Design and Realization of Bipolar Transistors

Name: Design and Realization of Bipolar Transistors
Availability: OutOfStock
ISBN: 9780471917007

ISBN-10: 0471917001

ISBN-13: 9780471917007

Edition: 1988

Authors: Peter Ashburn

List price: $165.00

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Book details

List price: $165.00
Copyright year: 1988
Publisher: John Wiley & Sons, Incorporated
Publication date: 8/18/1988
Binding: Hardcover
Pages: 216
Size: 1.42" wide x 2.17" long
Weight: 0.946
Language: English



Series Preface


Preface


List of Symbols


Overview


Evolution of silicon bipolar technology


Evolution of heterojunction bipolar technology


Operating principles of the bipolar transistor


Bipolar Transistor Theory


Introduction


Components of base current


Fundamental equations


Base current


Current gain


Shallow emitters


Heavy doping effects


Extension of the simple theory


Junction breakdown


Bipolar Transistor Models


Transistor modelling


Ebers-Moll model


Small-signal hybrid-[Pi] model


Gummel-Poon model


Modelling the low-current gain


Forward transit time [tau[subscript F]]


Base resistance


Collector/base capacitance


The SPICE bipolar transistor model


Polysilicon Emitters


Introduction


Basic physics of the polysilicon emitter


Theory of polysilicon emitters


Emitter resistance


Design of practical polysilicon emitter transistors


SIS emitters


Heterojunction Emitters


Introduction


Theory of heterojunction emitters


GaAIAs/GaAs heterojunction emitters


Bandgap engineering


Bipolar Integrated Circuit Fabrication


Introduction


Buried layer and epitaxy


Isolation


Base


Emitter


Yield problems in bipolar processes


Analogue bipolar processes


Digital bipolar processes


GaAs/GaAIAs heterojunction bipolar processes


BICMOS processes


Optimization of High-Speed Bipolar Processes


Introduction


ECL propagation delay expression


Calculation of the electrical parameters


Comparison of conventional and self-aligned processes


Process optimization


App. 1 Bipolar transistor model parameters


App. 2 Fundamental physical constants


App. 3 Properties of silicon and gallium arsenide


App. 4 Properties of silicon dioxide


Index