Energy propagation in dielectric and magnetic material
The formulas and discussions are presented here for the convenience of the designer planning to use Dielectric Materials. Only the most practical formulas here have been selected, and an attempt has been made to simplify those presented. On the other hand, the use of many of the formulas requires the ability to manipulate complex numbers. (Emerson & Cuming, Inc. offers charts which give dielectric data
on most commonly used electrical materials.)
采購指南
更多>>特別推薦
- 噪聲中提取真值!瑞盟科技推出MSA2240電流檢測芯片賦能多元高端測量場景
- 10MHz高頻運行!氮矽科技發(fā)布集成驅動GaN芯片,助力電源能效再攀新高
- 失真度僅0.002%!力芯微推出超低內阻、超低失真4PST模擬開關
- 一“芯”雙電!圣邦微電子發(fā)布雙輸出電源芯片,簡化AFE與音頻設計
- 一機適配萬端:金升陽推出1200W可編程電源,賦能高端裝備制造
技術文章更多>>
- 普恩志半導體核心備件,驅動3nm工藝極致控溫與良率
- 3D打印的“視覺神經(jīng)”:槽型光電開關
- 普恩志半導體核心備件,驅動3nm工藝極致控溫與良率
- 突破280A大電流與77G毫米波技術:基礎元器件如何支撐智能時代?
- 擁抱AI與800V時代:納芯微如何憑借“隔離+”技術在服務器電源領域站穩(wěn)腳跟?
技術白皮書下載更多>>
- 車規(guī)與基于V2X的車輛協(xié)同主動避撞技術展望
- 數(shù)字隔離助力新能源汽車安全隔離的新挑戰(zhàn)
- 汽車模塊拋負載的解決方案
- 車用連接器的安全創(chuàng)新應用
- Melexis Actuators Business Unit
- Position / Current Sensors - Triaxis Hall
熱門搜索





