Articles & Blogs

Learn how APEM Dual Icon series LED indicators use dichroic technology to save equipment panel space and provide clear visibility of system status.

Design efficient status displays using APEM dual icon LEDs. Explore the Q14 Series for smarter, versatile indicator solutions.

The AL5887Q LED driver delivers accurate RGB color control, dimming, and efficient lighting in automotive and display applications.

While lumens measure overall light from the device, nits instead measure the intensity of light on a specific area. Valuable to know for display systems.

onsemi CMOS sensors for machine vision applications enable designers to balance speed, precision, power consumption, and budget.

Check out the final game rules, mechanics, and full gameplay test of Pixel Ball—powered by RP2040 and RGB LEDs.

Near-infrared LEDs enable compact, efficient IR sensing across various applications, including surveillance, safety systems, smart meters, and appliances.

This webinar explores the design tradeoffs and innovation opportunities surrounding next-gen mid-board optical transceivers.

For my 100th video, my team sent me mystery parts—no plan, just chaos and LEDs. Here’s how I tried to turn it into a working game.

Touchscreen technology has totally changed how human operators interact with complex machines in factories and industrial places.

Energy-efficient RGB LED indicators are ideal for embedded systems and offer vibrant colors, durability, and compact design.

Learn how components such as proximity sensors, light curtains, laser scanners, and door interlocks can create a seamless safety environment.

Enhance automotive manufacturing traceability for accurate assembly, supply chain visibility, counterfeit prevention, and efficient recalls.

This webinar guides attendees through the process of writing an I2C temperature sensor device driver using the Zephyr real-time operating system.

Discover how to use transparent PLA and embedded LEDs to create stunning diffused lighting effects in 3D printed projects.

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

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

Electro-optical components are at the core of LiDAR, which uses laser pulses to create a three-dimensional “point cloud” rendition of the surroundings.

Nexperia's compact energy harvesting PMIC enables high performance of low-power applications without compromising on efficiency.

I had the idea of creating a night flyer out of one of my R/C combat planes. What if it could be done quickly using servo leads and be easily serviceable?