Electronics and Circuit Analysis Using MATLAB

Published:
January 22, 1999 by CRC Press - 400 Pages
Author(s):
John Okyere Attia, Prairie View A&M University, Texas, USA
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ISBN 9780849311765
Cat# 1176
 

Summary

Useful to students, professional engineers, scientists, and technicians, Electronics and Circuit Analysis Using MATLAB

  • provides a simple, easy-to-understand, hands-on introduction to MATLAB
  • demonstrates the use of MATLAB for solving electronic problems
  • outlines various ways MATLAB solves circuit analysis problems
  • shows the flexibility of MATLAB for solving general engineering and scientific problems
    This book divides into three parts: introduction to MATLAB, applications of MATLAB in circuit analysis, and electronics applications with MATLAB. Topics covered include plotting functions, control statements, two-port networks, Fourier analysis, diodes, semiconductor physics, operational amplifiers, and transistor circuits.

    • Table of Contents

    MATLAB Fundamentals
    MATLAB Basic
    MATLAB Operations
    Array operations
    Complex Numbers
    The Colon Symbol
    M-Files
    Plotting Functions
    Graph Functions
    X-Y Pots and Annotations
    Logarithm and Polar Plots
    Screen Control
    Control Statements
    For Loops
    If Statements
    While Loops
    Input/Output Commands
    DC Analysis
    Nodal Analysis
    Loop Analysis
    Maximum Power Transfer
    Transient Analysis
    RC Network
    RL Network
    RLC Circuit
    State Variable Approach
    AC Analysis and Network Functions
    Steady State AC Power
    Single and Three Phase AC Circuits
    Network Characteristics
    Frequency Response
    Two-Port Networks
    Two-Port Network Representations
    Interconnection of Two-Port Networks
    Terminated Two-Port Networks
    Fourier Analysis
    Fourier Series
    Fourier Transforms
    Discrete and Fast Fourier Transform
    Diodes
    Diode Characteristics
    Analysis of Diode Circuits
    Half-Wave Rectifications
    Full-Wave Rectification
    Zener Diode Voltage Regulator Circuit
    Semiconductor Physics
    Intrinsic Semiconductor
    Extrinsic Semiconductor
    PN Junction: Contact Potential, Junction Current
    Depletion and Diffusion Capacitances
    Breakdown Voltages of PN Junctions
    Operational Amplifiers
    Properties of OP Amps
    Inverting Configuration
    Non-Inverting Congfiguration
    Effects of Finite Open-Loop Gain
    Frequency Response of OP Amps 305
    Slew Rate and Full-Power Bandwidth
    Common-Mode Rejection
    Transistor Circuits
    Bipolar Junction Transistors
    Biasing of BJT Discrete Circuits
    Integrated Circuit Biasing
    Frequency Response of Common-Emitter Amplifier
    MOSFET Characteristics
    Biasing of MOSFET Circuits
    Frequency Response of Common-Source Amplifier

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