Heterojunction bipolar transistors (HBTs) are high-performance transistor structures, and accurate HBT modeling is indispensable in helping engineers and designers achieve single-pass circuit design success. This first-of-its-kind guide provides complete hands-on understanding of available HBT models and the parameter strategies needed to use them effectively in circuit simulation. The book presents detailed coverage of state-of-the-art tools that help designers select the best model to meet specific design requirements, know what physical effects to expect, and modify or create new models to optimize simulation accuracy. Emphasizing how to procedures without getting bogged down in device physics, this indispensable guide puts the full power of IP device modeling and circuit simulation at the designer s command.
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About the Author
Matthias Rudolph is a senior scientist at the Ferdinand-Braun-Institut für Höchstfrequenztechnik (FBH) in Berlin, Germany, where he is responsible for the characterization and modeling of FETs and HBTs for circuit design, and for the design of MMICs. He has written 13 journal articles and 29 conference papers on topics in the field. He received his Dr.-Ing in electrical engineering from the Darmstadt University of Technology.
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Most Helpful Customer Reviews
3.0 out of 5 stars
Doesn't cover SiGe HBTs,
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Amazon Verified Purchase(What's this?)
This review is from: Introduction to Modeling HBTs (Hardcover)
I bought this book hoping to learn more about modeling SiGe HBTs, but then in the very first few pages the author states that the book applies to InP and GaAs (III-V), not SiGe. I guess I should have known that SiGe HBTs didn't really count as HBTs, since the title "Introduction to modeling HBTs" certainly doesn't include SiGe HBTs. Anyways, it's of little value to me until I get to work with InP or GaAs HBTs.
3.0 out of 5 stars
This may be the best book that you can find about HBT modeling in the world market.,
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This review is from: Introduction to Modeling HBTs (Hardcover)
I met author of this book in Atlanta, Georgia at IMS2008. I ask him about 2 or 3 questions in this conference. I found that Dr. Matthias is answer my question very interestingly. But I am not sure this book talked about de-embedding or not. Eventhough, deembedding lost physical phenomena description in this device. But it is very important for circuit designer to use large signal or small signal equivalent circuit to design amplifier, filter and oscillator. etc. I confess that I have many book to read for fun but if I have research job I will spend more time on this book.
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