AN-1039

Correcting Imperfections in IQ Modulators to Improve RF Signal Fidelity

INTRODUCTION Thein-phaseandquadraturemodulator(IQmodulator)isakeycomponentinmodernwirelesstransmitters.ItprovidesaconvenientmethodformodulatingdatabitsorsymbolsontoanRFcarrier.IQupconversionhasbecomethearchitectureofchoiceforimplementingtransmittersignalc

AN-1077

PFC Converter Design with IR1150 One Cycle Control IC

PFCConverterDesignwithIR1150OneCycleControlIC ThisApplicationNotedescribesthedesignmethodologyofaContinuousConductionModePowerFactorCorrectioncircuitutilizingaboostconverterandfeaturingtheIR1150SPFCIC.TheIR1150isbasedonInternationalRectifier’sproprietary“

AN-1090

Controller Dynamics and Tuning

Introduction ThisapplicationnotedescribeshowtotunetheembeddedcontrolloopsontheIRMCF3xxseriesofcontrolIC’s.ThiscoverstheIRMCF312,IRMCF311andIRMCF343digitalcontrolIC’sforairconditioningsystemsandtheIRMCF341ICforwashingmachineapplications.Thecontrolloopsincl

AN-1097

IRS2011 and IR2011 Comparison

Introduction TheIRS2011isanewHVICproductthatreplacestheIR2011andispin-to-pincompatiblewithitspredecessor.ThisapplicationnotedescribesthevariousdifferencesbetweentheIRS2011andtheIR2011HVICs. TheIRS2011isahighpower,highspeedpowerMOSFETdriverwithindependen

AN-1177

LVDS and M-LVDS Circuit Implementation Guide

INTRODUCTION Lowvoltagedifferentialsignaling(LVDS)isastandardforcommunicatingathighspeedinpoint-to-pointapplications.MultipointLVDS(M-LVDS)isasimilarstandardformultipointapplications.BothLVDSandM-LVDSusedifferentialsignaling,atwo-wirecommunicationmethodwherer

AN-136

A NEW GENERATION OF TAG SRAMS-THE IDT71215 AND

INTRODUCTION The71215and71216representanewgenerationofintegratedTagSRAMs.JustasearlierTagSRAMssuchasthe71B74werebettersuitedfortagapplicationsthanconventionalSRAMs,the71215/16goastepfurtherbyintegratingnewfeaturestosignificantlyeasethedesignofhighper

AN-1713

AN-1713 LM5116-12 Evaluation Board

Introduction TheLM5116-12evaluationboardisdesignedtoprovidethedesignengineerwithafullyfunctionalpower converterbasedonEmulatedCurrentModeControltoevaluatetheLM5116controllerIC.Theevaluation boardprovidesa12Voutputwitha5Acurrentcapability.Theoperatinginpu

AN-1713LM5116-12

AN-1713 LM5116-12 Evaluation Board

Introduction TheLM5116-12evaluationboardisdesignedtoprovidethedesignengineerwithafullyfunctionalpower converterbasedonEmulatedCurrentModeControltoevaluatetheLM5116controllerIC.Theevaluation boardprovidesa12Voutputwitha5Acurrentcapability.Theoperatinginpu

AN-1001

Application Note

AN-1006

Backing Up Epson Toyocom Real-Time Clock Chips

AN-1008

Using Cymbet EnerChip Batteries Instead of Coin Cells and Super Capacitors

AN-1014

Using the Atmel? picoPower AVR Microcontroller with Cymbet EnerChips

AN-102

Loop Current Detection for LITELINK

AN-1025

Maximum Power Enhancement Techniques for SuperSOTTM-3 Power MOSFETs

AN-1025

Using the EnerChip??in Pulse Current Applications

AN-1026

Maximum Power Enhancement Techniques for SuperSOTTM-6 Power MOSFETs

AN-1026

High Speed Differential ADC Driver Design Considerations

AN-1027

Ultra Low Power Microcontroller Backup Using the EnerChip

AN-1028

Maximum Power Enhancement Techniques for SOT-223 Power MOSFETs

AN-1028

Ultra Low Power MSP430 Backup Using the EnerChip??CC