Proposed Title :

Enhanced Bandwidth and Slew Rate Validation of a Class AB Voltage Follower using 22nm CMOS technology

Improvement of this Project:

• • • To implement CNV-VF, FVF  (flipped VF),  CNV-AB-VF, Proposed CNV-AB-VF using 22nm CMOS technology.

Software implementation:

• TANNER EDA

Proposed System:

In this recent signal processing application of digital products will have a high priority in bandwidth allocations, in this method of signal transmission and reception will cause additional complication to demodulated original data, it will affected bandwidth and slew-rate due to more signal traffic in today digital world. In this paper describe a conventional voltage follower (CNV-VF) with enhanced bandwidth and slew rate with static power dissipations. In this proposed method of CNV-AB-VF can boost the maximum output current without increasing the static power dissipations and enhanced the slew rate using some more additional transistors, and here this proposed work will compared CNV-AB-VF method to existing method of CMOS FVF. Finally this work developed in TANNER EDA, and compared all the parameters in terms of area, delay and power.

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Analysis, Comparison, and Experimental Validation of a Class AB Voltage Follower With Enhanced Bandwidth and Slew Rate

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