Authors :
Zeeshan Alam, Dr. S. K. Sriwas
Volume/Issue :
Volume 4 - 2019, Issue 5 - May
Google Scholar :
https://goo.gl/DF9R4u
Scribd :
https://bit.ly/2K4zPrw
Abstract :
T his paper presents a systematic and conventional methodology design for a specific “T- shaped and rectangle” shaped slot cutted antenna[1], which is based on non-square (Rectangle) geometry. This antenna design lies in the range of 4.1 to 6.4GHz .This specific band is used for satellite communications, Mobile and microwave applications. The resonating frequency is of 2.4 GHz with high return loss of -36.49 dB and gain is 5.81dBi. This antenna can be fabricated on Glass Epoxy (FR4) material or dielectric substrate using microstrip line feed technique. IE3D software is used to simulate this antenna and simulated result of this antenna provides the bandwidth of 43.87 approximately.
Keywords :
T and Square Shaped; IE3D Software; Satellite Communication; Mobile Communication.
T his paper presents a systematic and conventional methodology design for a specific “T- shaped and rectangle” shaped slot cutted antenna[1], which is based on non-square (Rectangle) geometry. This antenna design lies in the range of 4.1 to 6.4GHz .This specific band is used for satellite communications, Mobile and microwave applications. The resonating frequency is of 2.4 GHz with high return loss of -36.49 dB and gain is 5.81dBi. This antenna can be fabricated on Glass Epoxy (FR4) material or dielectric substrate using microstrip line feed technique. IE3D software is used to simulate this antenna and simulated result of this antenna provides the bandwidth of 43.87 approximately.
Keywords :
T and Square Shaped; IE3D Software; Satellite Communication; Mobile Communication.
