電感飽和對 EMI 的影響

從事電力電子設計的您絕對不容錯過

電感器的飽和效應會影響 EMI，經常需要避免。然而，允許電感器在飽和狀態下運行提供了顯著的減小尺寸和重量增益。

本次研討會著重關注電感器飽和對 EMI 的影響。有助於選擇滿足雜訊頻譜衰減、穩定性、損耗、尺寸和零件數量等各種規格的最小尺寸濾波電感器之模型和工具，並將其應用於實例。

我們將提及於低負載操作下提高開關模式電源效率的控制晶片特性，並通過差模 (DM) 和共模 (CM) 傳導 EMI 的實驗測量，突顯了它們對 EMI 和濾波器規格和設計的影響。

立刻報名 >

Speaker

Prof. Nicola Femia

President of IPERA

University of Salerno

Nicola Femia received the Laurea Degree with honors in Electronic Engineering from the University of Salerno, in 1988. He is currently Professor at the University of Salerno, where he teaches Power Electronics in the Electronic Engineering Master Program. His research activities encompass circuit theory and applications, design and optimization of switching power supplies, magnetic power components modeling and optimization, power electronics and control techniques, wireless power transfer systems.