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Book on Power Electronics Matlab book
Home » » Power Electronics: Devices, Circuits And MATLAB Simulations
Power Electronics: Devices, Circuits And MATLAB Simulations
Author Alok Jain.
ISBN-10 81-87972-38-6
ISBN-13 978-81-87972-38-9
Publication Year 2010
Edition First Edition
No of Pages 504
Book Type
Price 325.00
Discount 10%
Take Home Price 293.00
   
 
Book Type : Hardbound Edition ISBN No.      :978-81-87972-39-6 Buy Now
Price : 995.00 Shipping Charges : Nil Add to Cart
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ABOUT THE BOOK:
This book is designed for Undergraduate and Postgraduate students of electrical and electronics engineering and also for the Professionals. The objective of the book is to explain the operations of all important power semiconductor devices such as IGBTs, ETOs, IGCTs, etc., that are used to control power systems and show how the devices are used in appropriate circuit and devices. The author has tried to cover as many applications as possible and give sufficient information which can influence the students and practitioners to move towards the design of programmable power systems.

KEY FEATURE:
  • Extensive use of MATLAB® based examples to provide a better understanding of the subject
  • The book employs a pedagogical structure designed to take full advantage of MATLAB and to avoid the pitfalls of a “cookbook” approach to problem solving.
  • Each chapter begins with the essential theory along with related waveforms and then describes the MATLAB programs with their corresponding outputs.
  • MATLAB codes in the form of m-file are provided with sufficient details to allow the students to repeat the examples on their computers.
  • More than 35 programs in the text that have been tested and included in a CD under MATLAB 6.5 version or higher.

