Authors

Abstract

This paper provides an instruction for designing and building of an Inverted F antenna mounted on a cylindrical conducting body with a conical nose. Designed antennas were simulated using a full wave simulator HFSS based on the finite element method and their radiation patterns and return loss were studied. The simulated data were compared with measurement results.

Keywords

مراجع
[1] Nathan P. Cummings, Low profile integrated GPS and cellular Antenna, M. S. thesis, Virginia polytechnic Institue and state university, 2001.
 [2] King, R., Harrison, C. W. and Denton, D. H. "Transmission- line missile antenna", IRE Trans. Antennas and propagate. , No.8, pp. 88-90, 1960.
[3] Fahmy, M. N. I. and Botros, A. Z., "Radiation from quarter wavwlength monopoles on finite cylindrical, conical, and rocket shaped conducting bodies", IEEE trans. Antennas and propagate, Vol. 27, No. 5, pp. 615-623, 1997.
[4] L. Weeks, Walter, Antenna engineering, McGraw-Hill Electronic science series, 1960.
 [5] Kim, Tea-Hyun and Kim, sung-Wan, "Analysis of radiation pattern of inverted F antenna on cylindirical conducting body like a satellite luncher", IEEE Microwave Conference Proceedings, Vol. 2, 4-7, Page(s):4 pp, 2005.
[6] Huynh, M. C. and stutzman, W., "Ground plane effects on planar inverted –F antenna performance", IEE proc. Microwave antennas propagate., Vol. 150, No.4, aug pp.208-213, 2003.