Analog BICMOS Design: Practices and Pitfalls (Hardcover)

DEVICESIntroductionSilicon Conductivitypn JunctionsDiode CurrentBipolar TransistorsMOS TransistorsDMOS TransistorsZener DiodesEpiFetsDEVICE MODELSIntroductionBipolar TransistorsMOS TransistorsSimple Small Signal Models for Hand CalculationsCURRENT SOURCESCurrent Mirrors in Bipolar TechnologyCurrent Mirrors in MOS TechnologyVOLTAGE REFERENCESSimple Voltage ReferencesVbe MultiplierZener Voltage ReferenceTemperature Characteristics of Ic and VbeBandgap Voltage ReferenceAMPLIFIERSThe Common-Emitter AmplifierThe Common-Base AmplifierCommon-Collector AmplifiersTwo-Transistor AmplifiersCC-CE and CC-CC AmplifiersThe Darlington ConfigurationThe CE-CB Amplifiers or CascodeEmitter-Coupled PairsThe MOS Case: The Common-Source AmplifierThe CMOS InverterThe Common-Source Amplifier with Source DegenerationThe MOS Cascode AmplifierThe Common Drain (Source Follower) AmplifierSource-Couple PairsCOMPARATORSComparator with Vbe -Dependent HysteresisThe Bandgap Reference ComparatorOperational AmplifiersA Programmable Current ReferenceA Triangle-Wave OscillatorA Four-Bit Current Summing DACThe MOS CaseAMPLIFIER OUTPUT STAGESThe Emitter Follower: A Class A Output StageThe Common-Emitter Configuration as a Class A Output StageThe Class B (Push-Pull) OutputThe Class AB Output StageCMOS Output StagesOvercurrent ProtectionPITFALLSIR DropsLateral pnpnpn TransistorsComparatorsLatchupFloating TubsParasitic MOS TransistorsDESIGN PRACTICESMatchingElectrostatic Discharge Protection (ESD)ESD Protection Circuit AnalysisINDEX Each chapter also includes exercises