International Research Journal of Engineering and Technology (IRJET) e-ISSN: 2395-0056 Volume: 07 Issue: 08 | Aug 2020 www.irjet.net p-ISSN: 2395-0072 © 2020, IRJET | Impact Factor value: 7.529 | ISO 9001:2008 Certified Journal | Page 1330 Optical Dielectric Antenna and Enhance its Bandwidth with Minimum Energy Loss Deepti Sharma 1 , Shailesh Kumar Singh 2 1 Student M.Sc, Monad University 2 Associate Professor K.K University Bihar ---------------------------------------------------------------------***---------------------------------------------------------------------- Abstract - The Dielectric Antenna has unique attraction for communication community which enables the nanotechnology, Nano- devices to controlled tele medicinal treatments, IOT, with high impendence bandwidth. Antenna is the one of the key component of any transmitting or receiving devices. So antenna material must have suitable for desire requirement of communicational system with low cost Antenna multi-band or wide –band antennas applications for multiple resonances which have unique capability to full fill our requirement. DRA has unique capability to modify as well as tune it’s a reconfigurability of antenna applications. The Dielectric mater have unique quality to preserve electric field. The dielectric Antenna depends up several Parametrical Concepts for DRA antenna designing technique must have Antenna impendence which can be converted to optical frequencies, Dielectrics are playing very important role to design new way fabrication of Antenna for modern communication system, which has so, needful requirement in modern Scientific Applications. Key Words: DRA Antenna, bandwidth, Electromagnetic Spectrum, Nano electronic, optics, Optical Antenna, Radio wave or microwave Antenna theories. 1. INTRODUCTION The World Communication has defined an which means up and the terms ‘ten’ which can be say Stretch. The communication Community has used Optical Antenna to Convert Energy for free localizes Propagation [1,2] .This can be Possible only Radio Wave or Micro-Wave Antenna frequency range[3,4]. Antenna is the one of the key component of any transmitting or receiving devices.The function of light –Emitting devices to enhance its efficiency which play very key role for photovoltaics, Spectroscopy[5,6] .The Dielectric Antenna has great Advantages to Control its directivity. The Optical Antenna Manipulation to improve its bandwidth [7,8].we have proposed very recent and new method which has great Advantages to Enhancement of bandwidth with minimum energy loss[9,10]. The antenna bandwidth enhancement depends upon its Shape, Element, and Materials to make its Perfect condition to Simulated its design for Fabrication of Antenna with low profile ma king cost [12, 15]. The DRA antenna has Key Applications to provide technology for devices like cellular Phone, televisions which have mostly used in Radio wave or Micro Wave Regime Scale of EM (Electromagnetic Spectrum)[16,19].Now a day’s technologist uses Dielectric Antenna in the field of Optics because it has great Advantages to explore it ability for the purpose to establish Radio wave or microwave Antenna theories to develop Communication System with high efficient method to enhance the characteristic of DRA antenna for high permittivity materials. In this research article we proposed high efficiency of Antenna to controls its configurability. This research work will be very helpful for future challenges of DRA design as well as benefited to antenna community. The dielectric properties has directly concern with strong system as well as electric and magnetic energy of materials[25] .The dielectric has great Advantage to explain about various Phenomena in electric, Nano electronic, optics, Opto-electronic, physics, solid state physics, biophysics. In the modern approach to dielectric standard model can use to place on top of DRA Antenna to generate circular polarization field. 2. DRA Antenna Range DRA Antenna has unique ability to effect on metals which has driven by light and also effect on magneto optics. The dielectric antenna has novel application for mobile communication system which can be operated on GHZ, THZ band which has useful for the integration of Nano-photonic and Nano magnetism on single chip -level which increases data rate. DRA antenna Networking depends on permittivity of antenna material has great potential to achieved radiation in db- deviation is increased with very less variation patter of antenna. Figure1:-Directivity for surface Optical di electric Antennas Array.