Creating a microstrip antenna for satellite using a style of novel

• Main Authors: Saravanan, M., Devarajan, K.
• Format: Conference Proceeding
• Language: English
• Subjects: Active satellites; Aeronautics; Antennas; Banded structure; Bandwidths; Earth; Flame retardants; High frequencies; Meteorology; Microstrip antennas; Navigation; Radio; Satellites; Voltage standing wave ratios
• ISSN: 0094-243X; 1551-7616
• DOI: 10.1063/5.0072940

This research highlights the structure and describe the consideration results of microstrip antenna which is intended to guide the satellite application using a novelistic style. The Ultra-Wide Band design has a very close similarity to the symbol of High Frequency Structure Simulator and used the glass reinforced material of Flame Retardant to have a relevant conductivity of 5.5, tangent loss of 0.12- and 1.23-mm height overhead from the ground. The model describes the technique of coaxial exploration. The software reflection is used in the High Frequency Structure Simulator. The structure of model has been examined in direction, profit, design of radiation, coefficient reflection, frequency and Voltage Standing Wave ratio. The well-structured antenna has ten bands which is useful and it gains a peak level profit of 32.3 db at 4.34 Ghertz, 9.02 Ghertz and 23.23 Giga hertz and these values have bandwidth of 435.3 Mega hertz, 40.23 Mega hertzand 340 mega hertz. And the bands in addition will deals with a profit of 3.4 deci byte with a value of bandwidth 234 mega hertz at 4.23 giga hertz, 7.3 decibyte with the bandwith of 454 megahertz at 2.56 deci byte with a bandwith of 23.4 mega hertz at 3.2 giga hertz,13.2 deci byte with a frequency of 123.5 mega hertz at 4.34 giga hertz, 13 decibyte with a frequency of 123 mega hertz at 4.23 giga hertz with a frequency of 34.54 hertz at 3.43 gigha hertz were obtained. The 3.23 giga hertz frequency were examined for the satellite of mobile from space to earth apps, 2.43 giga hertz frequency for exploration of earth satellites which is active, research in space and location of radio, 3.23 gigha hertz frequency is used for navigation of radio in aeronautical space, 4.5 giga hertz frequency used for satellite which is fixed and transfer the up and down link to the space, 8.34 giga hertz for satellites of permeant meteorology and mobile of aeronautical, 8.23 giga hertz frequency used for navigation of radio and location of radio, 11.23 giga hertz frequency used for amateur, mobile and radio location and 12.62 giga hertz frequency used for satellite from space to earth and mobile.