Brendan Wilson
Abstract
A new instrumentation amplifier based on the use of current conveyors is proposed that exhibits a high common-mode rejection ratio without the need for any resistor matching. High differential gains and wide bandwidths are available simultaneously without compromise for both voltage and current inputs.
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A new instrumentation amplifier based on the use of current conveyors is proposed that exhibits a high common-mode rejection ratio without the need for any resistor matching. High differential gains and wide bandwidths are available simultaneously without compromise for both voltage and current inputs.
Key concepts: Current conveyor, Instrumentation amplifier, Resistor, Common-mode rejection ratio, Instrumentation (computer programming), Amplifier, Electronic engineering, Electrical engineering