Analog Electronic Circuits - Vol 1 | 21. Linearization of non-linear circuit containing MOSFET (Contd.) by Abraham | Learn Smarter
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Knowledge
21. Linearization of non-linear circuit containing MOSFET (Contd.)

The chapter covers the process of linearization in non-linear circuits containing MOSFETs, detailing how to derive small signal equivalent circuits. It emphasizes the importance of small signal parameters such as transconductance and output conductance and the implications of these parameters on circuit analysis at different operating points. Additionally, it explains the simplification and usefulness of these models in various frequency ranges.

Sections

  • 21.1

    Analog Electronic Circuits

    The section discusses the linearization of non-linear circuits containing MOSFETs using small signal equivalent circuits.

    Learning Practice

  • 21.2

    Prof. Pradip Mandal

    This section discusses the linearization of non-linear circuits containing MOSFETs, focusing on deriving small signal equivalent circuits.

    Learning Practice

  • 21.3

    Department Of Electronics And Electrical Communication Engineering

    This section discusses the linearization of non-linear circuits involving MOSFETs to create small signal equivalent circuits.

    Learning Practice

  • 21.4

    Indian Institute Of Technology, Kharagpur

    This section discusses the linearization of non-linear circuits using MOSFETs, focusing on small signal equivalent circuits.

    Learning Practice

  • 21.5

    Lecture - 21

    This section discusses the linearization of non-linear circuits containing MOSFETs and introduces the small signal equivalent circuit and model.

    Learning Practice

  • 21.6

    Linearization Of Non-Linear Circuit Containing Mosfet (Contd.)

    This section discusses the linearization of MOSFET circuits through small signal equivalent modeling, focusing on simplifying the analysis of non-linear circuits.

    Learning Practice

  • 21.6.1

    Introduction To Linearization

    This section introduces the linearization of non-linear circuits containing MOSFETs, focusing on the concept of small signal equivalent circuits.

    Learning Practice

  • 21.6.2

    Small Signal Equivalent Circuit

    This section explains the concept of small signal equivalent circuits for MOSFETs, focusing on the linearization of non-linear circuits and the resulting simplified models.

    Learning Practice

  • 21.6.3

    Large Signal Vs Small Signal Models

    This section discusses the distinctions and applications of large signal and small signal models in analyzing MOSFET circuits.

    Learning Practice

  • 21.6.4

    Transconductance And Operating Point

    This section explores the concepts of transconductance and the operating point in MOSFET circuits, emphasizing the transition from large to small signal equivalent models.

    Learning Practice

  • 21.6.5

    Output Conductance

    This section focuses on the concept of output conductance in MOSFETs, emphasizing small-signal modeling and linearization methods.

    Learning Practice

  • 21.6.6

    High Frequency Small Signal Model

    This section discusses the small signal equivalent model of MOSFETs, emphasizing the linearization process for non-linear circuits and the importance of transconductance.

    Learning Practice

  • 21.6.7

    Numerical Example

    This section delves into the linearization of non-linear circuits containing MOSFETs, focusing on deriving a small signal equivalent circuit for practical analysis.

    Learning Practice

  • 21.6.8

    Conclusion

    The conclusion summarizes the key findings of linearizing non-linear circuits with MOSFETs and the importance of using small signal models.

    Learning Practice

References

Lecture 21.pdf

Class Notes

Memorization

What we have learnt

  • Linearization transforms no...
  • Small signal parameters are...
  • The small signal model faci...

Final Test

Revision Tests