Investigation on Electromagnetic Compactibility Prominence of DC to DC Converters in Electric Vehicle Application

EasyChair Preprint no. 6750

Abstract

 Digital Modernization and Digital transformation have become a predominant source of electromagnetic interference (EMI)  in today’s world. The DC-to-DC Converters market is also expanding due to the emergence of digital market. DC to DC converters produce a lot of EMI and affect the performance of neighbouring sensitive systems. . It is very important to comply with specifications to ensure electromagnetic compatibility (EMC) standards by prioritizing the sustainability and incorporating the social responsibilities for the human well-being. It’s really a great challenge to the design engineers to give a best solution to EMI and at the same time producing a cost effective system. During the development of a new system itself at most care need to be taken to prevent EMI. Numerous design methods, simulation tools are available to predict the noise level and provide feasible/reliable solutions to the problems at low cost. In-spite of that, there are some deviations in the end results in reality compare to the simulated values. This research paper focusses on the quick review of Electro Magnetic Interference, EMC standards as well as the comparative analysis of simulated and experimental EMI measurements of a DC-DC converter.

Keyphrases: CE-LISN(Line Impedance Stabilization Network), Common Mode Choke(CMC) coil, DC-DC converters, Electromagnetic Compatibility (EMC), Electromagnetic Interference (EMI), LTspice., wiring harness model

@Booklet{EasyChair:6750,
  author = {K Ramya and G Janaki},
  title = {Investigation on Electromagnetic Compactibility Prominence of DC to DC Converters in Electric Vehicle Application},
  howpublished = {EasyChair Preprint no. 6750},

  year = {EasyChair, 2021}}