Get solutions to your active filter design problems. Tables for Active Filter Design provides you with clear and well-documented filter tables that will enable you to extend the design capabilities with clear and well-documented filter tables that will enable you to extend the design capabilities of cascaded active RC filters far beyond the range of previous capabilities. By applying the special transfer functions and newly available pole-zero values presented in Tables for Active Filter Design, you'll be able to design the most up-to-date, low-sensitivity active filters for cascade connection without requiring any technological improvement in the actual filter section used. Ideal for electrical engineering and applied scientists, Tables for Active Filter Design contains all the essential data for applying Cauer and MCPER transfer functions to the design of active filters. You'll get a comprehensive review of the theory of Cauer and MCPER functions, the frequency transformations for designing different types of filters and examples illustrating the practical use of the material supplied. The tables featured in the book present poles and zeros of Cauer and MCPER low-pass functions of orders 2 to 11, 4 to 12, and 6 to 13, depending on the respective values 1, 2, and 3 of the multiplicity of the critical pole-pair. Pass-band attenuation ripple values and the stop-band edges have been included to meet practical requirements.
Introduction. Definition of Cauer Transfer Functions. From Cauer to MCPER Transfer Functions. Definition of MCPER Transfer Functions. Comparison Between Cauer and MCPER. Generation of MCPER Transfer Functions. Frequency Transformations. Description of the Tables. Approximation Examples. Design Examples. Extension to Coupled-Section Structures. References. Tables of Zeros and Poles and Cauer and MCPER Functions.
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Mario Biey
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Amedeo Premoli