Rapid Design Procedures for the Brune and Bott-Duffin Circuits
Kurt H. Haase
Jan 1972 · Air Force Cambridge Research Laboratories, Office of Aerospace Research, United States Air Force
eBook
19
Pages
About this eBook
Assuming that a driving-point impedance F(s) = N(s)/D(s) is known by the coefficients of the rational function, both polynomials of the same geree and normalized, the A-type (resistance series) and/or the B-type (resistance parallel) Brune circuit can rapidly and with high accuracy be designed using the evaluation results of N(j omega) and D(j omega) only. In a few steps the circuit can be transformed into the Bott-Duffin circuit. The suggested procedures becomes especially advantageous when F(s) is a function of high rank. The paper presents a particular example where by analog data processing a rather complicated network can rapidly be designed. (Author).
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