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Practically Realizable Circuits for OTRA and their Implementation in Oscillators
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In this paper, practical circuits for operational transresistance amplifier (OTRA) realizable in lab using commercial ICs have been designed and proposed. 3 structures based on operational amplifier (OPAMP-LM741), operational transconductance amplifier (OTA-CA3080) and current conveyors II (AD844) have been proposed. In these proposed designs, conditions to mimic the current-voltage behavior of OTRA have been formulated using active and passive components. Moreover, these components are also used to achieve flexibility in transresistance gain of implemented OTRA. The behavior of the proposed OTRA structures have been validated using LTSPICE. Furthermore, to represent practical usability of these designs oscillator circuit have been designed and implemented on software and experimentally also on bread board. All the results prove the OTRA operation of the designed circuits and their usability in the practical environment.
Title: Practically Realizable Circuits for OTRA and their Implementation in Oscillators
Description:
In this paper, practical circuits for operational transresistance amplifier (OTRA) realizable in lab using commercial ICs have been designed and proposed.
3 structures based on operational amplifier (OPAMP-LM741), operational transconductance amplifier (OTA-CA3080) and current conveyors II (AD844) have been proposed.
In these proposed designs, conditions to mimic the current-voltage behavior of OTRA have been formulated using active and passive components.
Moreover, these components are also used to achieve flexibility in transresistance gain of implemented OTRA.
The behavior of the proposed OTRA structures have been validated using LTSPICE.
Furthermore, to represent practical usability of these designs oscillator circuit have been designed and implemented on software and experimentally also on bread board.
All the results prove the OTRA operation of the designed circuits and their usability in the practical environment.
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