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Operational Amplifiers (Op-Amps) play a crucial role in the field ofbiomedical engineering, as they enable signal amplification and processing invarious medical devices. With the increasing demand for portable and low-powerbiomedical devices, designing Op-Amps specifically tailored for suchapplications is essential. In response to this need, a low-power high-gainOp-Amp designed for biomedical applications using TSMC 65nm technology has beenproposed. This Op-Amp incorporates a two-stage miller compensated topology,which is well-known for its superior performance in gain, gain bandwidthproduct and power consumption. The proposed Op-Amp contributes to the field ofbiomedical engineering by offering a tailored solution that enhances signalprocessing capabilities, enables accurate data acquisition, and improvesoverall efficiency in healthcare systems. The design methodology and simulationresults presented in this paper provide insights into the performance andpotential impact of the Op-Amp in advancing biomedical devices and systems.

Design of a Low-Power High-Gain Bio-Medical Operational Amplifier in 65nm Technology using gm/ID Methodology