It is shown that current‐mode floating inductors can be derived from two basic circuit
topologies based on operational transconductance amplifiers. Most of the well‐known active …

This paper proposes a new, differential-pair circuit configuration of the floating active
inductor. Since this technique leads to a symmetric structure, the derived floating active …

Two circuits containing only two operational amplifiers, one capacitor, and several resistors
for simulating a lossless floating inductance are presented. The Q-value of several hundreds …

Although many lossless floating inductance (LFI) circuits employing three or four operational
amplifiers are known in the literature, The and Yanagisawa's paper appears to be the first as …

Floating ideal inductor with one dvccs × Close The Infona portal uses cookies, ie strings of text
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A new approach for lossless floating inductor realization Page 1 892 IEEE TRANSACTIONS
ON CIIU3JITS AND SYSTBMS, VOL. CAS-26, NO. 10, OCTOBER 1979 1 I I I I IJ Fig. 5 …

A simple circuit for a lossless floating inductor is described. The circuit is designed using the
current conveyor IC ADD 844; it is composed of three current conveyors and three passive …

A new lossless synthetic floating inductance circuit, employing a grounded capacitor and CC
IIs as active elements, is presented which, in contrast to recently reported circuits, does not …

A new floating inductor circuit is proposed using two differential voltage current conveyors
and a minimum number of passive elements. Since passive elements are all grounded, this …

Floating inductor circuits using minimum number of passive elements namely two resistors
and one capacitor is reviewed in this paper. All the circuits considered in this paper are …