ELEDIA

Special Session @MIWAI 2017 organized by ELEDIA@UTB
The ELEDIA Research Center announces that Dr. Minh-Son Dao (Director ELEDIA@UTB), Dr. Federico Viani (ELEDIA@UniTN) and Dr. Saleem Mohamad (ELEDIA@UTB) will…
Ing. Ahmed won the "Student Competition Award" at QNDE-2017
The ELEDIA Research Center is pleased to announce that Ing. S. Ahmed won among all the applicants disciplines into "Student Competition…
IEEE-JMMCT Special Section on MbD
The ELEDIA Research Center is pleased to announce an upcoming Special Section of the IEEE Journal on Multiscale and Multiphysics…
R. J. Mailloux has joined ELEDIA
The ELEDIA Research Center is pleased to announce that Dr. R. J. Mailloux is member of the ELEDIA Teaching Staff.…

 


 
 
The design of microwave components for Electromagnetic Compatibility purposes (e.g., filters, splitters, combiners, circulators, etc.) is a challenging task because of the requirements that they must satisfy to fit industrial requirements. In such a context, EMI (ElectroMagnetic Interference) filters aimed at attenuating the signals interfering on the input/output connection ports of a device are among the most employed devices from the practical viewpoint. Unfortunately, despite the importance of such components at the industrial level, general purpose design algorithms able to effectively with multiple concurring objectives and constraints are still not available. Accordingly, efficient and effective methodologies enabling the fast design of arbitrary EMI filters are of great importance for advanced manufacturing and processing purposes in the Electromagnetic Compatibility industry.
   
Industrial Electromagnetic Compatibility

 



Example Of EMI Filter


ELEDIA Design Tool
 

Members of the ELEDIA Research Center have worked at the development of unsupervised design approaches for the synthesis of filters able to suppress the unwanted radio-disturbances as well as to satisfy the other design requirements, including

  1. insertion loss due to common mode and differential mode currents and voltages;
  2. input and output impedance;
  3. maximal leakage and self-power-consumption current.

The synthesis procedures exploit Evolutionary Algorithms in combination with circuit simulators and equivalent models of the used components. Particular importance is given to the ad-hoc design for specific problems, to the accurate performances prediction of the synthesized device, to the direct realization of the device starting from the results obtained during the synthesis procedure.

   

Keywords: Electromagnetic Compatibility


See Also
  • R. Azaro, L. Ioriatti, M. Martinelli, and A. Massa, "Automatic design and optimisation of EMI filter using commercially-available components," Electron. Lett. , vol. 43, no. 6, pp.15-16, March 2007
    doi: 10.1049/el:20073923