Development of a three layer laminate for better electromagnetic compatibility performance at X-band
C Dharma Raj, G Sasibhushana Rao… - … Conference, ICT 2010 …, 2010 - Springer
Information and Communication Technologies: International Conference, ICT 2010 …, 2010•Springer
A three layer laminate consisting of absorbing material, conductive polymer and conductor
was developed to enhance the performance of electromagnetic compatibility of a shield. In
this paper, equations were developed for the estimation of reflectivity and shielding
effectiveness of the three layer laminate and analysis of the laminate was carried out to
investigate the electromagnetic compatibility performance. Different types of microwave
absorbers and conductive polymer materials were considered for achieving optimum …
was developed to enhance the performance of electromagnetic compatibility of a shield. In
this paper, equations were developed for the estimation of reflectivity and shielding
effectiveness of the three layer laminate and analysis of the laminate was carried out to
investigate the electromagnetic compatibility performance. Different types of microwave
absorbers and conductive polymer materials were considered for achieving optimum …
Abstract
A three layer laminate consisting of absorbing material, conductive polymer and conductor was developed to enhance the performance of electromagnetic compatibility of a shield. In this paper, equations were developed for the estimation of reflectivity and shielding effectiveness of the three layer laminate and analysis of the laminate was carried out to investigate the electromagnetic compatibility performance. Different types of microwave absorbers and conductive polymer materials were considered for achieving optimum reflectivity and shielding effectiveness. The investigations were carried out in X-band frequency range for the three layer laminate at different thicknesses of the layers.
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