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Infotech Education Society Journal

of Science and Technology
                                                  ISSN 2455-4391
Volume 1 Issue 1

Paper Title
COMPACT RAIL-TO-RAIL LOW-POWER HIGH SLEW-RATE CMOS BUFFER WITH POWER GATING TECHNIQUE
Author Name
Author 1 Deepak Mishra
Author 2 Shobha Wankhede
Year of Publication
2016
Volume and Issue
Volume 1 Issue 1
Abstract  
This paper present a generic purpose solution of highly power efficient active RC filter, which is suitable for analog baseband with wide bandwidth range (MHz to 100 Hz) by using a standard 0.18 µm process to demonstrate versatile solution. Gain is 30to35 db. by using push-pull Op-Amp with adaptive biased and pole cancellation push-pull source follower technology.[1]The pervious approach becomes CMOS 0.35 µm CMOS technology with 3v supply output current derive capability for large input voltage restricted by using these technology the buffer slew rate to increase by more than 100% [2]Implemented in Ams 0.6 CMOS process . the micro graph of the current mirror amplifier with the current detection SRE circuit occupies less than 25% of the total chip area of amplifier .[3] A High slew rate low power rail buffer amplifier which is suitable for thin film liquid transistor Liquid crystal display date driver application is proposed. Previous dynamic approach becomes buffer amplifier was fabricate in a 035µmcmos Technology with 303 v supply [4]
PaperID
2016/01/IESJST/1/1
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