Title :
Transitional multiple-pole transfer functions for active-filter design
Author :
Stojanovi¿¿, V.S. ; Pavlovi¿¿, V.D.
Author_Institution :
University of Ni¿, Faculty of Electronic Engineering, Ni¿, Yugoslavia
Abstract :
A new class of all-pole transfer functions for the design of RC active filters is described. The transfer functions of these filters, which can be referred to as transitional Mucromaf-Mucroer filters, are of higher degree than the previously described transitional Butterworth-Cheby¿shev filters satisfying the same specifications, but provide much lower values of the critical pole Q-factor.
Keywords :
active filters; linear network synthesis; poles and zeros; transfer functions; RC active filters; all pole transfer functions; high degree filters; low critical pole Q-factor; transitional Mucromaf Mucroev filters; transitional multiple pole transfer functions;
Journal_Title :
Electronics Letters
DOI :
10.1049/el:19800018
