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Simulation Design of Array Electromagnetic Vibrator Combined Ultra Wide Band Antenna

机译:阵列电磁振动器组合超宽带天线的仿真设计

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In recent years, high-power ultra wide band electromagnetic pulse source technology has developed rapidly. In order to better exert its value, there is an urgent need for a high-power ultra wide band antenna to effectively radiate electromagnetic energy. In this paper, the CST microwave studio is used to simulate the electromagnetic Vibrator Combined antenna to determine the size and shape of a single antenna. Then simulate the 3×3 array antenna. By changing the antenna spacing, it is found that: 1. The beam width in the horizontal plane is only related to the spacing of the antennas in the horizontal direction; 2. The beam width in the vertical plane is only related to the spacing of the antennas in the vertical direction; 3. The gain of the antenna fluctuates with the change of the antenna spacing, and remains basically stable at λ/4 ~ λ/2.
机译:近年来,高功率超宽带电磁脉冲源技术迅速发展。为了更好地发挥其价值,迫切需要高功率超宽带天线以有效地辐射电磁能量。在本文中,CST微波演播室用于模拟电磁振动器组合天线,以确定单个天线的尺寸和形状。然后模拟3×3阵列天线。通过改变天线间距,发现:1。水平平面中的光束宽度仅与水平方向上的天线间距有关;垂直平面中的光束宽度仅与垂直方向上的天线间距有关; 3.天线的增益与天线间距的变化波动,并且在λ/ 4〜λ/ 2处保持基本稳定。

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