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Solid-state relay (SSR) problems can stem from the improper design parameters: thermal management, switching type, current rating, and overvoltage protection.

Learn how cutting-edge SiC packaging innovations and protection solutions can overcome power design hurdles and elevate your system design.

Advanced EC motors and axial fans from ebm-papst drive energy-efficient innovations in ventilation and cooling solutions.

Multi-turn rotary encoders are sensors that measure the angular position of a shaft within a single revolution and the cumulative number of complete rotations.

Find out how to configure three Kelvin-structure 4-pin resistors in parallel to make accurate electronic measurements.

太陽光電系統是一種將太陽光能直接轉換為電能的可再生能源技術。其主要的系統架構大致可分為太陽能電池模組、變頻器、電源管理系統、儲能系統等。在太陽光電在能量收集上的應用時,重點則將放在小型、低功率消耗裝置從太陽光中自主取得電力,以實現無需更換電池或延長使用壽命的目標。這在物聯網、可穿戴式裝置與遠端監控等領域特別重要。

Smart Bluetooth beacons with System-on-a-Chip technology collect and analyze operational data in real time to provide machine-learning-informed insights.

Combine advanced IMUs and other sensor types with sensor fusion for precise autonomous mobile robot (AMR) navigation in challenging environments.

A drop-in solution with edge AI enables immediate deployment of wireless condition-based monitoring with real-time notification of vibration anomalies.

Explore power density, thermal performance, and reliability and dive deep into the design of string inverters and battery storage for solar power applications.

當前的能量收集技術已經成為關鍵的創新領域之一,這項技術透過回收環境中原本尚未被利用的能量,例如太陽能、熱能、振動能、無線電波能量等,將之轉換為可用的電力,為各類裝置提供穩定而持續的能源供應。未來透過更高效率的能量轉換技術、更智慧的能量管理系統,能量收集將在降低電池依賴、延長裝置壽命、提升能源自給率方面發揮更大作用。

隨著全球對高效能電源轉換技術的需求不斷提升,半導體材料在電源領域的應用日益重要。從傳統的矽(Si)功率元件,到近年來快速崛起的寬帶隙半導體材料——碳化矽(SiC)與氮化鎵(GaN),這些技術的進步正在驅動電源轉換技術向更高效率、更高功率密度、更低損耗的方向發展,使得電源系統能夠在更小的體積內達成更高的功率效率與可靠性。

The Raspberry Pi 500+ features a mechanical RGB keyboard, upgrades memory to 16GB, and includes a pre-loaded 256GB SSD with the latest Raspberry Pi OS.

Explore how to simplify and accelerate the adoption of machine vision at the intelligent edge by balancing performance, flexibility, and affordability.