This paper introduces a current-mode instrumentation amplifier circuit which employs one
modified dual-X current conveyor transconductance amplifier only. The proposed …

This paper describes a new CMOS realization of differential difference current conveyor
circuit (DDCC). The proposed design offers enhanced characteristics compared to DDCC …

In this paper, a Current Mode Instrumentation Amplifier (CMIA) is presented. The proposed
circuit employs two Extra X Current Controlled Current Conveyors (EX-CCCII) and a single …

In this work, a high-performance voltage and current output instrumentation amplifier circuit
is proposed. The proposed circuit also has voltage-mode (VM) and transadmittance-mode …

A current-mode instrumentation amplifier consists of only two current follower differential
input transconductance amplifiers is proposed in this paper. The proposed circuit of …

In this work, a current-mode instrumentation amplifierwith common-mode current
cancellation is realized using enhanced CCII topology. Detailed CMRR analysis is …

The current-mode instrumentation amplifier based on second-generation current conveyors
(CCII) offers many benefits over conventional instrumentation amplifier architectures. It does …

A new approach to the design of an instrumentation amplifier using only 2 CMOS current-
controlled conveyors and an active resistor is introduced. The new approach, which has no …

In this paper, a novel topology for implementing resistor-free current-mode instrumentation
amplifier (CMIA) is presented. Unlike the other previously reported instrumentation …

The current-mode instrumentation amplifier based on second-generation current conveyors
(CCII) offers many benefits over conventional instrumentation amplifier architectures. It does …