Designing an E-shaped Microstrip Patch Antenna for Ultra-wide Band Application using Line Feeding

Abstract

This paper presents the plan and reenactment of
the super wideband working recurrence Eshape microband
recieving wire for different remote applications. This recieving
wire will give the vital broadband in different applications
like remote detecting, biomedical applications, portable radio
satellites, remote correspondences, and then some. This recieving
wire structure gives a usable recurrence scope of 3.14-10.6 GHz,
making the radio wire appropriate for the super wideband. The
performance of the designed antenna was analysed in terms
of gain, return loss, VSWR, Axial Ratio, Conjugate Matching
Factor, Antenna Efficiency, Current Distribution, Impedance of
Antenna, Radiation Pattern. The proposed recieving wire is
planned utilizing a polyimide substrate with a substrate tallness
of 1.6 mm. Axial ratio is less than 0 dB. For the frequency zero
GHz the Conjugate Matching Factor is -forty-five dB, for the
frequency four.6 GHz the Conjugate Matching Factor is zero dB
and for the frequency five GHz the Conjugate Matching Factor
is -five Db. For the frequency of 4.6 GHz with a return loss of
-24dB .The smith chart of E Patch Antenna is 5.253+j55Ω, The
radiation efficiency at the frequency 5.65GHz is 88 per cent. The
Antenna Efficiency for the frequency 4.5 GHz is 80 %.