the simplest “electronic switch” model completely ignores the application of a transistor as a linear amplifier and cannot be used to explain important transistor parameters such as hfe (DC ...

In this chapter we will discuss only DC MOS transistor models for different regions of device operation. In the next chapter we will deal with the dynamic models. We will first develop a rigorous ...

The MOS transistor DC models developed in the last chapter are applicable when applied voltages do ... The variation in the applied voltages, if sufficiently small, results in the small signal model.

Nonlinear Transistor Model Parameter Extraction Techniques contains a wealth of theoretical and practical ... For a range of device technologies, the main themes that need to be addressed including ...

The textbook, Nonlinear Transistor Model Parameter Extraction Techniques ... For a range of device technologies, the main themes that need to be addressed including measurement, extraction, DC and non ...