Design productivity remains an important aspect in the analog integrated circuit design
industry, as growing competition and shorter design cycles pressure the traditional flow that …

This paper presents a fixed transconductance circuit based on the impedance matching. The
proposed technique does not depend on the square law model of the transistors and tracks …

Sizing analog circuits using precomputed look-up tables (LUTs) has recently gained traction
for fast and systematic design-space exploration without a simulator in the loop. In its current …

Bandgap voltage references are indispensable in any analog/mixed-signal system. In this
paper, we introduce a systematic gm/ID-based procedure to design a CMOS bandgap …

This article presents a methodology for sizing transistors of a multistage, multipath capacitor-
less feed-forward compensated operational amplifiers employed in advanced CMOS …

The advent of the Internet-of-Things brings new challenges in circuit design. The presence
of circuits and sensors in harsh environments brought the need for methodologies that …

This paper presents an analytical analysis to estimate the optimal slew rate (SR) and gain
bandwidth (GBW) requirements of operational transconductance amplifiers (OTA) in discrete …

In this paper, a systematic approach has been used to apply gm/Id method for the design of
Independent Gate (IG) FinFET amplifiers. The design of high-performance amplifiers using …

Thermal drift is one of the main issues limiting the performance of resonant MEMS sensors.
Their impact may be minimized at several levels, such as specific system-level solutions (eg …

This paper presents an energy-efficient standard-cell library design scheme: MEPNTC,
targeting ultra-low-voltage near/sub-V th operation. MEPNTC exploits an alternative logic …