Linear Network Design and Synthesis by Wayne H. Chen.  Published by McGraw-Hill, 1st edition, 1964, hardcover with dust jacket, condition:  Like New. 

The binding is clean, tight and undamaged.  The spine is not creased, the corners are sharp, and the edges show no shelf-wear. 

There is no internal highlighting or marking except for the name of the previous owner neatly stamped on the front endpaper.  The

photos are of the actual item - not stock images.  

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