Introduction to semiconductor device modelling / Christopher M. Snowden
Digitised Book 18.220.45.179 (0)
1986
Information About
The key to the understanding of semiconductor devices lies in developing satisfactory models to represent the physical and electrical characteristics. Semiconductor devices are modelled using electrical equivalent circuit models and physical device models. This book is dedicated to a study of physical device models derived from the transport physics of semiconductor devices.
Other issues in the series
Introduction to semiconductor device modelling / Christopher M. Snowden
The key to the understanding of semiconductor devices lies in developing satisfactory models to represent the physical and electrical characteristics. Semiconductor devices are modelled using electrical equivalent circuit models and physical device models. This book is dedicated to a study of physical device models derived from the transport physics of semiconductor devices.
Additional Details
- Creators
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- Snowden, Christopher M.
- Subject
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- Semiconductors--Mathematical models
- Publisher
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- World Scientific, 1986
- National Library Board Singapore, 1986
- Digital Description
- application/pdf, ill.
- Table of Contents
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- ch. 1. Introduction -- ch. 2. Semiconductor carrier transport equations -- ch. 3. Solutions of the semiconductor equations closed-form analytical models -- ch. 4. Numerical solution of the semiconductor equations the finite difference method -- ch. 5. Numerical solution of the semiconductor equations finite-element methods -- ch. 6. Semiclassical transport equations hot electron effects -- ch. 7. Simulation of heterojunction devices -- ch. 8. The Monte Carlo method -- ch. 9. Quantum mechanical effects an introduction to quantum transport theory -- Appendix. 1. Numerical solution of the current continuity equation.
- Copyright
- All Rights Reserved. National Library Board Singapore 2009.