Electronics : Circuits, Amplifiers and Gates, Second Edition book cover
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Electronics
Circuits, Amplifiers and Gates, Second Edition



ISBN 9780750310376
Published March 8, 2006 by CRC Press
364 Pages - 441 B/W Illustrations

 
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Book Description

Introduced more than a decade ago, the first edition of D.V. Bugg's Electronics: Circuits, Amplifiers and Gates became widely popular for its comprehensive yet concise coverage of all the major introductory topics in electronics. Today, semiconductor chips and integrated circuits are used universally. This second edition was revised and streamlined to focus on the basic principles required to apply this extensive technology.

Electronics: Circuits, Amplifiers and Gates, Second Edition offers a complete introduction to the fundamentals of AC and DC circuits along with complex numbers, bandwidth, and operational amplifiers. It includes a description of the working principles of transistors, outlining doping and the operation of the diode, bipolar transistor, and field effect transistor. The book also features a section on digital logic and concludes with more advanced chapters describing resonance and transients and their relation through Fourier analysis.

Updated to reflect advances in the field over the past decade, Electronics: Circuits, Amplifiers and Gates, Second Edition is fully illustrated throughout with numerous worked examples and sample problems.

Table of Contents

VOLTAGE, CURRENT AND RESISTANCE
Basic Notions
Waveforms
Ohm's Law
Diodes
Kirchhoff's Laws
Node Voltages
EARTHS
Superposition
Summary
THEVENIN AND NORTON
Thevenin's Theorem
How to Measure VEQ and REQ
Current Sources
Norton's Theorem
General Remarks on Thevenin's Theorem and Norton's
Matching
Amplifiers
Systems
Summary
CAPACITANCE
Charge and Capacitance
Energy Stored in a Capacitor
The Effect of a Dielectric
Capacitors in Parallel
Capacitors in Series
The CR Transient
AC Coupling and Baseline Shift
Stray Capacitance
Integration and Differentiation
Thevenin's Theorem Again
Summary
ALTERNATING CURRENT (AC): BANDWIDTH
Introduction
Power in a Resistor: RMS Quantities
Phase Relations
Response of a Capacitor to AC
Simple Filter Circuits
Power Factor
Amplifiers
Bandwidth
Noise and Bandwidth
Summary
INDUCTANCE
Faraday's Law
Self-inductance
LR Transient
Energy Stored in an Inductor
Stray Inductance
Response of an Inductor to Alternating Current
Phasors
Summary
COMPLEX NUMBERS: IMPEDANCE
Complex Numbers
AC Voltages and Currents
Inductance
Summary on Impedance
Impedances in Series
Impedances in Parallel
Power
Bridges
OPERATIONAL AMPLIFIERS AND NEGATIVE FEEDBACK
Introduction
Series Voltage Feedback
Approximations in Voltage Feedback
Shunt Feedback
The Analogue Adder
The Differential Amplifier
Gain-Bandwidth Product
Offset Voltage and Bias Current
Complex Feedback Loops
Impedance Transformation
Input and Output Impedances with Feedback
Stabilised Current Supplies
Input Impedance with Shunt Feedback
Oscillation
INTEGRATION AND DIFFERENTIATION
Integration
The Miller Effect
Compensation
Differentiation
The Charge Sensitive Amplifier
THE DIODE AND THE BIPOLAR TRANSISTOR
Conductors
Semiconductors and Doping
The pn Junction Diode
The Diode as a Switch
The npn Bipolar Transistor
Simple Transistor Circuits
Voltage Amplification
Biasing
THE FIELD EFFECT TRANSISTOR (FET)
Gate Action
Simple FET Amplifiers
MOSFETs
Fabrication of Transistors and Integrated Circuits
CMOS
EQUIVALENT CIRCUITS FOR DIODES AND TRANSISTORS
Introduction: The Diode
An Equivalent Circuit for the Bipolar Transistor
The Hybrid-p Equivalent Circuit
The FET
The Common Emitter Amplifier
Performance of the Common Emitter Amplifier
Emitter Follower
FETs
GATES
Introduction
Logic Combinations of A and B
Boolean Algebra
De Morgan's Theorems
The Full Adder
The Karnaugh Map
Don't Care or Can't Happen Conditions
Products of Karnaugh Maps
Products of Sums
Use of NOR and NAND Gates
Decoders and Encoders
Multiplexing
SEQUENTIAL LOGIC
The RS Flip-Flop
Clocks
The JK Flip-Flop
A Scale-of-4 Counter
State Diagrams
Trapping Sequences: Pattern Recognition
The Monostable
The Pulse Generator
RESONANCE AND RINGING
Introduction
Resonance in a Series LCR Circuit
Transient in a CL Circuit
Transient in the Series LCR Circuit
Parallel LCR
Poles and Zeros
FOURIER'S THEOREM
Introduction
A Square Wave Applied to a CR Filter
How to Find Fourier Coefficients
The Heterodyne Principle
Broadcasting
Frequency Modulation (FM)
Frequency Multiplexing
Time Division Multiplexing
Fourier Series Using Complex Exponentials
Fourier Transforms
Response to an impulse
Fourier Analysis of a Damped Oscillator
The Perfect Filter
TRANSFORMERS AND 3-PHASE SUPPLIES
Introduction
Energy Stored in a Transformer
Circuit Equations and Equivalent Circuits
Three Phase Systems
Balanced Loads
APPENDIX A: THEVENIN'S THEOREM
APPENDIX B: EXPONENTIALS
INDEX

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