Basic Electrical Engineering 4th edition by Wadhwa – Ebook PDF Instant Download/Delivery. 8122421520 978-8122421521
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ISBN 10: 8122421520
ISBN 13: 978-8122421521
Author: Wadhwa
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Basic Electrical Engineering 4th Table of contents:
Preface
- Purpose and Scope of the Book
- Target Audience
- Acknowledgments
Chapter 1: Introduction to Electrical Engineering
1.1. Overview of Electrical Engineering
1.2. Basic Concepts in Electrical Engineering
1.3. Units and Measurements
1.4. Electrical Symbols and Circuit Diagrams
1.5. Types of Electrical Circuits
1.6. Safety Precautions in Electrical Engineering
Chapter 2: Basic Electrical Quantities
2.1. Voltage, Current, and Power
2.2. Ohm’s Law and Electrical Resistance
2.3. Energy and Power in Electrical Systems
2.4. Electrical Units and Conversion
2.5. Conductors, Insulators, and Semiconductors
Chapter 3: Electrical Circuits and Components
3.1. Series and Parallel Circuits
3.2. Kirchhoff’s Laws (KVL and KCL)
3.3. Capacitors and Inductors
3.4. Power Sources and Batteries
3.5. Circuit Theorems (Superposition, Thevenin, Norton)
Chapter 4: Alternating Current (AC) Fundamentals
4.1. Nature of AC Signals
4.2. RMS Values and Phasor Representation
4.3. AC Voltage and Current Waveforms
4.4. Reactance and Impedance
4.5. Resonance in AC Circuits
4.6. Power in AC Circuits
Chapter 5: Electrical Machines
5.1. Introduction to Electrical Machines
5.2. DC Machines (Motors and Generators)
5.3. Transformers: Principles and Operation
5.4. Induction Motors: Types and Operation
5.5. Synchronous Motors
5.6. Basic Motor Control
Chapter 6: Electromagnetic Fields and Waves
6.1. Electric Fields and Potential
6.2. Magnetic Fields and Magnetic Forces
6.3. Maxwell’s Equations
6.4. Electromagnetic Waves and Wave Propagation
6.5. Applications of Electromagnetic Fields
Chapter 7: Power Generation, Transmission, and Distribution
7.1. Sources of Electrical Power
7.2. Power Generation in Thermal and Hydro Plants
7.3. Electric Power Transmission Lines
7.4. Power Distribution Systems
7.5. Transformers in Power Distribution
7.6. Electrical Grid and Smart Grids
Chapter 8: Electrical Measurements and Instruments
8.1. Measurement of Voltage, Current, and Power
8.2. Instruments for Electrical Measurements (Voltmeter, Ammeter)
8.3. Oscilloscopes and Signal Analyzers
8.4. Digital and Analog Instruments
8.5. Error Analysis in Electrical Measurements
Chapter 9: Semiconductor Devices
9.1. Introduction to Semiconductors
9.2. Diodes and their Applications
9.3. Transistors (BJTs and FETs)
9.4. Thyristors and Power Electronics
9.5. Optoelectronics: LEDs and Photodiodes
Chapter 10: Digital Electronics
10.1. Number Systems and Logic Gates
10.2. Boolean Algebra and Simplification
10.3. Combinational Logic Circuits
10.4. Sequential Logic Circuits
10.5. Introduction to Microcontrollers
Chapter 11: Electrical Engineering Applications
11.1. Domestic Electrical Wiring and Systems
11.2. Electric Vehicles and Charging Stations
11.3. Renewable Energy: Solar and Wind Power
11.4. Industrial Applications of Electrical Engineering
11.5. Electrical Safety and Standards
Appendices
A.1. Mathematical Formulas and Tables
A.2. Electrical Engineering Constants and Units
A.3. Frequently Used Electrical Engineering Equations
A.4. Conversion Factors
Index
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