Realizations of Inductive and Capacitive Gyrators

Definitions and realizations of inductive and capacitive gyrators are presented. It is shown that an ideal inductive gyrator may be composed of four voltage-controlled current sources and two capacitors; while an ideal capacitive gyrator may be composed of two voltage-controlled voltage sources, two...

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Veröffentlicht in:IEEE transactions on circuit theory 1968, Vol.15 (2), p.158-160
1. Verfasser: Bialko, M.
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description Definitions and realizations of inductive and capacitive gyrators are presented. It is shown that an ideal inductive gyrator may be composed of four voltage-controlled current sources and two capacitors; while an ideal capacitive gyrator may be composed of two voltage-controlled voltage sources, two current-controlled current sources, and two capacitors. Transistors may be used as controlled sources. The lack of inductors makes possible the integration of these gyrator circuits.
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subjects Admittance
Capacitors
Equivalent circuits
Feedback
Flow graphs
Frequency
Gyrators
Inductors
Matrix decomposition
Voltage
title Realizations of Inductive and Capacitive Gyrators
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