Analog Electronic Circuits - Vol 2 | 36. Frequency Response of CE and CS Amplifiers (Part B) by Abraham | Learn Smarter
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36. Frequency Response of CE and CS Amplifiers (Part B)

The chapter explores the frequency response of CE and CS amplifiers, particularly focusing on R-C circuits. It examines the transfer function, gain plots, and phase plots to illustrate how these circuits behave across different frequency ranges. Additionally, it highlights the significance of poles in determining the cutoff frequency and overall performance of amplifier circuits.

Sections

  • 36.1

    Frequency Response Of Ce And Cs Amplifiers (Part B)

    This section discusses the frequency response analysis of common emitter (CE) and common source (CS) amplifiers, focusing on transfer functions and Bode plots.

    Learning Practice

  • 36.1.1

    Introduction To R-C Circuit Frequency Response

    The section discusses the frequency response of R-C circuits, particularly focusing on their behavior in the Laplace domain and their transfer functions.

    Learning Practice

  • 36.1.2

    Magnitude And Phase Plot Analysis

    This section discusses the frequency response analysis of RC circuits using magnitude and phase plots, emphasizing the significance of corner frequency and Bode plots.

    Learning Practice

  • 36.1.3

    Bode Plot And Corner Frequency

    This section covers the frequency response of RC circuits utilizing Bode plots to illustrate gain and phase relationships, focusing on corner frequencies and their significance.

    Learning Practice

  • 36.1.4

    Transfer Function And Its Poles

    This section covers the significance of transfer functions in R-C circuits, their frequency response, and the relationship between poles and cutoff frequencies.

    Learning Practice

  • 36.1.5

    Comparison Of R-C And C-R Circuits

    This section compares the frequency responses of R-C and C-R circuits, emphasizing their behaviors in different frequency ranges.

    Learning Practice

  • 36.1.6

    Cascading R-C And C-R Circuits

    This section discusses the frequency response of cascading R-C and C-R circuits, highlighting the effects of poles and gain plots.

    Learning Practice

  • 36.1.7

    Analyzing Combined Transfer Function

    This section discusses the frequency response of combined R-C and C-R circuits, focusing on their derivatives in the context of transfer functions and poles.

    Learning Practice

  • 36.1.8

    Considerations For Amplifier Design

    This section discusses key considerations in amplifier design, including frequency response, corner frequency, and the relations of poles and zeroes in the Laplace domain.

    Learning Practice

  • 36.2

    Examining Frequency Response Of Amplifiers

    This section discusses the frequency response of common emitter (CE) and common source (CS) amplifiers, emphasizing transfer functions, gain plots, and phase response.

    Learning Practice

  • 36.2.1

    Understanding Gain And Frequency Cutoff

    This section discusses the frequency response of R-C circuits, explaining the concepts of gain, frequency cutoff, and the relationships between transfer function poles and frequency response.

    Learning Practice

References

Lecture 36.pdf

Class Notes

Memorization

What we have learnt

  • The frequency response of R...
  • Poles in the transfer funct...
  • Bode plots provide a logari...

Final Test

Revision Tests