None of the previously reported third-order and fourth-order operational transconductance
amplifier and capacitor (OTA-C) elliptic filter structures use the minimum number of active …

This paper presents a new CMOS high-order Gm-C universal filter which can realize multi-
mode (current, voltage, trans-resistance and trans-conductance) filtering functions, using …

Nodal admittance matrix (NAM) expansion is used to generate a family of grounded passive
component Kerwin Huelsman Newcomb (KHN) circuits. The generated KHN circuits have …

A CMOS circuit realization of a highly linear multiple‐output differential operational
transconductance amplifier (OTA) has been proposed. The presented approach exploits a …

A general procedure is presented for noise analysis and optimization in continuous-time
operational transconductance amplifier (OTA)-C filters of arbitrary order and topology. Based …

A design procedure for high‐order continuous‐time intermediate‐frequency band‐pass
filters based on the cascade of low‐Q biquadratic cells is presented. The approach is well …

Efficient procedures for evaluating nonlinear distortion and noise valid for any OTA‐C filter of
arbitrary order are developed based on matrix description of a general OTA‐C filter model …

In this paper, a block based systematic approach for synchronous design of linear filters and
oscillators through full design space exploration is presented, which exploits inherent …

A general framework for performance optimization of continuous-time OTA-C (Operational
Transconductance Amplifier-Capacitor) filters is proposed. Efficient procedures for …

The design of high‐order log‐domain filters can be easily accomplished by transposing
already known linear‐domain Gm‐C filter topologies to their counterparts in the log‐domain …