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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.

Lattice Semiconductor 与 NVIDIA 合作，为边缘 AI 应用的快速设计和原型开发提供解决方案。

此次网络研讨会将深入探讨如何在不牺牲性能的情况下克服传统 CO2 传感器的限制。

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.

Explore a custom-built dyno for hub motors using load cells and Arduino, enabling accurate power and torque measurements.

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.

采用搭载原生 ROS 2 驱动的电机控制器、IMU 和 ToF 模块，加速 AMR 和 AGV 的系统集成。

汽车行业正逐步摒弃实体开关。后备箱和隐藏式车门把手系统正在向轻触即开的交互形式升级。

物联网、AI 和 ML 应用中对高性能微控制器的使用，需要高级存储器、广泛的外设以及安全功能。

曾经孤立运行的安全组件现在可以通过网络进行通信，但这种互联互通能力既带来了巨大的价值，也造成了安全风险。

IO-Link 不是要取代现有的现场总线或工业以太网基础设施，而是作为一种补充接口，使其更加完善。

劣质室内空气质量与重大健康风险有关联已被证实，这促使健康建议和指导规范不断更新与普及。

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