IMPROVING THE PERFORMANCE OF EDGE-FED MONOPOLE ANTENNA USING ARTIFICIAL MAGNETIC CONDUCTORS

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Chamani Zahra; Jahanbakht Sajad; Zarifi Davoud

مرکز اطلاعات علمی Scientific Information Database (SID) - Trusted Source for Research and Academic Resources

Seminar Paper

Paper Information

Seminar: NATIONAL CONFERENCE ON ELECTRICAL AND COMPUTER ENGINEERING
Year:2016 | Issue:3

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Title

IMPROVING THE PERFORMANCE OF EDGE-FED MONOPOLE ANTENNA USING ARTIFICIAL MAGNETIC CONDUCTORS

Author(s)

Chamani Zahra | Jahanbakht Sajad | Zarifi Davoud

Keywords

ARTIFICIAL MAGNETIC CONDUCTOR (AMC)

MONOPOLE ANTENNA

EDGE-FED ANTENNA

UNIT CELL

AIR GAP

Abstract

A WIDEBAND EDGE-FED MONOPOLE ANTENNA WITH ARTIFICIAL MAGNETIC CONDUCTOR (AMC) AS GROUND PLANE IS PROPOSED. AMC GROUND PLANE INSTEAD OF CONVENTIONAL PEC PLANE IS USED TO IMPROVE THE ANTENNA GAIN AND BANDWIDTH. THE PROPOSED AMC STRUCTURE WHICH USES A 1 MM AIR GAP RESULTS IN INCREASING THE BANDWIDTH TO ABOUT 18.25% WITH NEARLY 4% IMPROVEMENT COMPARED TO THE AMC STRUCTURE WITHOUT AIR GAP. USING AIR GAP AND REDUCING AMC SUBSTRATE HEIGHT IS A SUITABLE METHOD FOR DECREASING WEIGHT, ESPECIALLY IN LOWER FREQUENCIES. IN THE CASE OF USING AIR GAP A 1-MM-THICK AMC SUBSTRATE CAN BE USED THAT IMPROVES BANDWIDTH TO 23.91% AT THE EXPENSE OF ONLY 1DB REDUCTION OF THE GAIN WHICH IS A DESIRED RESULT.

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APA: Copy

Chamani, Zahra, Jahanbakht, Sajad, & Zarifi, Davoud. (2016). IMPROVING THE PERFORMANCE OF EDGE-FED MONOPOLE ANTENNA USING ARTIFICIAL MAGNETIC CONDUCTORS. NATIONAL CONFERENCE ON ELECTRICAL AND COMPUTER ENGINEERING (DISTRIBUTED SYSTEM AND SMART GRIDS). SID. https://sid.ir/paper/940779/en

Vancouver: Copy

Chamani Zahra, Jahanbakht Sajad, Zarifi Davoud. IMPROVING THE PERFORMANCE OF EDGE-FED MONOPOLE ANTENNA USING ARTIFICIAL MAGNETIC CONDUCTORS. 2016. Available from: https://sid.ir/paper/940779/en

IEEE: Copy

Zahra Chamani, Sajad Jahanbakht, and Davoud Zarifi, “IMPROVING THE PERFORMANCE OF EDGE-FED MONOPOLE ANTENNA USING ARTIFICIAL MAGNETIC CONDUCTORS,” presented at the NATIONAL CONFERENCE ON ELECTRICAL AND COMPUTER ENGINEERING (DISTRIBUTED SYSTEM AND SMART GRIDS). 2016, [Online]. Available: https://sid.ir/paper/940779/en

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