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Creating a low-cost prosthetic arm is challenging, but making one that is also easy to calibrate and accurate is even tougher.

適合嚴苛惡劣環境的可靠旋轉位置感測，可在眾多領域中有所應用，包括製造、加工、建築及農業。

本網路研討會將深入探討如何在不犧牲效能之下克服傳統二氧化碳感測器的限制。

Application processors can run complex algorithms, but their power budgets are often too large for products that need to operate continuously on a coin cell.

Choosing the optimal temperature sensor for an application can be challenging, given the variety of sensor technologies available and industry requirements.

Proximity sensing is designed to simply determine whether an object is present or not. Determining how far away it is, that’s another story.

Consumer electronics, smart building equipment, industrial machinery, and mobile robots all need to understand not just proximity, but also context.

The turn of the twentieth century brought a lot of new tools with it. For the first time, skyscrapers were being built.

Magnetic position-sensing applications all rely on one key requirement: the sensor must trip at the same magnetic flux density regardless of temperature.

Würth Elektronik offers the MEMS environmental sensor portfolio, a family of compact digital devices that capture temperature, humidity, and absolute pressure.

Developing prosthetic technology that is both affordable and functional is challenging in today’s space, mainly due to the costly fabrication and specialized calibration requirements.

When you think of "electronics," you probably picture rigid green circuit boards, silicon chips, and soldering irons. But what if you could build a circuit entirely out of soft, stretchy rubber?

In this blog, I will walk through a simple experiment that uses an ultrasonic sensor and oscilloscope to measure how fast sound travels through the air.

使用具有原生 ROS 2 驅動程式的馬達控制器、IMU 和 ToF 模組，加速 AMR 和 AGV 的整合。

汽車產業正逐步淘汰實體開關。行李箱與隱藏式車門把手系統正轉變成簡單的輕敲操作。

在物聯網、人工智慧、機器學習中使用高效能微控制器，需要先進的記憶體、各種周邊裝置，以及安全性。

曾經獨立運作的安全元件如今已可跨網路通訊，不僅帶來龐大價值，同時也暗藏風險。

IO-Link 並非要取代現有的現場匯流排或工業乙太網路基礎架構，而是以互補介面的型式運作。

目前已有跡象顯示室內空氣品質不良會引發重大的健康風險，因此相關的健康建議與準則也隨之增加。

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