Linear Network Design and Synthesis by Wayne H. Chen. Published by McGraw-Hill, 1st edition, 1964, hardcover with dust jacket, condition: Like New.
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Linear Network Design and Synthesis
Contents:
Part A: Introduction and Network Fundamentals
1. Introduction
2. Network Functions and Network Parameters
Part B: Two-Terminal Networks: Properties, Realizability, and Principles of Synthesis
3. Conditions for Physical Realizability with Two-Terminal Networks
4. Principles of Two-Terminal Network Synthesis
Part C: Two-Terminal Networks: Methods of Synthesis
5. Two-Terminal LC Network Synthesis
6. Two-Terminal RC Network Synthesis
7. Two-Terminal RL Network Synthesis
8. Brune Synthesis of RLC Networks
9. Bott-Duffin Synthesis; Remarks About Other Methods of RLC Network Synthesis
Part D: Four-Terminal Networks: Properties and Realizability
10. Conditions for Physical Realizability with Four-Terminal Networks
Part E: Four-Terminal Networks: Insertion-Loss Synthesis (Modern Filter Synthesis)
11. Description and Tabulated Results of Some Approximation Problems
12. Darlington Synthesis
13. Filter Design with Prescribed Insertion Power Characteristic
Part F Four-Terminal Networks: Principles of Transfer-Function Synthesis
14: Principles of Transfer-Function Synthesis
Part G: Four-Terminal Networks: Transfer-Function Synthesis with Ladder Networks
15. Transfer-Function Synthesis with LC, RC, and RL Ladder Networks for
Transfer-Functions Having Purely Imaginary or Real Transmission Zeros
16. Transfer-Function Synthesis with LC, RC, and RL Ladder Networks for
Transfer-Functions Having Combinations of Different Types of Transmission Zeros
Part H: Four-Terminal Networks: Transfer-Function Synthesis with Lattice and Parallel-Ladder Networks
17. Transfer-Function Synthesis with Lattice Networks
18. Transfer-Function Synthesis with Parallel-Ladder Networks
Part I: Preliminary Subjects for Potential-Analogy and Approximation Problems: The Complex
Potential and Conformal Transformations
19. The Complex Potential
20. Conformal Transformations
21. The Schwarz-Christoffel Transformation
Pert J: Potential Analogy and Approximation Problems in the Potential-Analog Sense
22. The Concept of Potential Analogy
23. Potential Analogy as Applied to Network Analysis and Synthesis
24. Approximation Problems in the Potential-Analog Sense