OXFORD UNIVERSITY PRESS

Basic Electrical Engineering (3rd edition)

ISBN : 9780199479368

参考価格(税込): 
¥4,838
著者: 
Nagsarkar; Sukhija
ページ
600 ページ
フォーマット
Paperback
サイズ
189 x 246 mm
刊行日
2018年08月
メール送信
印刷

This third edition of Basic Electrical Engineering provides a comprehensive coverage of the principles of electrical engineering for both electrical as well as non-electrical undergraduate students of engineering. Bsides an exhaustive coverage of topics such as network theory and analysis, magnetic circuits and energy conversion, ac and dc machines, basic analogue instruments, and power systems, the book also covers new topics based on review feedback including Millman's Theorem and Compensation Theorem for DC excitation. The book provides a chapter overview and recapitulation of important formulae in every chapter. It enables quick understanding of concepts through a wealth of well-illustrated figures and solved examples. It also supports numerous chapter-end exercises and multiple choice questions.

目次: 

1. Introduction to Electrical Engineering
1.1 Essence of Electricity
1.2 Atomic Structure and Electric Charge
1.3 Conductors, semi-conductors and insulators
1.4 Electrostatics
1.5 Electric Current
1.6 Electromotive force
1.7Electric power
1.8 Ohm's Law
1.9 Basic circuit components
1.10 Electromagnetic Phenomena and Related Laws
1.11 Kirchhoff's laws
2. Network Analysis and Network Theorems
2.1Basic Definitions of some commonly used terms
2.2 Network sources
2.3 Resistive networks
2.4 Inductive networks
2.5 Capacitive networks
2.6 Series-parallel circuits
2.7 Star-delta or, Y-D conversion
2.8 Node voltage analysis method
2.9 The mesh current analysis method
2.10 Nodal and mesh analysis with dependent sources
2.11 Network Theorems
2.12 Transients Analysis
3. Magnetic Circuits
3.1 Introduciton
3.2 Magnetic Circuits
3.3 BIOT-SAVART LAW
3.4 Magnetic Field Strength (H)
3.5 Magnetomotive Force
3.6 Permeability
3.7 Reluctance
3.8 Analogy between Electric and Magnetic Circuits
3.9 Magnetic potential drop
3.10 Magnetic circuit computations
3.11 Magnetization characteristics of ferromagnetic materials
3.12 Self Inductance and Mutual Inductance
3.13 Energy in Linear Magnetic Systems
3.13 Coils connected in series
3.14 Attracting force of electromagnets
4. Alternating Quantities
4.1 Introduction
4.2 Generation of a.c. voltages
4.3 Waveforms and Basic Definitions
4.4 Relationship between frequency, speed and number of poles
4.5 Root Mean Square and Average values of alternating current and voltage
4.6 Form Factor and Peak Factor
4.7 Phasor representation of alternating quantities
4.8 The j operator and phasor algebra
4.9 Analysis of a.c. circuits with single basic network element
4.10 Single phase series circuits
4.11 Single phase parallel circuits
4.12 Series parallel combination of impedances
4.13 Power in a.c. circuits
4.14 Resonance in a.c. circuits
4.15 Star delta or YD transformation
4.16 Nodal voltage and mesh current analysis of a.c. networks
4.17 Network theorems
5. Three Phase System
51 Single-phase systems and three-phase systems-comparison
5.2 Three-phase supply voltage
5.2.5 Three phase supply
5.3 Power in three-phase a.c. system with balanced load
5.4 Analysis of three phase circuits
5.5 Measurement of active power in three-phase network
6. Transformer Principles
6.1 Introduction
6.2 Response of Magnetic Circuits to a. c. Voltage
6.3 Core losses
6.4 Construction of transformers
6.5 Working principle of a transformer
6.6 The ideal transformer
6.7 Practical transformer
6.8 Transformer Testing
6.9 Transformer Regulation
6.10 Transformer Efficiency
6.11 Types of Transformer
7. Synchronous Machines
7.1 Introduction
7.2 Constructional features of synchronous machines
7.3 Three-phase armature winding
7.4 Generated e.m.f. in a synchronous machine
7.5 Rotating Magnetic Field due to Three Phase Currents
7.6 Characteristics of a Three Phase Synchronous Generator
7.7 Voltage regulation
7.8 Open Circuit (OC) and Short Circuit (SC) Tests on a Three-Phase Synchronous Generator
7.9 Synchronous generator connected to an Infinite Bus
7.10Synchronous Generators in Parallel
7.11Principle of Operation of Three Phase Synchronous Motors
7.12 Advantages and disadvantages of synchronous motors
8. Induction Motors
8.1 Introduction
8.2 Constructional features of three-phase induction motors
8.3 Principle of operation of three-phase induction motor
9. Direct-Current Machines
9.1 Introduction
9.2 Construction of DC Machines
9.3 Armature Windings
9.4 Generation of DC voltage in a DC machine
9.5 Torque production in a DC machine
9.6 Operation of a d.c. machine as a generator
9.7Operation of DC machine as a motor
9.8 Losses in DC machines
9.9 Condition of maximum efficiency of a DC machine
9.10 Applications of DC machines
10. Single-Phase Induction Motors And Special Machines
10.1 Introduction
10.2 Single phase induction motors
10.3 Universal Motor
10.4 Servomotors
10.5 Stepper Motor
10.6 Hysteresis motor
11. Basic Analogoue and Electronic Instruments
11.1 Introduction
11.2 Classification of instruments
11.3 Operating principle
11.4 Essential features of measuring instruments
11.5 Ammeters and voltmeters
11.6 Measurement of power
11.7 Measurement of electric energy
11.8 Measurement of insulation resistance
11.9 Measurement errors
12. Power Systems
12.1 Introduction
12.2 Components of power system
12.3 Generation subsystem
12.4 Transmission subsystem
12.5 Sub-transmission system
12.6 Distribution subsystem
12.7 Domestic wiring
12.8 Earthing
13. Illumination
13. Illumination
13.1 Light Radiations
13.2 Definitions
13.3 Laws of Illumination or Illuminance
Index
About the Author
Related Titles

著者について: 

Dr T.K. Nagsarkar is a veteran in the teaching profession with an extensive career of 34 years until he retired as Professor and Head, Department of Electrical Engineering, Punjab Engineering College, Chandigarh. Dr Nagsakar has guided many students for their PhD and ME thesis, and has published many technical papers in both the national and international journals and conferences. He is a fellow of Institution of Engineers (India) and Life Senior Member IEEE (USA).; Dr M.S. Sukhija, a PhD from Panjab University, was the founder principal of Guru Nanak Dev Engineering College, Bidar, Karnataka. He has several years of experience teaching both undergraduate and postgraduate students. Dr Sukhija has served the power cable industry for nearly ten years and was also Director (Technical) with Educational Consultants India Ltd., where he handled innumerable projects at the national as well as the international levels in the field of education.

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