DIRECTIONAL PATCH ANTENNA ARRAY DESIGN FOR DESKTOP WIRELESS INTERNET by Noah Snyder Senior Project ELECTRICAL ENGINEERING DEPARTMENT California Polytechnic State University San Luis Obispo 2010 2 Table of Contents List of Figures ................................................................................................................................................ 3 List of Tables .............................................................................................
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Rectangular Microstrip 6X6 Patch Array Antenna Performance Evaluation based on Permittivity of the Substrate Materials 1 P.Sreyash‚ 1A.Snehitha‚ 1V.Satya Sainadh‚ 1P.L.Madhuri‚ 1Saroj Gautam‚ 2 Mr.B.T.P.Madhav‚ 2Mr.Pranob Kumar Charles‚ 3Dr.Habibullah Khan Department of ECE‚ K L University‚ AP‚ India. : sreyash306@yahoo.com‚ Snehitharao@yahoo.com 1 Project Students‚ 2Asst. Professor‚ 3Assoc. Professor‚ 4Head of the Department Abstract: In the recent years‚ the development in communication systems
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0895-2477r97 A COMPACT MEANDERED CIRCULAR MICROSTRIP ANTENNA WITH A SHORTING PIN 1 Kin-Lu Wong‚1 Chia-Luan Tang‚1 and Hong-Twu Chen 2 Department of Electrical Engineering National Sun Yat-Sen University Kaohsiung‚ Taiwan 804‚ Republic of China 2 Department of Electrical Engineering Chinese Military Academy Fong-Shan‚ Taiwan 830‚ Republic of China Recei¨ ed 8 January 1997 ABSTRACT: By using a shorting pin and meandering the circular patch‚ a compact circular microstrip antenna with a patch size of less
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A Simple Design of Microstrip Patch Antenna and its comparative analysis Isha Grover1‚ Kapil Jain1‚ Niharika Gupta1‚ Nikita Gupta1‚ Niriksha Garg1‚ Nitin Tayal1‚ A.S.Gour2‚ Mukesh Arora2 1Swami Keshvanand Institute of Technology‚ Management & Gramothan (Student) 2Swami Keshvanand Institute of Technology‚ Management & Gramothan (Faculty‚ ECE) Email Id: groverisha27@gmail.com‚ kapillapik@gmail.com‚ nigupta90@yahoo.co.in‚ nikita16aries@gmail.com‚ niriksha.garg@gmail.com‚ er.ntayal@gmail.com‚ ajayecskit@gmail
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Design of Compact Dual-Band Microstrip Patch Antenna for GPSK-PCS Operation Ho-yong Kim’‚ Yong-nn Lee‚ Chung-ho Won‚ Hong-min Lcc Department of Electronics EngineeringKyon@ Univerrily hi-Dong‚ Yeongtong-Cu‚ Suwon-Si‚ Kyonggi-do‚ Korea email: hyounrsn@hotmail.com lnlraduetion In recent years‚ with the advance o f technology‚ the demand for an antenna operating a1 mutibands i s increasing rapidly. Such as GPS and K-PCS‚ The multi-hand antennas with one feeding pon use the multiple resonance
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effort with the availability of modern simulation tools such as the Advance Design Systems (ADS) and High Frequency Simulator Structure (HFSS) software that both have been use in this experiment. DOE is used in this project to vary the factor of the microstrip taper interconnection design.
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Product Applications’‚ CRC Press‚ LLC‚ pg 21-13. * Hong‚ J S‚ Lancaster‚ M J‚ 2001‚ ‘Microstrip Filters for RF/Microwave Applications’‚ John Wiley & Sons‚ Inc.‚ pg 100. * Jahyeon‚ L & Yeongseog‚ L‚ 2012‚ ’A dual-band bandpass filter using dual and triple-mode resonators ’‚ Radio and Wireless Symposium (RWS)‚ 2012 IEEE‚ 15-18 Jan. 2012‚ pp. 143-146‚veiwed on 15th October 2012. * Jefferies‚ D‚ 2002‚ ‘Microstrips’‚ viewed on 15 October 2012‚ <http://personal.ee.surrey.ac.uk/Personal/D.Jefferies/mstrip
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2010702499‚ GROUP: EE2405A Abstract— A design of a microstrip rectangular patch antenna is presented in this paper. The proposed antenna was simulated using Computer Simulation Technology (CST) CAD Package and design on a microstrip with relative permittivity of 4.6‚ and substrate and copper thickness of 0.5 mm and 0.035 mm respectively with 4.5 GHz of frequency. Keywords— CST Microwave Studio‚ circular array antenna‚ frequency‚ microstrip‚ permittivity‚ substrate thicknesses‚ copper thickness
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PERFORMANCE ENHANCEMENT OF RECTANGULAR MICRO-STRIP PATCH ANTENNA AT 2GHz FOR WLAN APPLICATION A Synopsis Submitted In Partial Fulfillment of the Requirements For the Degree of MASTER OF TECHNOLOGY in Electronics & Communication Engineering by NM Under the supervision of Asst. Prof GAUTAM BUDDH TECHNICAL UNIVERSITY (Formerly Uttar Pradesh Technical University) LUCKNOW May‚ 2013 CERTIFICATE Certified that has carried out the research work presented in this synopsis entitled
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size reduction & bandwidth enhancement are becoming major design considerations for practical applications of antennas. For this reason‚ studies to achieve compact & broadband operations of microstrip antennas have greatly increased. Much significant progress in the design of compact microstrip antennas with broadband‚ dual-frequency‚ dual polarized‚ circularly polarized‚ & gain enhanced operations have been reported over the past several years. Extensive research has also been going on
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