In this paper we propose a new versatile full wave rectifier circuit using voltage conveyor
(VCs) as active blocks. The proposed circuit uses two VCs, a single grounded resistor and …

It is well known that fully differential signal processing is more advantageous than single-
ended signal processing in a noisy environment, and is widely used in audio, video and …

This paper introduces the novel design of a low-voltage low-power voltage rectifier based on
bulk-driven (BD) winner-take-all (WTA) circuit. The proposed circuit is able to work as a half …

This study proposed the designs of two full‐phase operation transresistance‐mode (TRM)
precision full‐wave rectifiers. The first circuit consisted of a single operational …

This study presents the design of current‐mode full‐wave rectifier circuits using single active
component. The first proposed circuit uses only one operational transconductance amplifier …

In this paper, a new voltage-mode (VM) full-wave rectifier circuit employing two plus-type
differential voltage–current conveyors, two grounded resistors, and two diodes is proposed …

A novel full‐wave rectifier (or inverting full‐wave rectifier) based on a single second‐
generation current controlled conveyor (CCCII) having no external passive components and …

In this paper new versatile precision full-wave rectifiers using current and/or voltage
conveyors as active elements and two diodes are presented. The performance of these …

In this paper, a new current-mode precision full-wave rectifier is presented. The proposed
circuit employs a single active element namely extra-X current conveyor and two NMOS …

In this paper, a new mixed mode full-wave rectifier which consists of a current differencing
transconductance amplifier (CDTA), resistor and two complementary MOS transistor is …