Analog Electronic Circuits - Vol 1 | 10. Revisiting MOSFET - Part A by Abraham | Learn Smarter
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10. Revisiting MOSFET - Part A

The chapter delves into the fundamental concepts of MOSFET devices, including their basic structure, operating principles, and the I-V characteristics of n-MOSFETs. It contrasts the advantages of MOSFETs over BJTs, particularly in integrated systems that combine analog and digital interfaces. The discussion proceeds to highlight the importance of understanding these devices for practical applications within analog electronics.

Sections

  • 10.1

    Analog Electronic Circuits

    This section covers the basic structure, operating principles, and characteristics of MOSFETs, focusing on n-MOSFETs.

    Learning Practice

  • 10.2

    Lecture - 10

    This section revisits the structure, operation, and characteristics of MOSFETs, focusing on both n-MOS and p-MOS types within the context of analog electronic circuits.

    Learning Practice

  • 10.2.1

    Revisiting Mosfet

    This section provides an overview of the MOSFET, focusing on its structure, operating principle, characteristics, and the differentiation between n-MOSFET and p-MOSFET.

    Learning Practice

  • 10.3

    Basic Structure Of Mosfet

    This section introduces the basic structure of the MOSFET, its key components, and its significance in analog electronics.

    Learning Practice

  • 10.3.1

    Structure Overview

    This section outlines the structure and operating principles of the MOSFET, highlighting its significance in analog electronic circuits.

    Learning Practice

  • 10.3.2

    Differences Between Mosfet And Bjt

    This section outlines the key differences between MOSFETs (Metal Oxide Semiconductor Field Effect Transistors) and BJTs (Bipolar Junction Transistors), particularly in terms of operation and application in analog electronics.

    Learning Practice

  • 10.4

    Operating Principle

    The operating principle of MOSFETs involves the modulation of conductivity in a channel by applying voltage to a gate, transforming a p-type substrate into an n-type channel.

    Learning Practice

  • 10.4.1

    Working Principle Of N-Mosfet

    This section explains the working principle of n-MOSFET, covering its basic structure, operational dynamics, and the modulation of conductivity in the channel.

    Learning Practice

  • 10.5

    I-V Characteristic

    This section discusses the I-V characteristics of MOSFETs, focusing on their operation, graphical representations, and equations.

    Learning Practice

  • 10.5.1

    Characteristic Equation

    This section provides an overview of the MOSFET's structure, its operating principles, and the significance of its characteristic equations in analog electronics.

    Learning Practice

  • 10.6

    P-Mosfet

    The p-MOSFET, or p-type metal-oxide-semiconductor field-effect transistor, is fundamental in analog electronic circuits, exhibiting unique structural and operational characteristics compared to n-MOSFET.

    Learning Practice

  • 10.6.1

    Overview Of P-Mosfet

    This section introduces the fundamental concepts of the p-MOSFET, its structure, operating principle, and significance in analog and digital electronics.

    Learning Practice

  • 10.7

    Numerical Problems

    This section delves into the numerical problems related to MOSFETs, emphasizing the application of equations related to I-V characteristics.

    Learning Practice

  • 10.7.1

    Application Of I-V Characteristic Equation

    This section discusses the application of the I-V characteristic equation in understanding MOSFET devices, focusing on n-channel characteristics.

    Learning Practice

References

Lecture 10 Part A.pdf

Class Notes

Memorization

What we have learnt

  • The basic structure of a MO...
  • The operating principle of ...
  • MOSFET technology is crucia...

Final Test

Revision Tests