TABLE OF CONTENT:
Preface
Aconowledgements
1. Review
Introduction
Review of Electrical Quantities
Basic Circuit Quantities
Passive Circuit Elements
Basic Series Circuit
Poly-phase Circuit
Review of Power Semiconductor Devices
Review of Power Converters
Scope of Power Electronics
Summary
2. Power Semiconductor Devices
Introduction
Power Diodes
General Purpose Diode
Fast Recovery Diode
Schottky Diode
Metal Oxide Semiconductor (MOS) Diode
Power Transistor
Power Bipolar Junction Transistor (BJT)
Power Metal Oxide Semiconductor
Field effect transistor (MOSFET)
Depletion-type MOSFET
Enhancement-type MOSFET
Thyristors
Shockley Diode
Thyristor (Silicon Controlled Rectifier)
Light Activated Silicon Controlled Rectifier (LASCR)
Silicon Controlled Switch (SCS)
Gate Turn-off Thyristor (GTO)
Insulated Gate Bipolar Transistor (IGBT)
Metal Oxide Semiconductor Gated Thyristor (MGT)
Emitter Turn-off Thyristor (ETO)
MOS Turn-off (MTO) Thyristor
Integrated Gate Commutated Thyristor (IGCT)
Multilayer Bidirectional Devices
Reverse Conducting Thyristor (RCT)
DIAC
TRIAC
Parameters of Power Semiconductor Devices
Fabrication Process
New Trends in Power Semiconductor Devices
Summary
Matlab Programs
Review Problems
3. Triggering Methods, Devices and Circuits
Introduction
Turn-on Methods
High Voltage Turn-on
High Temperature Turn-on
dv/dt Turn-on 96
Light Turn-on
Gate Turn-on
Triggering Devices and their Characteristics
Unijunction Transistor (UJT)
Programmable Unijunction Transistor (PUT)
Complementary Unijunction Transistor (CUJT)
Silicon Unilateral Switch (SUS)
Silicon Bilateral Switch (SBS)
Gate Control Circuits
Gate Characteristic of a Thyristor
Thyristor Gate Control Circuits
Resistance Firing Circuit
Resistance-capacitance Firing Circuit
UJT Firing Circuit
PUT Firing Circuit
Synchronized UJT Firing Circuit
Pulse Transformer Firing Circuit
Light Activated Firing Circuit
Triac Gate Control Circuits
Diac Firing Circuit
Silicon Bilateral Switch Firing Circuit
GTO Gate Control Circuit
MOSFET and IGBT Gate Control Circuits
High Speed Firing Circuit
IC Based Firing Circuit
Summary
Matlab Programs
Solved Examples
Review Problem
4. Commutation and Protection
Introduction
Turn-off Methods
Natural Commutation
Load Commutation
Forced Commutation
Gate Commutation
Commutating Circuits
Voltage Commutation
Current Commutation
Pulse Commutation
Jones Commutation
Protection of Power Semiconductor Devices
Over-voltage Protection
Over-current Protection
Gate Protection
Over-temperature Protection
Summary
Review Problems
5. AC-DC Converters: Diode Rectifiers
Introduction
Single-phase Rectifiers
Half-wave Rectifier
Half-wave rectifier with resistive load
Half-wave rectifier with resistive-inductive load
5.2.2 Full-wave Rectifier
Centre-tapped full-wave rectifier
Full-wave bridge rectifier
Full-wave bridge rectifier with resistive-inductive load
5.3 Three-phase Rectifiers
Three-phase Half-wave Rectifier
Three-phase Centre-tapped Full-wave Rectifier
Three-phase Bridge Rectifier
Three-phase Double-star Rectifier
Three-phase Twelve-pulse Full-wave Bridge Rectifier
Summary
Matlab Programs
Solved Examples
Review Problems
6. AC-DC Converters: Phase Controlled Rectifiers
Introduction
Half-wave Controlled Rectifiers
Half-wave Controlled Rectifier with Resistive Load
Half-wave Controlled Rectifier with Resistive-inductive Load
Half-wave Controlled Rectifier with Inductive Load and Flywheel Diode
Half-wave Controlled Rectifier with RLE Load
Full-wave Controlled Rectifiers
Mid-point Configuration with Resistive Load
Full-wave Controlled Rectifier with
Transformer Leakage Reactance and Load Reactance
Full-wave Controlled Bridge Rectifiers
Fully controlled bridge rectifier
Fully controlled bridge rectifier with flywheel diode
Half-controlled bridge rectifier with resistive load
Half-controlled bridge rectifier with inductive load
Dual Converter
Three-phase Controlled Rectifiers
Three-phase Half-wave Controlled Rectifier
Six-phase Half-wave Controlled Rectifier
Three-phase Fully-controlled Bridge Rectifier
Three-phase Fully-controlled Bridge Rectifier with Source and Load Inductances
Three-phase Half-controlled Bridge Rectifier
Higher Pulse Number Controlled Rectifier
Forced Commutated Controlled Rectifiers (Power Factor Improvement)
Extinction Angle Control
Symmetrical Angle Control
Pulse Width Modulation Control
Varying Pulse Width Modulation Control
Summary
Matlab Programs
Solved Examples
Review Problems
7. DC-AC Converters
Introduction
Voltage-driven Inverter
Current-driven Inverter
Sine-wave Inverter
Square-wave Inverter
Single-phase Inverters
Centre-tapped load inverter
Centre-tapped supply inverter
Bridge inverter
IGBT bridge inverter
Multi-phase Inverters
180o conduction mode
120o conduction mode
Control of Inverter Output Voltage
Single-pulse Width Modulation
Multiple-pulse Width Modulation
Sinusoidal-pulse Width Modulation
Current-driven Inverters
Single-phase Current-driven Inverter
Single-phase Auto Sequentially Commutated
Current-driven Inverter
Three-phase Current-driven Inverter
Resonant Inverters
Summary
Matlab Programs
Solved Examples
Review Problems
8. DC-DC Converters
Introduction
Step-down Chopper
Step-up Chopper
Step-up and Step-down Chopper
Classification of Choppers
Type-A Chopper
Type-B Chopper
Type-C Chopper
Type-D Chopper
Type-E Chopper
DC-DC Switch Mode Regulator
Buck Regulator
Boost Regulator
Buck-boost Regulator
Cuk Regulator
Full-bridge Regulator
DC-DC Switch Mode Regulator with Isolation
Fly Back Regulator
Forward Regulator
Push Pull Regulator
Half Bridge Regulator
Full Bridge Regulator
Summary
Matlab Programs
Solved Examples
Review Problems
9. AC-AC Converters
Introduction
On-off AC Voltage Controller
Phase-angle AC Voltage Controller
Single-phase Half-wave Phase Controller
Single-phase Full-wave Phase Controller with Resistive Load
Single-phase Full-wave Phase Controller with Inductive Load
Three-phase Half-wave Phase Controller
Three-phase Full-wave Phase Controller
Cycloconverters
Single-phase Cycloconverter
Mid-point cycloconverter
Bridge cycloconverter
Three-phase Cycloconverter
Three-phase to single-phase cycloconverter
Three-phase to three-phase cycloconverter
DC Link Variable Frequency Converter
Cycloinverter
Summary
Matlab Programs
Solved Examples
Review problems
10. Some Applications
Introduction
Solid-state Switches
Static Switch Using a Thyristor
Static Switch Using a Triac
DC Static Switch
Solid-state Relays
Light Dimmer
Electronic Timer
Electronic Alarm using scs
Electronic Crowbar
Battery Charger
Battery Charging Regulator
Emergency Lighting System
Sawtooth Generator
Sawtooth Generator Using a Shockley Diode
Sawtooth Generator Using a GTO
Applications in Industrial Process Control
Temperature Control
Liquid-level Control
Alarm Actuator
Ambient-light Control Power Switch
Constant Slope Ramp Generator
High Frequency Welding System
Power Supply
Linear Power Supply
Switch-mode Power Supply (SMPS)
Uninterrupted Power Supply (UPS)
Programmable Power Electronic Systems
Microprocessor Based
Microcontroller Based
DSP Based
Fuzzy Logic Control
Fuzzy Logic Control of a DC Motor Drive
Fuzzy Logic Control of an Induction Motor
Fuzzy Logic Control of a Stepper Motor
Summary
Matlab Programs
Review Problems
Appendices
A Fourier Series
B Device Temperature Control and Heat Sink
C Specifications of Power Semiconductor Devices
D Safe Operating Area of Power Semiconductor Devices
E Circuit Breakers
F Device Testing
Index


Alok Jain

Professor and Head, Department of Electronics & Instrumentation Engineering, Samrat Ashok Technological Institute, Vidisha, MP, India

Dr. Alok Jain received his Engineering Graduation Bhopal University and his Post Graduation from University of Roorkee, during 1988 and 1992, respectively.He has more than two decades of teaching experience in the field of electronics.He was a recipient of Young Scientist Fellowship (Madhya Pradesh Council of Science and Technology, Bhopal) to work at the Indian Institute of Science, Bangalore in 1993.

He has reviewed papers for International Conferences and Journals Microprocessors and Micro-systems, Digital Signal Processing published by Elsevier Science.

Dr. has co-chaired the session in International conference SCI 2004 held at Orlando, USA. He has published a number of papers in Journals and Proceedings. He is a member of The Institution of Engineers (India), The Institution of Electronics and Telecommunication Engineers, Indian Society for Technical Education, Instrument Society of India, and The Institution of Electrical Engineers, UK. His fields of interest are Power Electronics, Digital Signal Processing, and Fuzzy Logic.

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