In this paper, a new current controlled instrumentation amplifier structure is proposed. The
introduced circuit uses three current controlled conveyors and a single grounded resistor …

This paper aims to introduce a novel Fully Differential second generation Current Conveyor
(FDCCII) and its application to design a novel Low Power (LP), very high CMRR, and wide …

This paper presents a novel current-mode instrumentation amplifier (CMIA) which is based
on a fully differential second-generation current conveyor (FDCCII). This circuit is …

This article describes a novel voltage-mode instrumentation amplifier with fully electronic
controllability and temperature insensitivity. Its circuit description is very simple comprising …

To amplify the signals from current source transducers, a transimpedance-mode
instrumentation amplifier (TIA) is a better choice since the input current can be directly …

This paper presents the realization of a novel sense amplifier for biomedical applications,
with a primary focus on its application in cardiac pacemakers. The researchers focus on low …

This article presents the design results of the precision microcircuit of the instrumentation
amplifier (IA) based on the fully differential difference op-amp (FDDA) and the double …

In this paper a novel topology of CMIA based on FDCCII is proposed. Due to benefiting from
current mode signal processing, unlike the most of the previously reported IAs, the proposed …

Abstract In this chapter, Current-Mode Instrumentation Amplifiers (CMIAs) with the capability
of having an electronically controllable gain are discussed. These CMIAs do not require …