文章和部落格

Image of Antenna’s Innovative Materials and Design Solves the Multiband GNSS Dilemma Antenna’s Innovative Materials and Design Solves the Multiband GNSS Dilemma

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

Unleash Your Inner Maker with The New PocketBeagle 2 Unleash Your Inner Maker with The New PocketBeagle 2

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

Image of Standardizing Smart Home Interconnectivity with 'Matter' Standardizing Smart Home Interconnectivity with 'Matter'

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

Image of How to Use FPGAs in Resource-Constrained Applications 如何在資源受限的應用中使用 FPGA 發佈日期：2025-05-07

瞭解效率最佳化的 FPGA 如何透過 AI 加速、Arm 處理器和低功耗功能在邊緣系統中的整合，以符合嵌入式設計的需求。

Image of Use Coupled Inductors in Multiphase Buck Converters to Improve Efficiency 在多相降壓轉換器中使用耦合電感提高效率 發佈日期：2025-04-23

設計人員可以在多相降壓轉換器中使用耦合電感，無需變更佈局就可減少漣波並提高效率。

Image of Use Flexible AFE, Motion Control, and Authentication ICs to Design Point of Care Diagnostics Systems 使用彈性 AFE、動作控制、安全驗證 IC，設計定點照護診斷系統 發佈日期：2025-04-22

設計人員需要具有彈性，且以應用為中心的類比前端、動作控制、安全驗證 IC，以促成定點照護醫療檢驗的優勢。

Image of Use Edge AI to Extend Battery Life in Wireless Motor Monitoring 使用邊緣 AI 延長無線馬達監測的電池續航力 發佈日期：2025-03-27

瞭解如何在無線馬達監測應用中使用邊緣 AI 延長電池續航力。

Using Gear Tooth Sensors in an Off-Road Racecar Using Gear Tooth Sensors in an Off-Road Racecar

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

Raspberry Pi RP2350 Now Powers the XRP! Raspberry Pi RP2350 Now Powers the XRP!

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.

Image of How to Drive SiC MOSFETs and IGBTs with Precision, Efficiency, and Protection 如何以精準、高效率驅動 SiC MOSFET 與 IGBT 並提供保護 發佈日期：2025-03-12

瞭解 Infineon 的 2ED314xMC12L 雙通道隔離閘極驅動器如何為 IGBT 與 SiC MOSFET 應用提供精準的控制與強大的保護。

Image of Quickly Add Machine Vision to Your Next Application with Easy-to-Use Camera Modules 利用容易使用的相機模組，在下一個應用中添加機器視覺功能

使用功能齊全的相機模組和容易使用的軟體，快速評估機器視覺的鏡頭和光學配置。

Image of Take Advantage of Ideal Diodes with Integrated MOSFETs 搭配整合式 MOSFET，充分運用理想二極體的優勢 發佈日期：2025-02-25

探索 ADI 的 MAX17614 理想二極體搭配整合式 MOSFET 提供的優勢，達到高效率、可靠的電源路徑控制。

CurrentBody LED Face Mask Teardown CurrentBody LED Face Mask Teardown

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

Image of ADI's Data Acquisition Solution Shines in Advanced Lithography Chip Manufacturing ADI 的數據採集解決方案在先進的微影晶片製造中大放異彩 發佈日期：2025-02-13

瞭解感測器如何促成晶片製造中使用的先進微影系統製程，並介紹 ADI 的 μModule ADAQ 解決方案有何作用。

Introducing the Raspberry Pi 500: A Leap in All-in-One Computing Introducing the Raspberry Pi 500: A Leap in All-in-One Computing

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.

Image of Simplify Industrial Wireless Integration Using Pre-Certified Wi-Fi 6 Modules with Bluetooth LE 使用具有 BLE 的預先認證 Wi-Fi 6 模組簡化工業無線整合 發佈日期：2025-02-12

瞭解具有 BLE 的 Wi-Fi 6 模組如何簡化工業應用的無線整合。

Image of Use Digital Predistortion to Create a Near-Perfect Precision Signal Generator 使用數位預失真，打造接近完美的精密訊號產生器

此函數產生器透過添加數位預失真和輸出回授功能，可以產生高精密度正弦波和任意波形。

Image of How to Maximize Range in Radar Systems Based on GaN Power Amplifiers 如何讓 GaN 功率放大器架構的雷達系統達到最大範圍 發佈日期：2025-02-11

雷達系統即使使用高效能的 GaN 功率放大器，脈衝傾斜 (pulse droop) 也是一大挑戰；因此，必須瞭解造成此現象的兩個主要原因並加以處理。

Meet the Compute Module 5: What’s New and Improved? Meet the Compute Module 5: What’s New and Improved?

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.

Image of sensors enable artificial intelligence to perceive the world 感測器讓人工智慧感知這個世界 發佈日期：2025-02-03

人工智慧和感測器的結合在多個領域有廣泛應用和迅速的發展，特別是在自動化、物聯網、醫療、智慧城市以及工業4.0等領域。感測器的功能是收集環境中的物理數據，例如溫度、壓力、光線、聲音、加速度等，而人工智慧則用來分析和處理這些數據，從而做出智慧決策或自動反應。感測器融合與AI技術的結合，則實現了更高效率的數據分析和決策過程。