BEST FINAL YEAR ANTENNA PROJECT CENTER IN CHENNAI
A compact highly efficient and flexible ultra-wideband(UWB) antenna operating
from 2.45 to 10GHZ is proposed and design flexible microstrip patch antenna are
widely accepted because of their lightweight and easy fabrication. The designed
flexible material antenna offer many advantages for communication, radar, RF
identification, wearable electronic systems and energy harvesting applications. A
review on the material selection of flexible antennas is presented since these
aspects are critical to the antennas overall electrical and mechanical performance.
The designed structure is compared with different substrate materials. In addition,
experimental results are also discussed for these antennas, which further underlines
the importance of material selection. The various performance parameters such as
return loss, Voltage Standing Wave Ratio (VSWR), directivity etc., are compared
and analysed . All the antennas are fed with the probe feed. We focus our interest
on how the reconfigurable radiation properties of the microstrip patch antenna are
directly related to its surface conductivity.
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