FGMOS-based differential difference CCCII and its applications

Authors

ÖKKEŞ GÖKALP SÖKMEN
SEZAİ ALPER TEKİN
HAMDİ ERCAN
MUSTAFA ALÇI

Abstract

controlled current conveyor (DDCCC) is proposed in this paper. Major advantages of the FGMOS-based DDCCC are low power dissipation and simplicity. The proposed circuit is designed using only 14 MOS transistors. The total power dissipation of the proposed circuit is equal to 7.38 $\mu $W. The other advantage of this circuit is that intrinsic resistance seen at port X of the DDCCC can easily be tuned by a biasing current. The tuning range of the intrinsic resistance is rather wide. Additionally, a current controlled universal filter and tunable positive and negative active resistors are presented as applications of the proposed circuit. The DDCCC and its applications are simulated using SPICE in 0.18 $\mu $m CMOS technology.

DOI

10.3906/elk-1402-36

Keywords

Current mode circuit, current conveyor, FGMOS transistor, low power

First Page

2401

Last Page

2411

Recommended Citation

SÖKMEN, Ö. G, TEKİN, S. A, ERCAN, H, & ALÇI, M (2016). FGMOS-based differential difference CCCII and its applications. Turkish Journal of Electrical Engineering and Computer Sciences 24 (4): 2401-2411. https://doi.org/10.3906/elk-1402-36