Analog Electronic Circuits - Vol 1 | 14. Analysis of simple non - linear circuit containing a BJT by Abraham | Learn Smarter
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Knowledge
14. Analysis of simple non - linear circuit containing a BJT

The chapter discusses the analysis of simple non-linear circuits that include a Bipolar Junction Transistor (BJT). It elaborates on the operation of BJTs in various configurations, specifically the common emitter configuration, and emphasizes the importance of input to output transfer characteristics, signal amplification, and the practical approaches to analyzing these circuits. Key procedures and methods for deriving operating points in BJT circuits are highlighted with various examples and techniques.

Sections

  • 14.1

    Analog Electronic Circuits

    The section introduces the analysis of simple non-linear circuits containing a BJT, emphasizing the common emitter configuration and its applications in signal amplification.

    Learning Practice

  • 14.1.1

    Lecture – 14

    This lecture focuses on the analysis of a simple non-linear circuit containing a Bipolar Junction Transistor (BJT) in a common emitter configuration, discussing signal amplification and characteristics of the circuit.

    Learning Practice

  • 14.1.2

    Analysis Of Simple Non-Linear Circuit Containing A Bjt

    This section discusses the analysis of a simple non-linear circuit using a Bipolar Junction Transistor (BJT) focusing on input-output characteristics and signal amplification.

    Learning Practice

  • 14.1.3

    Overview Of Discussion

    This section introduces the analysis of basic circuits involving BJTs and their operational characteristics.

    Learning Practice

  • 14.1.4

    Emphasis On Common Emitter Configuration

    This section focuses on the analysis of a simple nonlinear circuit containing a BJT in common emitter configuration, highlighting its input-output transfer characteristics and signal amplification capabilities.

    Learning Practice

  • 14.1.5

    Signal Amplification

    This section focuses on how BJTs amplify signals within non-linear circuits, particularly in common emitter configuration.

    Learning Practice

  • 14.1.6

    Example Circuit Analysis

    This section focuses on the analysis of a simple non-linear circuit containing a BJT in a common emitter configuration, highlighting input-output transfer characteristics and signal amplification.

    Learning Practice

  • 14.1.7

    Operating Point Of Transistor

    This section discusses the operating point of a BJT within a common emitter configuration, explaining how to analyze the input-output transfer characteristics and signal amplification.

    Learning Practice

  • 14.1.8

    Procedure For Finding Base Current

    This section outlines the procedure for finding the base current, collector current, and collector-emitter voltage in a simple nonlinear BJT circuit.

    Learning Practice

  • 14.1.9

    Finding Collector Current

    This section focuses on analyzing BJT circuits, particularly the common emitter configuration, and determining the collector current.

    Learning Practice

  • 14.1.10

    Collector To Emitter Voltage Analysis

    This section discusses the analysis of the collector to emitter voltage in a Bipolar Junction Transistor (BJT) within a common emitter configuration.

    Learning Practice

  • 14.1.11

    Generalized Procedure For Finding V_ce

    This section outlines the procedure for analyzing a BJT circuit to find the collector-emitter voltage (V_CE) and associated currents.

    Learning Practice

  • 14.1.12

    Graphical Representation Of Load Line Characteristic

    This section discusses the graphical representation of the load line characteristic in transistor circuits, focusing on BJTs in a common emitter configuration.

    Learning Practice

  • 14.2

    Consideration Of Additional Resistor

    This section discusses the analysis of a simple non-linear circuit containing a BJT in a common emitter configuration, focusing on signal amplification and calculated parameters.

    Learning Practice

  • 14.2.1

    Procedure To Find New Operating Point

    This section outlines the procedure for determining the operating point of a BJT in a common emitter configuration by analyzing input-output characteristics and signal amplification.

    Learning Practice

  • 14.2.2

    Iterative Procedures And Approximation Techniques

    This section focuses on iterative procedures and approximation techniques in the analysis of nonlinear circuits, specifically those containing BJTs.

    Learning Practice

  • 14.2.3

    Piecewise Linear Diode Model

    This section discusses the analysis of a piecewise linear diode model within the context of analyzing a common emitter configuration of a BJT in non-linear circuits.

    Learning Practice

  • 14.2.4

    Obtaining Accurate Values

    This section focuses on analyzing a basic non-linear circuit containing a BJT, emphasizing the techniques for obtaining accurate voltage and current values.

    Learning Practice

References

Lecture 14.pdf

Class Notes

Memorization

What we have learnt

  • Understanding of BJT operat...
  • Techniques for analyzing in...
  • Importance of signal amplif...

Final Test

Revision Tests