Feb. 1, 2021 - Electronic Design Today

This edition of PowerBites delves into designing tougher power systems, student e-racers preparing for a post-pandemic competition, and APEC’s return from cyberspace this year...

Achieving accurate 13-bit color can be achieved with a dual buck LED-driver architecture that has I2C control. It’s able to drive multiple LEDs or strings of LEDs with high current...

IoT’s integration in the industrial space continues to deepen. As these connected devices and smart technologies become more entrenched, embedded systems will play an increasingly...

Jason Shepherd, VP of Ecosystem at ZEDEDA, shares his predictions on what will be trending in edge computing in 2021.

A Caltech research team built a standalone unit that could enable “on-the-spot” testing of the COVID virus and deliver results in approximately 10 minutes.

A Virginia Tech research team developed a thermal diode for aircraft thermal-management technology that could also be adaptable to other areas, including electronic-component ...

This innovative inductor (choke) within the fuel-injection solenoid circuit of an ECU features small size, ruggedness, and specifications tailored to the high-ripple-current dc...

Origin Wireless uses a DSP to analyze Wi-Fi feedback to see whether someone is in a room.

Shawn Prestridge, Lead FAE Engineer and US FAE Team Manager at IAR Systems offers his insights and predictions about embedded development—the technology, markets, and tools—in...

Today’s broadband satellites orbiting closer to Earth require a new electronically steerable antenna approach. How are antenna developers tackling the ESA challenge? And why is...

A number of joint ventures are unveiling new advanced driver-assistance system technology that ups the game in monitoring and warning-system performance, especially for level ...

Fine internal structural details of a critical component in its original condition can be accessed even after it has vanished or been destroyed.

Leading AV manufacturers typically rely on frame-based sensors, but event-based systems offer faster detection of objects in close proximity.

Careful design focusing on reliability, fine-tuning of parameters like gate-oxide thickness, and rigorous FIT-rate testing are essential to meet efficiency demands.