EDN

Adding Hysteresis to comparators

My last column (“Designing with comparators,” EDN, March 29, 2001, pg 56) discussed basic comparator theory, and this column adds hysteresis to comparators to eliminate multiple switching on the ...
AFP

Toshiba Releases High-Speed Response, Full Input/Output Range CMOS Dual Comparator Suitable for Overcurrent Detection in Industrial Equipment

Toshiba Electronic Devices & Storage Corporation ("Toshiba") has launched a CMOS dual comparator, "TC75W71FU." It features a high-speed response and a full input/output range (Rail to Rail), suiting ...
electronicsforu

High-Speed Safety Comparator

Overcurrent can damage machines and appliances. Can a comparator work with all voltages, and helps keep equipment safe and running reliably? Find out! Toshiba: TC75W71FU, a CMOS dual comparator that ...
IEEE

Analysis of Four-Switch Non-Isolated Non-Inverting Buck-Boost Converter Considering Non-Idealities

Abstract: Non-inverting buck-boost converters are widely used in applications requiring voltage regulation with a constant output polarity. These include fuel cell systems, battery-powered devices, ...
IEEE

Monolithically Integrated GaN Hysteresis Comparator Based on Complementary Logic

Abstract: In this work, we demonstrate a monolithically integrated GaN hysteresis comparator based on complementary logic on a commercial p-GaN gate HEMT platform. The circuit comprises a single-stage ...