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Author:   Kendall L. Su
Publisher:   Chapman and Hall
Imprint:   Chapman and Hall
Weight:   0.880kg
ISBN:  

9780412638404

ISBN 10:   0412638401
Pages:   384
Publication Date:   November 1995
Audience:   College/higher education ,  Professional and scholarly ,  Undergraduate ,  Postgraduate, Research & Scholarly
Format:   Hardback
Publisher's Status:   Active
Availability:   In Print  
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Table of Contents

The analog filter. Ideal and approximate filter characteristics. Normalization and denormalization - scaling. Steps involved in the design of filters. The Approximation. The Butterworth lowpass characteristic. The Chebyshev lowpass characteristic. Other magnitude characteristics related to Chebyshev lowpass characteristic. The elliptic-function filter characteristics. Comparison of standard lowpass characteristics. Network Functions for filters. General method of obtaining H(a) for a given H(jw). Network function of Butterworth filters. Network funciton of Chebyshev filters. Network function of elliptic-function filters. Frequency transformation. Lowpass to highpass transformation. Lowpass to bandpass transformation. Lowpass to bandreject transformation. RC-RC transformation. Topics in network theory relevant to filters. The driving-point impedance of LC network - the reaction function. The LC twoport. The RC threeport. Realization of singly-terminated LC ladder. Realization of doubly-terminated LC ladder. Sensitivity. Definition of classical sensitivity. Properties of the first-order sensitivity. Sensitivity calculation. The pole sensitivity and root sensitivity. Basics of active filters. Fundamental differences in passive and active filter realization. The cascade of low-order active filter blocks. Simple first-order active circuits. Relationship of voltage gain and the parameters of an RC threeport. Gain adjustments. Single-amplifier biquad circuits. Modified single-amplifier biquad and coupled biquads. Multiple-amplifier active filter blocks and filters. Direct realization of active filters. Two-port matrices of some active devices. The generalized impedance converter (GIC). Simulation of grounded conductors. Simulation of floating conductors. Simulation of an inductor group. The frequency-dependent negative resistor (FDNR). Filter simulation of passive filters. Simulation of bandpass filters.

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