A novel current controlled DVCC design based on FGMOS and filter applications

Abstract

In this paper, a novel floating gate MOS (FGMOS) based current controlled differential voltage current conveyor (CCDVCC) structure is proposed. Major advantages of the proposed structure are circuit simplicity and low power dissipation. Only 6 MOS and 2 FGMOS transistors are employed in the design. Furthermore, as an application of CCDVCC a current controlled universal filter is presented. The CCDVCC and its filter applications are simulated by using SPICE. Simulation results confirm the theoretical approach.