#MICROSTRIP ANTENNA THEORY FULL#

doc/.docx) through email: or via online submission The official language of the conference will be English.

#MICROSTRIP ANTENNA THEORY FULL#

The authors are invited to submit their full paper/s in electronic format (.pdf as well as. We warmly welcome the authors to submit their Original research papers (which are NOT submitted/published/under consideration anywhere in other conferences/journal) to AETM 2017, and share their valuable experiences with the scientist and scholars around the world. International Journal of Computer Science and Technology (IJCST), International Journal of Electronics and Communication technology (IJECT), International Journal of Management and Business Studies (IJMBS), International Journal of Research in Mechanical Engineering and Technology (IJRMET) and International Journal of Education and Applied Research (IJEAR), which will be indexed by DOAJ, Index Copernicus International, Electronic Journals Library, Ulrich’s Periodicals Directory, ProQuest, Computer Science Directory, Scirus, iSeek and with high publication Impact factor. The conference will provide an effective platform for researchers, academics, industries to join together and share their findings, ideas, scientific knowledge and new techniques/applications about latest developments in fields of Engineering, Technology and Management around the world.Īll submitted papers will be peer reviewed and the accepted papers will be published in the Journal of relevant domain Viz. Welcome to the 3rd International Conference on Advancements in Engineering, Technology and Management (AETM 2017) organized by Cosmic Journals Group, which will be held on 6th January 2017. The theory is applied to the evaluation of impedance variation with feed location, multiport analysis, and to design of circularly polarized microstrip antennas. By so doing, it is found that the resulting expressions for impedance of the microstrip antenna is in good agreement with measured results for all modes and feed locations. The proper shift in the complex poles due to the addition of copper and radiative losses is approximated by lumping the latter two together with the dielectric loss to form an effective loss tangent. The representation of the fields in terms of these modes is rigorous only for a bona fide cavity with no copper loss. The poles corresponding to these modes are complex and depend on the losses in the antenna. The fields in the interior of the antennnas are characterized in terms of a discrete set of modes. It yields a theory which is simple and inexpensive to apply. An improvement to a recently reported theory for the analysis of the pattern and impedance loci of microstrip antennas is developed.

Microstrip antenna theory