A reset timer IC with dual active-low input pins, designed to prevent accidental resets in mobile and portable devices. It offers selectable or fixed output delay times, ultra-low current consumption, and versatile release options for precise reset control.

Combining a Bi-CMOS dual H-bridge driver and boost converter, this series delivers accurate power control for small haptic and piezo devices. It ensures controlled startup, independent signal input, and real-time error signaling for dependable performance.

Offers ultra-low offset voltage (10µV max.) and zero-drift performance in a rail-to-rail input/output OpAmp, ensuring high accuracy across temperature variations. With low power consumption, integrated EMI filtering, and compact packaging, it’s ideal for precision applications in space-constrained designs.

Offering high accuracy and low power consumption, this instrumentation amplifier features a single-resistor gain control from 1 to 10,000 for versatile signal conditioning. Its superior offset stability, strong common-mode rejection, and integrated EMI filtering to maintain stable performance in noisy conditions.

Designed for high-precision, low-power applications, the RV5C386A provides real-time clock and calendar functions over an I²C interface, with built-in alarms, interrupt generation, and voltage monitoring. Its small form factor and ultra-low current draw make it ideal for compact, battery-powered systems.