This contribution introduces the design of new electronically controllable floating inductance
simulators including lossless inductor, parallel resistor-inductor and series resistor-inductor …

In this paper, new topologies for realizing lossless and lossy floating inductors using current
controlled conveyors (CCCIIs) and single capacitor are presented. The proposed inductance …

In this paper, two new floating inductor simulators (FISs), both using two differential
difference current conveyors, are considered. The proposed FISs do not suffer from passive …

In this paper a new active element namely Dual X current conveyor differential input
transconductance amplifier (DXCCDITA) is proposed. The DXCCDITA is utilized in …

In this paper, a grounded inductance simulator circuit employing single voltage differencing
differential difference amplifier (VDDDA) and a grounded capacitor is proposed. The …

Novel grounded and floating inductance simulators are introduced in this Letter. They are
realized using appropriately configured current amplifiers and a grounded capacitor. In the …

In this paper, five novel and minimum number count floating inductor simulators (FIs) are
proposed. Three of the presented FIs depending on the passive component choice can …

Two simple topologies for the simulation of floating lossy inductances are presented, which
realize series and parallel RL impedances employing two voltage differencing buffered …

In this paper, a number of simulated floating inductors (FIs) employing second-generation
current conveyor (CCII), current-feedback operational amplifier (CFOA), differential voltage …

Two simple configurations for simulating the resistorless floating inductor and capacitor
using voltage differencing transconductance amplifier (VDTA) as a novel active element …