EDN covers circuit design techniques for interfacing differential capacitance sensors with high precision—critical for MEMS accelerometers, pressure transducers, and precision position measurement.
EDN 解析差分電容感測器的簡單介面電路設計，適用於 MEMS 加速度計、壓力傳感器與精密位置測量，無需昂貴儀表放大器即可實現高精度量測。
EDN explores filter impedance control techniques that determine whether your EMI filter actually performs as simulated—a critical factor for passing EMI certification.
Vishay IHLP1212-EZ-1Z power inductors achieve 1212 footprint with full performance, targeting space-constrained commercial applications with high switching frequency converters.
Vishay IHLP1212-EZ-1Z 系列功率電感以 1212 低剖面封裝達成完整效能，瞄準高開關頻率轉換器與空間受限的商業應用場景。
Semiconductor Engineering investigates how gray market and counterfeit passive components pose hidden risks to critical infrastructure, and what supply chain attestation mechanisms are emerging to add…
Semiconductor Engineering 深度報導灰色市場與仿冒被動元件如何為關鍵基礎設施帶來隱藏風險，以及新興的供應鏈認證機制如何因應這項威脅。
Semiconductor Engineering analyzes how smarter EV charging technology depends on advanced power electronics—and the critical but underappreciated role capacitors play in fast charging infrastructure.
Semiconductor Engineering 分析更智慧的電動車充電技術如何依賴先進功率電子，而電容在快充基礎設施中扮演關鍵但被低估的角色。