprovidesalow-cost,fastturn-timeapproachfordevelopingcustomer-designedRFASICs.Maxim>AppNotes>ASICsKeywords:ASICs,QuickChip,RF,semicustom,custom,HF,asic,RFASICs,quickchip,semi-custom,full-Mar13,2000customAPPLICATIONNOTE646SemicustomQuickChipASICsImplementRFFunctionsto9GHzAbstract:MaximhastwodifferentapproachesfordevelopingHFASICs:asemi-customQuickChipdesignmethodologyandthemoretraditionalfull-customdesignmethodology.Thesemicustomdesignapproachisdiscussedbelowandprovidesalow-cost,fastturn-timeapproachfordevelopingcustomer-designedRFASICs.InadditiontostandardproductICs,Maximoffersarapid-responseASICservice.Semicustomarraysknownas"QuickChips"providedesignerswithaselectionofuncommittedsemiconductordevices:JFETs,Schottkydiodes,ESD-protecteddiodes,MOScapacitor……

Abstract:Atwo-stage1.9GHzmonolithiclow-noiseamplifier(LNA)withameasurednoisefigureof2.3dBandanassociatedgainof15dBwasfabricatedinastandardsiliconbipolartransistorarray.Itdissipates5.2mWfroma3Vsupplyincludingthebiascircuitry.Inputreturnlossandisolationare-9dBand-20dB,respectively.Maxim>AppNotes>ASICsWIRELESS,RF,ANDCABLEKeywords:Maxim,QuickChip,siliconbipolar,LNA,1.9GHz,QuickChip9,semi-custom,ASIC,lownoiseMar17,2000amplifier,quickchipAPPLICATIONNOTE644QuickChipDesignExample2LowPowerSiliconBJTLNAfor1.9GHzAbstract:Atwo-stage1.9GHzmonolithiclow-noiseamplifier(LNA)withameasurednoisefigureof2.3dBandanassociatedgainof15dBwasfabricatedinastandardsiliconbipolartransistorarray.Itdissipates5.2mWfroma3Vsupplyincludingthebiascircuitry.Inputreturnlossandisolationare-9dBand-20dB,respectively.1998IEEE.Reprinted,withpermission,from1998IEEEMicrowaveandGuidedWaveLetters,Vol.3,No.3,pp.136-137I.IntroductionInportablecommunicationequipment,suchascellular……

Abstract:ThispaperdescribesasiliconbipolarASICdesignforhigh-endGPSreceiversthatdeliversareferencefrequencyandIFoutputstoallowfortrackingofGLONASSsatellites.The3.2mm²receiveroperatesataminimumsupplyvoltageof2.7V,over-40°Cto+85°Ctemperaturerange.Ithasa4dBnoisefigure(includingRFfilters),atotalon-chipgainof130dB,andanIIP3of-31dBm.Maxim>AppNotes>ASICsWIRELESS,RF,ANDCABLEKeywords:GPS,GLONASS,siliconbipolar,gpsreceivers,maxim,GST-2,QuickChip,QC-9,glonassreceiver,Mar31,2000ASICAPPLICATIONNOTE640ASingleChipSiliconBipolarReceiverforGPS/GLONASSApplicationsAbstract:ThispaperdescribesasiliconbipolarASICdesignforhigh-endGPSreceiversthatdeliversareferencefrequencyandIFoutputstoallowfortrackingofGLONASSsatellites.The3.2mmreceiveroperatesataminimumsupplyvoltageof2.7V,over-40°Cto+85°Ctemperaturerange.Ithasa4dBnoisefigure(includingRFfilters),atotalon-chipgainof130dB,andanIIP3of-31dBm.Conference:IEEEInternationalSolid-StateCircuitsConference1999Session:CommunicationsAuthor:MichaelJ.McCullaghAffiliation:Sy……

Abstract:Abroadbandphase-lockloop(PLL)buildingblockintegratedcircuit(IC)thatcanaccommodatesignalfrequenciesfrom0.5GHzto9GHzispresented.Thedesignintegratesaprescalerwithselectabledivideratio,aphasedetector,avoltage-controlledoscillatorforproductiontesting,andassociatedcircuitry.ThechipisdesignedonMaxim'sGST-2bipolarlineararraytechnologyandispackagedina16-pinplasticdualin-linepackage.Theresultisalow-cost,broadbandsolutionforavarietyofPLLsystems.Maxim>AppNotes>ASICsSIGNALGENERATIONCIRCUITSWIRELESS,RF,ANDCABLEKeywords:siliconbipolar,PLL,integratedcircuit,IC,Maxim,GST-2,QuickChip,ASIC,broadbandpllMar27,2001APPLICATIONNOTE635QuickChipDesignExample1-ASiliconBipolarBroadbandPLLBuildingBlockIntegratedCircuitAbstract:Abroadbandphase-lockloop(PLL)buildingblockintegratedcircuit(IC)thatcanaccommodatesignalfrequenciesfrom0.5GHzto9GHzispresented.Thedesignintegratesaprescalerwithselectabledivideratio,aphasedetector,avoltage-controlledoscillatorforproductiontesting,andassociatedcircuitry.ThechipisdesignedonMaxim'sGST-2bipolarlineararraytechnologyandispackagedina16-pinplasticdualin-linepackage.Theresultisalow-cost,b……