Once a n antenna design is chosen, the design parameters must b e formulated, shape and feeder of the antenna has t o be designed.
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As the 5GHz band has various advantages with regard to 2.4GHz band. Hence in this project a dual polarized reflector antenna with rectangular horn feed is intended for 5.5 GHz band for ISM applications. Parabolic Dish Antenna Design Software Software Which IsThe Reflector antenna is designed using CST software which is a commercially available electromagnetic simulator. The proposed antenna is expected to be cost effective with high gain and high directivity covering a wide range of frequencies from 4.9GHz to 5.9GHz. Horn Antenna Design VSWR of reflector antenna(prototype) for port 1 Figures - uploaded by Pundaraja Hugar Author content All figure content in this area was uploaded by Pundaraja Hugar Content may be subject to copyright. Parabolic Dish Antenna Design Software For Free Public FullDiscover the worlds research 20 million members 135 million publications 700k research projects Join for free Public Full-text 1 Content uploaded by Pundaraja Hugar Author content All content in this area was uploaded by Pundaraja Hugar on Nov 26, 2018 Content may be subject to copyright. Unlike the 5.5GHz band, the 2.4GHz band is so vigorously used to t he point o f b eing pa cked, S ignal Quality debasement caused by such clashes can cause a s often as possible dropped associatio ns and unreliability of service. The more noteworthy measure of channels that are non- overlapping in 5.5 GHz band gives more degree to t he aggregate number of r emote gadg ets. The 5.5 GHz band has higher output power control on ha rdware and bett er NLOS. The Scatter a bilities expands the penetrative impa ct through structures with respect to 2.4 GHz. As the 5GHz band has various advantages w ith regard to 2.4GHz band. Hence in this p roject a dual polarized reflector antenna with rec tangular ho rn feed is intended for 5.5 GHz band for ISM app lications. The R eflector antenna is d esigned using CST software which is a commercially available electromagnetic simulator. The proposed an tenna is expected to b e cost effective with high g ain and high directivity covering a wide range of frequencies fr om 4.9GHz to 5.9GHz. Keywords - Rectangular H orn Antenna, Parabolic Antenna, Vector Network Analyzer, CST Tool, Wave guide I. INTRODUCTION Wireless communication is among technologys biggest contributions to mankind. Remote correspondence includes the transmission of data over a distance without help of wires, links or some other type111s of electrical conveyors. The transmitted distance between 10-15 meters, for Ex: TVs remote control and for hundreds of kilometers, Ex: Radio correspondence. An tenna i s defined as a metalli c d evice for radiating or receivi ng radio waves. I n other words, Antenna is a transducer which is u sed to transmit and receive electromagnetic waves. I n the f ield of wireless networking, a receiving w ire or elevated, is an electronic gadget which changes over electric output power into radio signals. It is normally utilized with a transmitter or radio beneficiary. While transmitting electric power to the reception equipments end and the recei ving wire recei ves the s ignal from the present as EM waves. An explanatory reception apparatus is a receiving wire that uses an il lustrative reflector, a bended surface with the cross-sectional state of a par abola, to c oordinate the E M waves. Th e most widely recognized frame is f ormed l ike a parabola and is famously called a reflector reception apparatus or illust rative dish. The primary favorable position o f an illustrative reception apparatus is that it h as high directivity. It works likewise to a searchlight or electric lamp refle ctor to coordinate t he radi o waves in a restricted bar, or get radio waves from one sp ecific b earing as it w ere. Allegorical reception app aratuses have a portion of the worthy additions, implying that they can create the tightest p illar width o f an y receiving wire compose.
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