Sept. 18, 2023 - Electronic Design Today

Find out about the models and technology used by John Deere for its autonomous farm machinery.

When it comes to smart buildings, conventional low-tech facilities can also benefit from smart technology.

Here are five ways to spot a fake in your electronics supply chain.

Explore the feasibility of a circular economy for electronics in the latest edition of The Briefing. Can Infineon help make it happen using a new biodegradable PCB?

Placing a Hat on the Raspberry Pi brings a myriad of additional capabilities for IoT applications. Here’s a roundup of the latest unique developments as of September 2023.

The just-released Zephyr 3.4 RTOS isn’t a dominant player in the market, but its feature-rich environment and Linux Foundation roots are piquing interest globally.

Bad things can happen when you wrap up an air-conditioning condenser.

In addition to passenger cars and commercial trucks, two- and three-wheelers are increasingly being electrified. To address this development, Infineon expanded its OptiMOS 5 and...

Learn how e-peas' latest power-management IC enables dual-source energy harvesting, reducing reliance on single-use batteries.

The ability to build micro- and nano-optical devices in large arrays is a challenge being addressed by the University of Strathclyde and MIT.

Robots now travel through vast arrays of racks several stories high to pick your e-commerce orders. Here's how fulfillment centers are keeping them powered.

This compact tutorial on the basics of synchronous reluctance motors reveals why they may be the big winner in the race to eliminate rare-earth materials from EVs.

Sponsored by Texas Instruments: New inverter architectures and products such as MCUs, sensors, SiC switches, and gate drivers with variable gate-drive strength boost EV efficiency...

Oscilloscopes with digital triggers have many advantages. Understanding them can help you make an informed choice when purchasing your next scope.

Low quiescent-current operation is important even when connected to the power line. One implementation solution involves an RS-485 simulation reference design.

This advanced FMCW LiDAR platform integrates indie’s Surya SoC and SiLC’s Eyeonic vision sensor.