• Corpus ID: 117375992

DESIGN ANALYSIS OF SHORTING PIN MICROSTRIP PATCH ANTENNA FOR C-BAND APPLICATION

@inproceedings{Singh2018DESIGNAO,
  title={DESIGN ANALYSIS OF SHORTING PIN MICROSTRIP PATCH ANTENNA FOR C-BAND APPLICATION},
  author={Rakesh Kumar Singh},
  year={2018}
}
In this paper, a multi frequency microstrip antenna (MSA) for wireless applications is designed. The proposed MSA comprised of elliptical patch antenna with shorting pin. This antenna is fed by coaxial probe. The design parameters are major and minor axis of elliptical patch, the position of shorting pin and feeding point of probe are mentioned in table-1. The proposed antenna can provide optimized multi frequency by varying the above design parameters. FR-4 substrate with dielectric constant 4… 

Mutual coupling between antennas in a periodic network using the advanced transverse wave approach for wireless applications

Mutual coupling studies between printed antennas had known some difficulties arising out of either physical phenomena or mainly the computational EM methods used for EM analysis. In this paper, the

References

SHOWING 1-10 OF 14 REFERENCES

DESIGN AND ANALYSIS OF DOUBLE U SLOT LOADED DUAL FREQUENCY MICROSTRIP ANTENNA

The objective of the work is to design a dual frequency microstrip antenna for small frequency ratio applications. The proposed geometry comprised of suspended truncated circular microstrip antenna,

Design of multi slotted and multi frequency patch antenna

Design of Low profile single feed dual band microstip antenna operated at Wi-Fi/Wi-Max system is presented. It is demonstrated that by cutting slots into radiating edges of microstip patch antenna, a

Antenna size reduction using Yagi-Uda loops and shorted circular patches

The reduction in the size of antennas for personal communication systems applications is a research area that is receiving lots of attention. The literature concentrates on reducing the size of

Wideband and Multifrequency Square SpiralMicrostrip Patch Antenna

This paper describes the analysis and design of a class of square spiral microstrip antennas for broad frequency band and multi-frequency operations by adding suitable tuning elements in a single

Simple design of a novel broadband antenna: inverted microstrip patch loaded with a capacitive post

  • D. GuhaJ. Siddiqui
  • Business
    IEEE Antennas and Propagation Society International Symposium (IEEE Cat. No.02CH37313)
  • 2002
Much effort has been devoted to developing broadband and multiple frequency microstrip antennas. A novel technique to enhance the bandwidth of an inverted microstrip antenna is proposed. A simple

Design and performance of small printed antennas

Techniques to enhance the bandwidth of these antennas are presented, and valuable insight to the optimum design, namely broad bandwidth, small size, and ease of manufacturing, is given.

Multifrequency operation of microstrip antennas using aperture-coupled parallel resonators

A microstrip antenna composed of parallel dipole resonators of different lengths fed by a rectangular slot cut in the ground plane of a microstrip line is analyzed using an integral equation

Small microstrip patch antenna

A novel small microstrip patch antenna is presented. The probe-fed circular microstrip patch incorporates a single shorting post which significantly reduces the overall size of the antenna.

Dual-frequency stacked annular-ring microstrip antenna

Experimental results of a dual-frequency microstrip antenna consisting of two stacked annular rings of outer radii 5 cm and inner radii 2.5 cm are presented. Fabricated on a Duroid substrate with

Multifunctional aperture coupled stacked antenna

A multifunctional aperture coupled stacked patch antenna that operates at dual-frequency bands is presented. At the lower frequency band, the antenna exhibits a 2:1 voltage standing wave ratio (VSWR)