
Use a compact dual-band (L1/L5) patch antenna for GNSS receivers to reduce size without compromising performance.

Looking for a low-power development board? The PocketBeagle 2 is compact, portable, and ready to power your next innovation.

Platform providers, device manufacturers, and semiconductor companies like Silicon Labs converge around the Matter protocol for smart device interconnectivity.

Learn how efficiency-optimized FPGAs meet embedded design needs with integrated AI acceleration, Arm processors, and low-power features for edge systems.

Designers can use coupled inductors in multiphase buck converters to reduce ripple and improve efficiency without requiring layout changes.

Designers need flexible and application-focused analog front-end, motion-control, and authentication ICs to realize point-of-care medical test benefits.

Learn how to use edge AI to extend battery life in wireless motor-monitoring applications.

Want precise RPM tracking? Use a Hall effect gear tooth sensor and Arduino to measure speed in your next racing project.

The latest XRP Kit adds GPIO breakouts, additional servo ports, a redesigned frame for easier assembly and is now powered by the Raspberry Pi RP2350.

Learn how Infineon's 2ED314xMC12L dual-channel isolated gate drivers deliver precise control and robust protection for IGBT and SiC MOSFET applications.

Quickly evaluate lens and optical configurations for machine vision using a fully equipped camera module and easy-to-use software.

Discover the benefits of ADI's MAX17614 ideal diode with integrated MOSFETs for efficient, reliable power path control.

Exploring red light therapy mask tech—what’s inside, how it works, and if a DIY version is possible.

Learn how sensors enable the advanced lithography system processes used in chip manufacturing and the role of ADI's µModule ADAQ solution.

Discover the Raspberry Pi 500, a powerful all-in-one computer in a keyboard. Explore specs, GPIO upgrades, and its perfect pair—the Pi Monitor.

Learn how Wi-Fi 6 modules with Bluetooth LE can streamline wireless integration for industrial applications.

A function generator can generate high-precision sine waves and arbitrary waveforms by adding digital predistortion and output feedback.

Pulse droop is challenging for radar systems even when using efficient GaN power amplifiers; therefore, its two primary causes must be understood and managed.

Discover the Raspberry Pi Compute Module 5, packed with 16GB RAM, USB 3.0, 64GB eMMC, and more! Compare specs with CM4 and explore must-have accessories.

Designers can use efficient, transformer-based digital isolators for high-speed data transfers while ensuring system and user safety.