Dreamstime_Yuriy-Chaban_26149915
dreamstime_yuriychaban_26149915
Dreamstime_Roman-Borodaev_80223561
dreamstime_romanborodaev_80223561
Dreamstime_Lightmuch_29646674
dreamstime_lightmuch_29646674
Dreamstime_Jamesteohart_161233010
dreamstime_andjamesteohart_161233010_promo
ID 211678764 © Andrey Sayfutdinov | Dreamstime.com
Lithium_Ion_Batteries_Stock_1_Dreamstime_
Toshiba (generated with AI)
ednp_toshibaautobrushedmotordriver_eyecandy
Dreamstime_Olegusk_11182326
dreamstime_olegusk_11182326
Dreamstime_Technology_PixelParticle-_34396061
Electricity Dreamstime Technology Pixel Particle 34396061 63cb09e07888e

How to Mitigate EMI in Electric and ICE Vehicles (Download)

Jan. 20, 2023

Read this article online.

Electric vehicles (EVs) are popping up more frequently these days on our highways. Internal-combustion-engine (ICE) vehicles still dominate the roads, but their days could be numbered as EVs are fast becoming vehicles of choice. Both vehicle types can expect interference in their operation as time goes on because of growing external and internal electromagnetic interference (EMI).

Let’s first look at ICE vehicles, which can experience problems with EMI. Such vehicles see a narrowband EMI from their starter motor, ignition system, as well as various switches in the vehicle that can all cause broadband EMI. Many electronic devices inside and outside the vehicle can cause narrowband EMI.