简讯

Stretchable sensors are ready for real-world use. Learn how to design, source, and build flexible tech that bends, moves, and performs under pressure.

Discover how energy harvesting tech showcased at CES 2025 is enabling battery-free electronics—from smart sensors to wearables—powered by ambient energy.

Explore the top microprocessor trends, from AI acceleration to chiplet architectures, power efficiency, security, and sustainability in computing evolution.

Plan connector choices earlier in the design. See 2026 trends in bandwidth, power density, and sustainability.

Electret generators harvest motion energy with no coils or magnets. Discover how they power wearables, sensors, and smart infrastructure with zero maintenance.

本文深入探讨边缘感知系统的关键组成要素，以及如何在物料清单（BOM）中有效定义各个组件。文章将重点关注功耗效率和传感器的本地决策能力，帮助读者了解应优先考虑哪些会影响电池寿命和整体性能的规格参数。

本文探讨了设备端推理如何改变传感器的工作方式，重点强调了从传统数据流式传输转向本地处理，以实现更高的效率和更好的性能。随着分层唤醒系统、增强量化技术等进步的发展，如今评判传感器的标准，已不再只是其信号是否足够纯净，而是其为本地模型提供的数据质量。

先根据电源轨需求来定义电源传输无源器件。了解有效电容、ESR 和降额如何影响实际的 PDN 性能。