A Design and Analysis of Dipole Antenna for wireless Communication Network
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The research and development is being pushed ahead to achieve the goal of making the equipment smaller size and having better performance in wireless communication systems, such as wireless local area networks, so this paper presents the design and simulation performance of a dipole antenna for wireless communication applications which operates at 2.4GHz. The idea of recent research and developments in the field of wireless communication technology can realize high speed communications which is performed in RF technology . The three dimensional finite-element-method electromagnetic EM simulator is used in the design simulation of this planar antenna structure. Numerical and measured results of the E-plane and H-plane radiation pattern, input standing wave ratio and field pattern coverage are presented and compared. The simulation is performed using high frequency structure simulator software. The antenna is designed to achieve the performance, that is, input standing wave ratio is less than 1.5 and the characteristic impedance of antenna is 50, the gain of antenna is 2dBi. Satisfactory agreement between the designed antenna and ideal dipole antenna is observed and the designed antenna which has the plane polarized characteristics can be used for wireless communcations and wireless local area networks.
Abstract
The research and development is being pushed ahead to achieve the goal of making the equipment smaller size and having better performance in wireless communication systems, such as wireless local area networks, so this paper presents the design and simulation performance of a dipole antenna for wireless communication applications which operates at 2.4GHz. The idea of recent research and developments in the field of wireless communication technology can realize high speed communications which is performed in RF technology . The three dimensional finite-element-method electromagnetic EM simulator is used in the design simulation of this planar antenna structure. Numerical and measured results of the E-plane and H-plane radiation pattern, input standing wave ratio and field pattern coverage are presented and compared. The simulation is performed using high frequency structure simulator software. The antenna is designed to achieve the performance, that is, input standing wave ratio is less than 1.5 and the characteristic impedance of antenna is 50, the gain of antenna is 2dBi. Satisfactory agreement between the designed antenna and ideal dipole antenna is observed and the designed antenna which has the plane polarized characteristics can be used for wireless communcations and wireless local area networks.
참고문헌 (10)
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