Electrical Engineering: Principles & Applications
by Allan R. Hambley
7th Edition
Publisher: Pearson
Book Details
| Print ISBN | 9780134484143 |
| eText ISBN | 9780134485331 |
| Publisher | Pearson |
| Publishing Year | 2018 |
| Edition | 7th Edition |
| Language | English |
| Pages | 896 |
Modern technological landscapes demand that contemporary engineers possess a versatile grasp of foundational electrical concepts, regardless of their specific area of specialization. Electrical Engineering: Principles & Applications 7th Edition addresses this critical academic need by delivering an accessible, highly practical introduction to the core tenets of the discipline. By bypassing unnecessary mathematical complexity, this textbook ensures that students can quickly grasp essential concepts and see how they apply directly to real-world scenarios. It serves as an indispensable resource in an era where mechanical, civil, chemical, and aerospace systems are increasingly integrated with sophisticated electronic components and digital interfaces.
The text is structured around four primary areas: circuit analysis, digital systems, electronics, and electromechanical devices. Allan R. Hambley presents these complex topics in Electrical Engineering: Principles & Applications 7th Edition through a general, intuitive framework that emphasizes practical problem-solving over dense theoretical derivations. Rather than isolating electrical concepts, the author consistently demonstrates how these principles intersect with other engineering fields, such as automotive systems, biomedical devices, and advanced energy storage. This interdisciplinary approach helps students appreciate the broader relevance of the material, fostering a deeper understanding of how modern hardware systems operate, communicate, and evolve in professional environments.
Designed primarily for introductory and survey courses, this textbook is ideal for both majors seeking a solid foundation and non-majors requiring a functional overview. Distinctive pedagogical tools, including illustrative examples, real-world applications, and self-paced exercises, stimulate student interest and reinforce comprehension. The seventh edition introduces updated technological references and refined content to align with current industry standards. Instructors and students looking to enhance their learning experience can utilize the digital version, making the Electrical Engineering: Principles & Applications 7th Edition PDF an invaluable asset for flexible, modern study.
Table of Contents
Chapter 1: Introduction
- • Overview of Electrical Engineering
- • Circuits, Currents, and Voltages
- • Power and Energy
- • Kirchhoff's Current Law
- • Kirchhoff's Voltage Law
- • Introduction to Resistors and Ohm's Law
Chapter 2: Resistive Circuits
- • Resistors in Series and Parallel
- • Network Analysis using Node Voltages
- • Network Analysis using Mesh Currents
- • Thévenin and Norton Equivalent Circuits
- • Superposition Principle
- • Wheatstone Bridge
Chapter 3: Inductance and Capacitance
- • Capacitors and Capacitance
- • Energy Storage in Capacitors
- • Inductors and Inductance
- • Energy Storage in Inductors
- • Series and Parallel Combinations
Chapter 4: Transients
- • First-Order RC Circuits
- • First-Order RL Circuits
- • Second-Order Circuits
- • Transient Analysis with MATLAB
Chapter 5: Steady-State Sinusoidal Analysis
- • Sinusoidal Sources and Phasors
- • Impedance and Admittance
- • AC Circuit Analysis Techniques
- • AC Power Calculations and Power Factor
- • Three-Phase Circuits
Chapter 6: Frequency Response, Bode Plots, and Resonance
- • Fourier Series and Transfer Functions
- • First-Order Lowpass and Highpass Filters
- • Bode Plots
- • Resonant Circuits
- • Active and Passive Filter Design
Chapter 7: Logic Circuits
- • Binary, Octal, and Hexadecimal Numbers
- • Boolean Algebra and De Morgan's Laws
- • Combinational Logic Circuit Design
- • Karnaugh Maps
- • Sequential Logic Circuits
Chapter 8: Microcomputers
- • Computer Organization
- • Microcontroller Architecture
- • Assembly-Language Programming
- • Digital-to-Analog and Analog-to-Digital Conversion
Chapter 9: Diodes
- • Diode Characteristics
- • Load-Line Analysis
- • Zener Diode Voltage Regulators
- • Ideal Diode Model
- • Rectifier Circuits
Chapter 10: Amplifiers: Specifications and External Characteristics
- • Amplifier Models
- • Cascaded Amplifiers
- • Frequency Response
- • Differential Amplifiers
Chapter 11: Field-Effect Transistors
- • NMOS and PMOS Transistors
- • Biasing FET Amplifiers
- • Common-Source Amplifiers
- • Source Followers
Chapter 12: Bipolar Junction Transistors
- • BJT Characteristics and Operating Regions
- • Biasing BJT Amplifiers
- • Common-Emitter Amplifiers
- • Emitter Followers
Chapter 13: Operational Amplifiers
- • Ideal Op-Amp Model
- • Inverting and Noninverting Amplifiers
- • Summing and Difference Amplifiers
- • Active Filters
Chapter 14: Magnetic Circuits and Transformers
- • Magnetic Fields and Flux Density
- • Magnetic Circuits with Air Gaps
- • Electromagnetic Induction
- • Ideal and Practical Transformers
Chapter 15: DC Machines
- • DC Motor Performance
- • Shunt and Series Connections
- • DC Generators
Chapter 16: AC Machines
- • Three-Phase Induction Motors
- • Synchronous Motors
- • Single-Phase AC Motors
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