DC Electrical Circuits Analysis/Анализ электрических цепей постоянного тока. ISBN: 978-3-032-00252-5 - купить книгу в интернет-магазине CentrMag по лучшим ценам! (00-01128141)

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This book covers the fundamentals of electrical circuit theory and analysis methods. It covers the fundamental laws of electrical engineering, methods for calculating resistance, current, and voltage, methods of nodal potential and loop current, as well as the theorems of Thevenin, Norton, and superposition. Particular attention is paid to the analysis of circuits with capacitors and inductors, transient processes in first- and second-order circuits, differential equations, and energy storage. This publication is intended for students of electrical engineering majors, teachers, and engineers studying electrical circuit theory and methods for solving practical problems.

Contents
1. Basic Concepts and Laws of Electrical Circuits Analysis: Part A
1.1. Resistance
1.2. Ohm's Law
1.3. Equivalent Resistance of Series, Parallel, and Series-Parallel-Connections
1.4. Wye-Delta Transformation for Equivalent Resistance Calculation
1.5. Heuristic Methods for Equivalent Resistance Calculation
1.6. Voltage and Current Division Rules
1.7. Ideal Independent Voltage Source
1.8. Ideal Independent Current Source
1.9. Ideal Dependent Voltage and Current Sources
1.10. Kirchhoff's Current Law (KCL)
1.11. Kirchhoff's Voltage Law (KVL)
1.12. Power Consumption and Generation
References
2. Basic Concepts and Laws of Electrical Circuits Analysis: Part B
2.1. Resistance
2.2. Ohm's Law
2.3. Equivalent Resistance of Series, Parallel, and Series-Parallel Connections
2.4. Wye-Delta Transformation for Equivalent Resistance Calculation
2.5. Heuristic Methods for Equivalent Resistance Calculation
2.6. Voltage and Current Division Rules
2.7. Ideal Independent Voltage Source
2.8. Ideal Independent Current Source
2.9. Ideal Dependent Voltage and Current Sources
2.10. Kirchhoff's Current Law (KCL)
2.11. Kirchhoff's Voltage Law (KVL)
2.12. Power Consumption and Generation
References
3. Methods of Electrical Circuits Analysis: Part A
3.1. Nodal Analysis
3.2. Mesh Analysis
3.3. Circuit Analysis by Using Heuristic Methods
References
4. Methods of Electrical Circuits Analysis: Part B
4.1. Nodal Analysis
4.2. Mesh Analysis
4.3. Circuit Analysis by Using Heuristic Methods
References
5. Theorems of Electrical Circuits Analysis: Part A
5.1. Input Resistance
5.2. Thevenin Theorem
5.3. Norton Theorem
5.4. Source Transformation Theorem
5.5. Superposition Theorem
5.6. Maximum Power Transfer Theorem
References
6. Theorems of Electrical Circuits Analysis: Part B
6.1. Input Resistance
6.2. Thevenin Theorem
6.3. Norton Theorem
6.4. Source Transformation Theorem
6.5. Superposition Theorem
6.6. Maximum Power Transfer Theorem
References
7. Energy Storage Elements and Circuit Analysis Under Steady-State Condition: Part A
7.1. Equivalent Capacitance of Series, Parallel, and Series-Parallel Connections
7.2. Equivalent Inductance of Series, Parallel, and Series-Parallel Connections
7.3. Circuit Analysis Under Steady-State Condition
References
8. Energy Storage Elements and Circuit Analysis Under Steady-State Condition: Part B
8.1. Equivalent Capacitance of Series, Parallel, and Series-Parallel Connections
8.2. Equivalent Inductance of Series, Parallel, and Series-Parallel Connections
8.3. Circuit Analysis Under Steady-State Condition
References
9. Analysis of First-Order Circuits: Part A
9.1. Time Constant of First-Order RC Circuits
9.2. Source-Free Response of an RC Circuit
9.3. Step Response of an RC Circuit
9.4. Complete Response of an RC Circuit
9.5. Time Constant of First-Order RL Circuits
9.6. Source-Free Response of an RL Circuit
9.7. Step Response of an RL Circuit
9.8. Heuristic Methods for First-Order Circuits
9.9. First-Order Circuits Including Ramp and Singularity Functions
9.10. Differential Equation of First-Order Circuits
9.11. Energy Stored in First-Order Circuits
References
10. Analysis of First-Order Circuits: Part B
10.1. Time Constant of First-Order RC Circuits
10.2. Source-Free Response of an RC Circuit
10.3. Step Response of an RC Circuit
10.4. Complete Response of an RC Circuit
10.5. Time Constant of First-Order RL Circuits
10.6. Source-Free Response of an RL Circuit
10.7. Step Response of an RL Circuit
10.8. Heuristic Methods for First-Order Circuits
10.9. First-Order Circuits Including Ramp and Singularity Functions
10.10. Differential Equation of First-Order Circuits
10.11. Energy Stored in First-Order Circuits
References
11. Analysis of Second-Order Circuits: Part A
11.1. Differential Equation of Second-Order Circuits
11.2. Response Types of Second-Order Circuits
11.3. General Response of Second-Order Circuits
11.4. Quality Factor of Second-Order Circuits
11.5. Analysis of Second-Order Circuits During Switching Operation
11.6. Second-Order Circuits Including Singularity Functions
11.7. Energy Stored in Second-Order Circuits
References
12. Analysis of Second-Order Circuits: Part B
12.1. Differential Equation of Second-Order Circuits
12.2. Response Types of Second-Order Circuits
12.3. General Response of Second-Order Circuits
12.4. Quality Factor of Second-Order Circuits
12.5. Analysis of Second-Order Circuits During Switching Operation
12.6. Second-Order Circuits Including Singularity Functions
12.7. Energy Stored in Second-Order Circuits
References
Index

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