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Development of Low RCS Microstrip Patch Antenna : Project

   

Added on  2020-02-24

9 Pages1742 Words37 Views
Competency DemonstrationReport (CDR) Career Episode 2Sainath Punukollu
Development of Low RCS Microstrip Patch Antenna : Project_1
CE 2.1: Project IntroductionName of the Project: Development of Low RCS Microstrip Patch AntennaUsing Complementary Split-Ring ResonatorsGeographical Location:[Please Fill]Project Duration: [Please Fill]Organization: [Please Fill]Position in the Project : Team Member CE 2.2: Project BackgroundCE 2.2.1: Characteristics of the ProjectIn modern military vehicles, helicopters, missiles, and aircraft, the RCS (radar crosssection) is considered as a vital element impacting the performance and efficiency of theantenna. I have observed that it is essential to reduce the RCS component for preserve theobservable nature of modern vehicles. Therefore, in this particular project I have focused onreducing the PCS component for the micro strip antenna. I have used complementary split ringresonator (CSRR) with the proposed antenna for accomplishing he reduced RCS. I have used11.15 GHz of frequency for developing the appropriate design and simulation for the process.Therefore in this project, I have planned on developing the appropriate new advanced design of amicro strip antenna while increasing the operational efficiency and reducing the RCS. Page 1 of 10
Development of Low RCS Microstrip Patch Antenna : Project_2
CE 2.2.2: Objectives developed for projectWhile working on this project, I have observed that various techniques for RCSreductions are existence at present. But, the application of those techniques in the air bornevehicles creates significant hurdles and operational difficulties. Therefore, in this project, I haveworked for reducing the RCS effect without negatively impacting the efficiency and operationalfunctionality of the micro strip antenna. Therefore, for completing the project, I have developedthe appropriate objectives:To identify the current process and techniques used for reducing the RCS;To propose an enhanced antenna design for the project;To fabricate and simulate the micro strip antenna for RCS reduction;To implement the technique of CSRR in the antenna design;To simulate the developed antenna design and ensuring the efficiency and properoperation of the proposed micro strip antenna;CE 2.2.3: My area of workI have demonstrated and fabricated the placement of the split-ring component in themicro strip antenna. In addition to that, I have identified and ensured the application of propercapacitance and inductance in the antenna design and identified the different parameter for theimplementation of the micro strip antenna. In addition to that, I have considered 11 GHz offrequency for design and simulation of the antenna deign. Page 2 of 10
Development of Low RCS Microstrip Patch Antenna : Project_3

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