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This chapter focuses on the linearization of non-linear circuits involving MOSFETs, discussing the linearization of input-output transfer characteristics. It introduces the small signal equivalent circuit and model for MOSFETs, providing a method for analyzing such circuits more easily. Numerical examples illustrate how to apply these concepts for practical understanding.
Chapter 298 sections
This chapter focuses on the linearization of non-linear circuits involving MOSFETs, discussing the linearization of input-output transfer characteristics. It introduces the small signal equivalent circuit and model for MOSFETs, providing a method for analyzing such circuits more easily. Numerical examples illustrate how to apply these concepts for practical understanding.
Linearization helps simplify the analysis of non-linear circuits, especially those involving MOSFETs.
Small signal equivalent circuits provide a method for evaluating circuits with varying inputs effectively.
Transfer characteristics can be approximated as linear around a quiescent point or operating point.
The process of approximating a non-linear function by a linear function near a specific point, typically to simplify analysis.
An equivalent circuit representation for analyzing the behavior of circuits when small variations occur around an operating point.
The point representing the DC bias conditions in a transistor circuit, around which small-signal behavior is analyzed.
Total Questions
2
Estimated Time
4 min
Passing Score
70%
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