±0.5V electronically and linearly tunable CMOS transconductor for low-voltage applications

Abstract

This paper proposed a CMOS circuit technique for realizing an electronically and linearly tunable transconductor for low-voltage low-power applications. The realization technique is achieved by squaring the transconductance gain (gm) of the CMOS OTA. Its input stage is design based on the dynamic threshold voltage transistor (DTMOS) for low-voltage, low… (More)

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