Proposed Title :

A 45nm CMOS Technology of Nano power Bio potential Low pass Filter design using Two Differential Sub-threshold Current Reuse Biquads method

Improvement of this Project:

• • • To implement 45nm CMOS technology of Bio-potential 4th order low pass filter using sub threshold Bi-quad cascading method.

Software implementation:

• TANNER EDA

Proposed System:

In recent technology of biomedical applications will enhanced performance in day by day digital humanity, thus it will have lot of medical diplomacy such as wearable health monitoring systems, heart attacks early prediction devices, seizure predictions devices and so on. In recent technology in the direction of improved this medical devices with more efficient in power consumption, long battery life, minimum area, and input signals accuracy. In this proposed work of nanopower CMOS 4th order low pass filter is very appropriate for this biomedical applications, thus it will reduce the signal tolerance, fluctuation in all type of ECG, EMG signals, here this proposed work presents to design a biopotential low pass filter with sub threshold two differential Biquads method at 45nm CMOS technology, which presents in TANNER EDA tool and finally it will proved better in all the comparisons in terms of area, delay and power to compared existing method of 130nm CMOS technology of Biopotential low pass filter.

Advantages:

• Less area occupied.
• Less power Consumption.

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A Nanopower Biopotential Lowpass Filter Using Subthreshold Current-Reuse Biquads With Bulk Effect Self-Neutralization

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