Engineering Circuit Analysis – William H. Hayt – 7th Edition

Description

The hallmark of this classic text is that it focuses on the student, it is written so that students can teach the science of to themselves.

The conditions are clearly defined, the basic material appears at the beginning of each chapter and is explained carefully and in detail; and numerical examples are used to introduce and suggest general results. Simple problems appear throughout each chapter, while the most difficult problems appear at the end of the chapters, following the order of presentation of the text material.

This introduction and repetition result as a major impetus to the process.

Hayt’s rich pedagogy supports and encourages the throughout the text, offering advice and warnings. The full exposition of the subjects is delivered in an informal manner that demonstrates the authors’ conviction that can and should be funny.

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  • 1. Introduction
    2 Basic components and electrical circuits
    3 Voltage and current laws
    4 Basic nodal and mesh analysis;
    5 Techniques of analysis of useful circuits
    6 The Operational Amplifier
    7 Capacitors and Inductors
    8 Basic RL and RC circuits;
    9 The RLC circuit
    10 Analysis of permanent sinusoidal state
    11 AC Power Circuit Analysis
    12 Polyphase circuits
    13 Magnetically coupled circuits
    14 Complex frequency and the Laplace transform
    15 Analysis of circuits in the domain of s
    16 Frequency response
    17 Two-port networks
    18 Fourier Circuit Analysis
    Appendix 1: An Introduction to Network Topology
    Appendix 2: solution of simultaneous equations
    Appendix 3: A Test of Thevenine Theorem
    Appendix 4: PSPICE Tutorial
    Appendix 5: complex numbers
    Appendix 6: Short MATLAB Tutorial
    Appendix 7: additional theorems of the Laplace transform
  • Citation

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