
Arduino has released the next-gen UNO Q, a single board computer that combines a Linux Debian-capable microprocessor with a real-time STM32U585 microcontroller.

Electronics teardown of LED therapy masks: how they manage power, control LEDs, and survive daily wear.

Battery replacement is time-consuming, inefficient, and counterproductive to the IoT vision of autonomous, always-on devices. Solar cells can be the solution.

GMSL point-to-point link technology brings enhanced multi-camera video capabilities to industrial and automotive applications.

Legacy PoE standards met the power requirements of early IP cameras that drew 8-30 W. However, advanced PTZ cameras with AI capabilities require 50 W or more.

Automotive grade ultrasonic sensors with integrated closed-type transceivers and sound-absorbing materials, ensure stability even in extreme environments.

This article explores how Hirschmann's simple Ethernet switches, supported by SFP transceivers, deliver scalable connectivity across many industrial sectors.

Learn how to reduce panel size and not power, manage inrush current and peak loads, and best practices for selecting power supplies for global automation.

Software-defined radios represent a significant transformation in the field of wireless communication. It shifts much of the processing to the digital domain.

Hardwired systems can create hidden inefficiencies that compound over equipment lifecycles. Modular connector solutions can solve this problem.

Visit DigiKey at Maker Faire Rome 2025 for hands-on demos of Arduino, Adafruit, Raspberry Pi, & other cutting-edge new technologies, plus exclusive giveaways.

太陽光電系統是一種將太陽光能直接轉換為電能的可再生能源技術。其主要的系統架構大致可分為太陽能電池模組、變頻器、電源管理系統、儲能系統等。在太陽光電在能量收集上的應用時,重點則將放在小型、低功率消耗裝置從太陽光中自主取得電力,以實現無需更換電池或延長使用壽命的目標。這在物聯網、可穿戴式裝置與遠端監控等領域特別重要。