A simple yet effective approach to improve the linearity of the transconductor-capacitor ()
filters is proposed without any area or power overhead. Following a generalized nodal …

This paper presents a fully integrated Gm–C low pass filter (LPF) based on a current
steering Gm reduction-tuning technique, specifically designed to operate as the output stage …

This article introduces a new discrete-time (DT) charge-sharing (CS) low-pass filter (LPF)
that achieves high-order filtering and improves its stopband rejection while maintaining a …

This paper presents a tunable linear OTA based on an improved adaptive biasing of
degeneration triode-mode transistor and a new technique for compensating the linearity …

In this paper a novel linear transconductor topology is proposed, where class-AB behavior
based on adaptive biasing is exploited to improve the linear range. The adaptive biasing …

A second-order Gm-C low-pass filter with a novel large-signal linearization method for
operational transconductance amplifiers having low supply voltages is presented. The …

In this paper, a single-stage class AB bulk-driven amplifier operating in weak inversion
region is proposed. The presented amplifier benefits from an improved high input swing …

This brief presents an adjustable third-order filter without employing passive elements. The
proposed filter combines two low-pass and band-pass MOSFET-only topologies to configure …

This paper proposes a new common-mode feedback (CMFB) scheme for a fully differential
operational transconductance amplifier (OTA) with enhanced linearity and large voltage …

This study presents a wide tunable Gm‐C low‐pass filter for biomedical and wireless
applications. The proposed filter was designed using the standard 90 nm complementary …