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Power Electronics Principles and Applications

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ISBN-10: 0766823326

ISBN-13: 9780766823327

Edition: 2002

Authors: J. Michael Jacob

List price: $239.95
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Description:

Power Electronics; Principles and Applications guides the reader through the circuit analysis techniques in the design, analysis and fabrication of power electronics for consumer, and commercial applications as well as those unique to industrial manufacturing. Included are composite high-voltage amplifiers, power op amps, linear audio power ICs, MOSFETs used in class AB amplifiers and in power switches, switching power supplies, thyristors and thyristor control circuits. Ideal for use in ABET-accredited engineering technology programs, the book adds to the classical industrial power control a rare mix of electronics designed to deliver power to consumer and commercial loads such as audio…    
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Book details

List price: $239.95
Copyright year: 2002
Publisher: Delmar Cengage Learning
Publication date: 8/3/2001
Binding: Hardcover
Pages: 512
Size: 8.13" wide x 9.50" long x 1.00" tall
Weight: 2.442
Language: English

Preface
Advanced Operational Amplifier Principles
Introduction
Objectives
Op Amp Characteristics
Voltage Follower
Noninverting Amplifier
Inverting Amplifier
A Universal Analysis Technique
Difference Amplifier
Instrumentation Amplifier
Composite Amplifier
Power Output Stage
Active Feedback
Suspended Supply Amplifier
Suspending the Supply
The Amplifier
Tolerances, Tolerances, Tolerances!
Composite Amplifier
Summary
Problems
Suspended Supply Amp Lab Exercise
Power Electronics Circuit Layout
Introduction
Objectives
Mechanical and Thermal Details
Part Placement
Interconnections
Wire Gage
Traces
Other Considerations
Summary
Problems
Power Parameter Calculations
Introduction
Objectives
Common Waveforms
DC
Sinusoid
Rectangular Waves
Triangular Waves
Average Value
Rectangular Waves
Sinusoids
Triangular Waves
Root Mean Squared Value
DC Value
Rectangular Waves
Triangular Waves
Sinusoids
Power
DC Voltage and Current
Sinusoids
Rectangular Waves
Summary
Problems
Linear Power Amplifier Integrated Circuits
Introduction
Objectives
OPA548 Operational Amplifier IC
Power Calculations
DC Signal to the Load
Sinusoidal Signal to the Load
Heat Sinks
Protecting the OPA548
Audio Power Parameters
Low Power Audio Amplifier IC
High Power Audio Amplifier IC
Summary
Problems
Power Op Amp Lab Exercise
Discrete Linear Power Amplifier
Introduction
Objectives
The Enhancement Mode MOSFET
N-Channel
P-Channel
Class A Common Drain Amplifier
Bias
AC Operation
Class B Push-Pull Amplifier
The Push Amplifier
The Pull Amplifier
The Push-Pull Amplifier
Class B Amp with Op Amp Driver
Noninverting Amplifier
The Suspended Supply Amplifier
Layout Concerns
Inverting Amplifier
Op Amp Selection
Parallel MOSFETs in a Linear Amp
Amplifier Protection
Current Limiting
Thermal Shutdown
Driving a Reactive Load
Summary
Problems
Class B Amplifier Lab Exercise
Power Switches
Introduction
Objectives
Switching Characteristics
Diodes
Transistors
Parallel MOSFET Switches
Low Side Switches
Bipolar Junction Transistor
Open Collector Inverter
MOSFET Low Side Switch
High Side Switches
N-Channel High Side Switch
P-Channel High Side Switch
PNP High Side Switch
MOSFET Switch Drivers
Low Side MOSFET Driver
High and Low Side MOSFET Driver
H Bridge
Summary
Problems
Transistor Switch Lab Exercise
Switching Power Supplies
Introduction
Objectives
Buck Regulators
Basics
LM2595 Simple Switcher Buck Regulator IC
Boost Regulators
Basics
LM2585 Simple Switcher Flyback Regulator IC
Line Voltage Flyback Converter
The Flyback Converter
Line Voltage Input
Summary
Problems
Buck Regulator Lab Exercise
Boost Regulator Lab Exercise
Thyristors
Introduction
Objectives
Thyristor Device Characteristics
Silicon Controlled Rectifier
Triac
Low Side versus High Side Switch
Snubbing
Critical Rate of Rise of Current
Critical Rate of Rise of Voltage
Triggers
Shockley Diode
Diac
Optically Coupled Triac Trigger
Proportional Power Circuits
Time Proportioning
Phase Angle Firing
Summary
Problems
Triac Lab Exercise
Power Conversion and Motor Drive Applications
Introduction
Objectives
DC-to-DC Converters
Buck
Boost
Flyback Converter
AC-to-DC Converters
Single-Phase
Three-Phase
DC-to-AC Converters
Input Inverter
Secondaries
Microcontroller
H Bridge and Driver
Output Filter
Negative Feedback
Permanent Magnet Motor Drivers
Common Concerns
DC Brush Motor
DC Brushless Motor
Summary
Problems
Answers to Odd-Numbered Problems
Laboratory Parts and Special Equipment
Index