Analog Electronic Circuits - Vol 4 | 89. Numerical examples on current mirror and its applications (Part-D) by Abraham | Learn Smarter
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89. Numerical examples on current mirror and its applications (Part-D)

The chapter focuses on numerical examples related to current mirrors and amplifiers, emphasizing their calculations and operational characteristics. Key concepts include differential mode gain, common mode gain, and the application of current mirrors in various amplifier configurations. Various numerical examples demonstrate the principles and calculations associated with these electronic circuits.

Sections

  • 89.1

    Analog Electronic Circuits

    This section discusses the functioning and applications of current mirrors in differential amplifiers, emphasizing calculations of DC and small-signal gains.

    Learning Practice

  • 89.2

    Numerical Examples On Current Mirror And Its Applications (Part-D)

    This section covers numerical examples related to current mirrors in differential amplifiers, detailing DC current calculations, differential mode, and common mode gain analyses.

    Learning Practice

  • 89.2.1

    Example Of Differential Amplifier With Current Mirror

    This section explores the operation of a differential amplifier utilizing a current mirror, specifically focusing on DC current mirroring and the analysis of differential and common mode gains.

    Learning Practice

  • 89.2.2

    Calculation Of Dc Currents Through Transistors

    This section discusses the calculation of DC currents through transistors in a differential amplifier setup, particularly those integrated with a current mirror.

    Learning Practice

  • 89.2.3

    Calculation Of Differential Mode Gain And Common Mode Gain

    This section discusses the calculation of differential mode gain and common mode gain in a differential amplifier using transistors.

    Learning Practice

  • 89.2.4

    Common Mode Gain Calculation

    This section focuses on calculating the common mode gain of a differential amplifier circuit, specifically its behavior with active loads like current mirrors.

    Learning Practice

  • 89.3

    Conclusion

    This section encapsulates the key learning outcomes from the lecture, summarizing the concepts of current mirrors and differential amplifiers.

    Learning Practice

  • 89.3.1

    Summary Of Numerical Examples On Current Mirror

    This section discusses numerical examples of current mirror applications in differential amplifiers, detailing DC current calculations, and differential and common mode gains.

    Learning Practice

  • 89.3.2

    Numerical Examples Of Amplifiers

    The section presents numerical analyses of differential amplifiers using current mirrors for biasing and signal processing.

    Learning Practice

References

Lecture 89.pdf

Class Notes

Memorization

What we have learnt

  • Differential mode gain can ...
  • Current mirrors can effecti...
  • Common mode gain is crucial...

Final Test

Revision Tests