文章和部落格

Image of Webinar – Ready-To-Use Touch Solutions and Liquid Detection Webinar – Ready-To-Use Touch Solutions and Liquid Detection

A demonstration of how Microchip’s MTCH controllers are a ready-made touch and liquid detection solution that removes the aggravation of developing firmware.

Image of Simplify Implementation of Single-Pair Ethernet Networking for Critical Time-Sensitive Applications Simplify Implementation of Single-Pair Ethernet Networking for Critical Time-Sensitive Applications 發佈日期：2025-08-20

An integrated 1000Base-T1 PHY transceiver and design resources combine to accelerate the design of real-time single-pair Ethernet systems.

Image of Webinar – Robotics with GMSL™: High-Speed Vision and Perception in Real Time Webinar – Robotics with GMSL™: High-Speed Vision and Perception in Real Time

GMSL is shaping the next generation of intelligent machines. This webinar will equip you with the insights to harness GMSL for safer, smarter robotics systems.

Image of Deploying Predictive Maintenance for the Maximum Benefit in Industry 4.0 Facilities Deploying Predictive Maintenance for the Maximum Benefit in Industry 4.0 Facilities 發佈日期：2025-08-14

A brief overview of predictive maintenance, its numerous benefits, and how it can fit into Industry 4.0 system architectures.

Image of SparkFun and Digi Integration Accelerates LoRaWAN Development and Deployment SparkFun and Digi Integration Accelerates LoRaWAN Development and Deployment

Learn how to quickly design and deploy LoRaWAN distributed battery-powered sensor applications using integrated SparkFun and Digi components.

Image of Use a Ready-Made Kit to Rapidly Build and Deploy Secure, Multiprotocol IoT Devices 使用現成的套件快速打造並部署安全且多協定的 IoT 裝置

使用開發板和相關軟體加速部署安全且多協定的 IoT 應用。

Image of The Critical Role of LED Drivers in Lighting Applications The Critical Role of LED Drivers in Lighting Applications 發佈日期：2025-08-06

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

Image of Why Are Ruggedized Industrial PCs Replacing Traditional Factory Computers 耐用型工業電腦取代傳統工廠電腦的原因

傳統的運算硬體可能會對工業應用產生嚴重的不良後果，導致停機和損害作業完整性。

Image of Power Trends – Bringing Solutions to the European Market 電力趨勢 – 為歐洲市場帶來解決方案 發佈日期：2025-07-31

歐洲一直在效率、永續性及推動再生能源方面領先全球。這些行動也逐步在全球各地展開。

Image of Use Advanced Battery Monitors, Cell Balancing, and I/O Isolation to Design a Rugged BMS Core 使用先進的電池監測器、電芯平衡及 I/O 隔離技術設計堅固耐用的 BMS 核心 發佈日期：2025-07-29

有效、可靠且安全的電池管理系統需要基本的各電芯電壓測量與電芯均衡，並具備電流隔離功能。

Image of Using DAQs to Unlock High-Speed Precision in Industrial Motion Control 使用 DAQ 在工業運動控制中達到高速精度 發佈日期：2025-07-23

瞭解 Advantech 的 iDAQ-784 DAQ 模組如何克服工業機器人和運動控制應用中的高速同步難題。

Image of Midrange Vision AI Microprocessors for Edge Applications 適合邊緣應用的中階視覺 AI 微處理器 發佈日期：2025-07-17

高效、低功耗的視覺 AI 微處理器可在機器人、監控及智慧家庭裝置的邊緣端促成即時推論。

Image of Explore Machine Vision Applications with onsemi CMOS Sensors 探索採用 On Semiconductor CMOS 感測器的機器視覺應用

On Semiconductor 用於機器視覺應用的 CMOS 感測器讓設計人員能夠平衡速度、精密度、功耗、預算。

Image of Exploring Components to Create Negative Voltage Rails 探索元件以打造負電壓軌 發佈日期：2025-07-09

瞭解如何打造負電壓軌以及不同的應用適合哪些類型的 ADI 元件。

Image of Use Single and Dual Gate Drivers for Enhanced Isolation in Critical Applications 在關鍵應用中使用單和雙閘極驅動器增強隔離

在關鍵應用中使用隔離式閘極驅動器，分離高壓電源供應器和低電壓操作電路。

Image of I/O Voltage Standards and Their Role in Ensuring Microcontrollers Speak the Same Language I/O 電壓標準及其如何確保微控制器的相互通訊

I/O 電壓相容性在嵌入式系統設計中的重要性。兩個晶片之間如果沒有適當的位準移位，即使是簡單連接就可能導致故障。

Final Build Reveal: The Pixel Ball Showdown Final Build Reveal: The Pixel Ball Showdown

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

Image of Beyond Efficiency: Procurement's AI Imperative 超越效率：AI 在採購領域的必要性

採購團隊必須採用 AI 技術獲取優勢，避免喪失競爭力。

Image of Use the Right Switching Regulator for Efficiency, Low Rail Noise, and a Fast Transient Response 使用合適的切換式穩壓器，達到高效率、低電軌雜訊、快速暫態響應 發佈日期：2025-06-26

合適的切換式 DC/DC 穩壓器可以展現高效率、低雜訊、快速暫態響應。

Image of Signal Processing: Exponentially Moving Average (EMA) Filter 訊號處理：指數移動平均 (EMA) 濾波器

探索使用有限脈衝響應 (FIR) 和無限脈衝響應 (IIR) 濾波器的效率比較。