In this letter, a new floating inductance simulator circuit is presented. The proposed structure
consists of only one grounded capacitor without any external resistors and two different
active elements. The active elements are dual-output current-controlled current conveyor
(DO-CCCII) and operational transconductance amplifier (OTA). The proposed inductance
simulator can be tuned electronically by changing the biasing current of the DO-CCCIIs or by
changing the current of the OTA. Moreover, the circuit does not require any conditions of …

In this paper, a novel electronically tunable Floating Inductance Simulator (FIS) is proposed.
The newly proposed circuit uses an Extra X Current Controlled Conveyor, which is
abbreviated as EX-CCCII. Besides, the circuit requires a single capacitor in grounded form.
The circuit does not require any constraint for component matching. The circuit is tuned
electronically through the bias current of EX-CCCII; and inductance value realized is in the
range of 0.065 mH to 0.47 mH; whereas the power consumption is 0.48 mW for 10 μA bias …