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Strain in SiGe thin films yields enhanced mobilities for both electrons and holes. Addition of Ge to Si also reduces the band gap. These effects make band gap engineering and very high speed devices feasible in all silicon technology. In addition SiGe processing is compatible to silicon process technology. In this book a fast analytical design program for the design of p-channel hetero MOSFET (p-HMOSFET) is discussed.The one dimensional Poisson equation is solved for a simple p-HMOSFET. Using these results an Excel spreadsheet is used as a tool to design a complete analytical design program that can provide internal as well as terminal parameters of this device. The analytical program is tested by comparing the results with ISE-TCAD numerical device simulator results. The results were found to match very well. Compared to the numerical simulator the analytical program yields results in a fraction of the time and is found to be a good design tool for fast interactive design and optimization of the device. . For the device of choice variable parameters are identified. It is found that these parameters are interconnected in many ways and trade offs between them is necessary.

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Mohan Krishnan Gopal received his BS degree in Electrical Engineering from the University of Kerala, India, MTech degree from I. I. T., Madras, India and PhD degree from the University of Arizona, USA. His PhD research topic was in the field of Silicon-Germanium hetero MOSFET. His dissertation advisor was Dr. John R. Brews.

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