Single DXCCTA based Charge Controlled Floating Incremental/Decremental Memristor Emulator

This article offers a charge controlled floating incremental/decremental memristor emulator using Dual-X Current Conveyor Transconductance Amplifier (DXCCTA). The proposed circuit includes one DXCCTA, four resistors, one grounded capacitor and two MOS switches. Incremental and decremental mode of operation depends upon setting of MOS switch. This paper avoids the utilization of analog multiplier circuit. Pinch hysteresis curves of proposed circuit are hold up to 60 MHz. Moreover, two memristor combinations are connected in series and parallel to examine the functionality of the proposed memristor emulator, and the intended results are acquired. Performance of the designed circuit is evaluated, at schematic level 90 CMOS process technology, are presented.