Network Synthesis, Volume 1 |
Contents
Introduction | 1 |
The Complex Frequency Variable | 24 |
A Consideration of Energy with Some Remarkable | 107 |
Copyright | |
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Common terms and phrases
admittance angle approximation band arbitrary b₁ behavior C₁ C₂ calculation capacitor Chebyshev Chebyshev approximation coefficients complex conductor consider constant corresponding cosh curve determine discussion dissipation driving-point immittance functions driving-point impedance function dual element values equations example finite flux given Hence Hurwitz polynomial Illustrate imaginary axis impedance function inductors infinity integral L-C network L₁ magnitude mapping method minimum minimum-reactance multiplier mutual inductance number of elements obtain odd function one-terminal pair origin p-r function p₁ Padé table partial-fraction expansion plot pole at infinity polynomial positive reality possible potential Prob problem properties quantization R₁ rational function reactance function real and positive real frequencies real-frequency realization reduced removed resistance function resistor right half plane right-half-plane zeros Show shown in Fig simple Sturm functions Sturm's theorem surplus factor susceptance symmetry synthesis voltage w₁ Z(jw Z₁ Z₁(p zeros and poles zeros or poles Zo(p