
Fundamentals of Electric Circuits
by Charles K. Alexander, Matthew Sadiku
7th Edition
Publisher: McGraw-Hill Higher Education
Book Details
| Print ISBN | 9781260226409 |
| eText ISBN | 9781260477597 |
| Publisher | McGraw-Hill Higher Education |
| Publishing Year | 2021 |
| Edition | 7th Edition |
| Language | English |
| Pages | 992 |
Modern engineering demands a firm grasp of circuit analysis, a foundational skill that shapes the development of future technologies. Fundamentals of Electric Circuits 7th Edition steps into this critical role by presenting the core concepts of electrical engineering in a clear, highly engaging, and accessible manner. This textbook moves away from dry, overly theoretical expositions, opting instead for a balanced methodology that keeps students motivated. By bridging the gap between abstract mathematical formulas and practical physical systems, it ensures that learners do not just memorize equations but truly comprehend the underlying physics of electrical networks. This approach is vital for preparing students to succeed in subsequent, more advanced engineering coursework.
The scope of this comprehensive text covers the entire spectrum of linear circuit analysis, starting from basic DC circuit laws and progressing through AC steady-state analysis, frequency response, and advanced network theorems. Charles K. Alexander and Matthew Sadiku bring their extensive academic and industry experience to the table, offering a structured journey through operational amplifiers, three-phase circuits, and magnetically coupled networks. Their unique approach emphasizes systematic problem-solving, teaching students how to dissect complex electrical problems into manageable steps. This logical framework helps students build the confidence needed to tackle real-world engineering design challenges, establishing a solid foundation for their professional careers.
Designed primarily for introductory courses in circuit analysis, Fundamentals of Electric Circuits 7th Edition is widely adopted by leading engineering departments globally. This edition introduces over five hundred new or revised homework problems, ensuring that the course material remains fresh and challenging. A standout pedagogical feature is the "Design a Problem" exercise set, which prompts students to formulate their own questions and solutions to develop genuine engineering intuition. For those seeking flexible digital access, utilizing the Fundamentals of Electric Circuits 7th Edition PDF version allows students to study seamlessly across multiple devices while utilizing interactive study tools. This integration of theory and practice makes it an indispensable resource for modern engineering students.
Table of Contents
Chapter 1: Basic Concepts
- • Systems of Units
- • Charge and Current
- • Voltage
- • Power and Energy
- • Circuit Elements
Chapter 2: Basic Laws
- • Ohm's Law
- • Nodes, Branches, and Loops
- • Kirchhoff's Laws
- • Series Resistors and Voltage Division
- • Parallel Resistors and Current Division
Chapter 3: Methods of Analysis
- • Nodal Analysis
- • Nodal Analysis with Voltage Sources
- • Mesh Analysis
- • Mesh Analysis with Current Sources
- • Nodal and Mesh Analyses by Inspection
Chapter 4: Circuit Theorems
- • Linearity Property
- • Superposition
- • Source Transformation
- • Thevenin's Theorem
- • Norton's Theorem
- • Maximum Power Transfer
Chapter 5: Operational Amplifiers
- • Operational Amplifiers
- • Ideal Op Amp
- • Inverting Amplifier
- • Noninverting Amplifier
- • Summing Amplifier
- • Difference Amplifier
Chapter 6: Capacitors and Inductors
- • Capacitors
- • Series and Parallel Capacitors
- • Inductors
- • Series and Parallel Inductors
Chapter 7: First-Order Circuits
- • The Source-Free RC Circuit
- • The Source-Free RL Circuit
- • Step Response of an RC Circuit
- • Step Response of an RL Circuit
Chapter 8: Second-Order Circuits
- • Finding Initial and Final Values
- • The Source-Free Series RLC Circuit
- • The Source-Free Parallel RLC Circuit
- • Step Response of a Series RLC Circuit
- • Step Response of a Parallel RLC Circuit
Chapter 9: Sinusoids and Phasors
- • Sinusoids
- • Phasors
- • Phasor Relationships for Circuit Elements
- • Impedance and Admittance
- • Kirchhoff's Laws in the Frequency Domain
Chapter 10: Sinusoidal Steady-State Analysis
- • Nodal Analysis
- • Mesh Analysis
- • Superposition Theorem
- • Source Transformation
- • Thevenin and Norton Equivalent Circuits
Chapter 11: AC Power Analysis
- • Instantaneous and Average Power
- • Maximum Average Power Transfer
- • Effective or RMS Value
- • Apparent Power and Power Factor
- • Complex Power
Chapter 12: Three-Phase Circuits
- • Balanced Three-Phase Voltages
- • Balanced Wye-Wye Connection
- • Balanced Wye-Delta Connection
- • Balanced Delta-Delta Connection
- • Balanced Delta-Wye Connection
Chapter 13: Magnetically Coupled Circuits
- • Mutual Inductance
- • Energy in a Coupled Circuit
- • Linear Transformers
- • Ideal Transformers
Chapter 14: Frequency Response
- • Transfer Function
- • The Decibel Scale
- • Bode Plots
- • Series Resonance
- • Parallel Resonance
- • Passive Filters
- • Active Filters
Chapter 15: Two-Port Networks
- • Impedance Parameters
- • Admittance Parameters
- • Hybrid Parameters
- • Transmission Parameters
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