low-power electronics

Self-aware biosensors boost digital health monitoring

1 min read · Thu, Feb 5 2026

human body communication integrated circuits wearable devices Digital signal processing low-power electronics

Intelligent system actively self-checks biosensor-skin connections to secure better quality health data.

Rail-to-rail complementary input StrongARM comparator for low-power applications

1 min read · Wed, Oct 14 2020

comparators Circuits CMOS logic circuits microcontroller low-power electronics

Mohammed Al Qadasi., et al. "Rail-to-rail complementary input StrongARM comparator for low-power applications." IET Circuits, Devices & Systems, 2020. This study proposes a new scheme for rail-to-rail input StrongARM latch comparator. Additional differential input p-type metal-oxide-semiconductor (PMOS) and cross-coupled n-type metal-oxide-semiconductor (NMOS) transistors have been introduced to achieve the rail-to-rail input range. The proposed scheme offers low-energy consumption of 15.2 fJ and a high speed of 3 GHz, which makes it attractive for energy harvested Internet of Thing