Articles & Blogs

Accelerate AMR and AGV integration using motor controllers, IMUs, and ToF modules with native ROS 2 drivers.

The automotive industry is moving to doing away with physical switches. Trunk and concealed door handle systems are being converted to a simple tap.

The use of high-performance microcontrollers in IoT, AI and ML applications demand advanced memory, a wide array of peripherals, and security.

Safety components that once operated in isolation now communicate across networks bringing tremendous value, but it also creating risk.

Rather than replacing existing fieldbus or industrial Ethernet infrastructure, IO-Link operates as a complementary interface.

Significant health risks have been revealed associated with poor indoor air quality, driving increased health advisories and guidelines.

Learn how to build sound reactive projects using piezos, microphones, and Arduino to trigger LEDs, motors, and effects from audio input.

Structured light, FPGA acceleration, and machine vision enable fast, accurate random bin picking for high-performance robotic automation systems.

With mounting pressure to improve indoor air quality, advanced sensors have been developed to accurately measure and monitor a wide variety of air pollutants.

How to use an amplifier capable of handling high common-mode voltages to implement high-side current-sensing in automobile circuits.

Simplify AI prototyping and development using the Arduino UNO Q’s Linux-capable MPU, real-time MCU, and unified App Lab tool.

An integrated chipset for millimeter wave scanning uses an efficient signal chain and edge processing to make walk-through security screening possible.

Honeywell‘s hydrogen leak detection (HLD) sensors are key for those adopting low-carbon hydrogen-generated power as fossil fuel alternatives.

Learn how a modular development platform helps designers solve processor selection challenges and accelerate prototyping for both MCUs and MPUs.

A discussion of the basics of Pulse Width Modulation (PWM) as a power-control technique and some of the applications it’s used in.

Explores how SICK’s W12 metal photoelectric sensors address sensing demands in packaging, automotive, pharmaceutical, and food processing applications.

TE Connectivity's Internet 4.0-ready portfolio provides building blocks for new application designs focused on connectivity and safety.

Broadcom’s AFBR-S4 family of advanced silicon photomultiplier sensors enhances precision and reliability for high-performance photon detection applications.

Design precise yet flexible fixed-in-place robotics using advanced control, imaging, sensing, and communications technologies.

A discussion of precision pressure monitors and how they cater to the needs of pneumatic and compressed air systems in industrial and robotics applications.