Mechanical latching relays incorporate internal locks or gears that hold the relay contacts in place after switching. A ...

Here’s a nostalgic vibe of an awesome analog chip from the 1990s era that’s still making an impact in audio designs.

A software suite powering oscillators and clocks claims higher time synchronization accuracy than quartz-based solutions.

Why get up close and personal with a resistor when you can tweak it from a distance? Remote variable resistors make analog circuit control easier, neater, and a lot more fun. Well, we are about to ...

There is a lot of demand for the tiny speaker in smart glasses and smartwatches to be even smaller and lighter. However, the century-old micro-speakers built around a dynamic driver, coil, and ...

‘Hey Google’ find me a suitable keyword spotting (KWS) model for edge devices. While voice control is essential for modern interfaces like Alexa, Siri, and Hey Google, building KWS models on edge ...

In Part 1 of this series, we discussed the Wheatstone bridge topology, excitation and calibration methodologies, and basic signal-conditioning techniques using building blocks such as difference ...

The need to splice a few wires is a very common requirement in electronics and electrical situations ranging from in-progress prototype at the bench to the final assembled product. There are various ...

There is another analog compute-in-memory solution for math-heavy AI workloads, which is capacitor-based and achieves power efficiency above 40 TOPS/W. Analog AI accelerator startup EnCharge is ...

Talking about vacuum tubes in 2025 might seem like talking about the role of buggy whips in today’s transportation world; but that’s not the case. There’s no denying that these devices—called vacuum ...

While the notion of smart glasses has been around for more than a decade, striving for a remake with augmented reality (AR) and virtual reality (VR) technologies, it’s the artificial intelligence (AI) ...