Stripline radiators
Stripline radiators
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带状线散热器
DOI：
10.1109/tmtt.1955.1124926
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发表时间：
1955
期刊：
影响因子：
--
通讯作者：
R. Malech
中科院分区：
文献类型：
--
作者：
E. Fubini;J. McDonough;R. Malech
刻蚀和印刷技术在电子电路中的应用，从实用和经济的角度使微波带天线阵的构建成为可能。在1000Mc以上的频率下，许多传统的用于低频的宽边窗帘的制作是不切实际的。作为微波天线的带状导体的设计进展表明，其中许多阵列现在可以改装成在微波下工作，并以足够的精度制造成真正有用的。对条形天线设计中涉及的一些部件，如平衡线、扭转、巴伦和功率分配器进行了研究。测试了由多达80个单元组成的完整条形阵列。增益、带宽和辐射方向图看起来与从适用相同操作理论的较低频率使用的相应阵列获得的方向图相当。
The application off etching and printing techniques to electronic circuits makes feasible the construction of microwave strip antenna arrays both From practical and economical viewpoints. Many conventional broadside curtains used at lower frequencies were impractical to fabricate in the region above 1000 Mc. Progress in the design of strip conductors as microwave antennas indicates that many of these arrays can now be adapted for operation at microwaves and fabricated with sufficient accuracy to be truly useful. Some of the components involved in the design of strip antennas, such as balanced lines, twists, baluns and power dividers have been investigated. Complete strip arrays consisting of up to 80 elements have been tested. The gain, bandwidth, and radiation patterns appear comparable with those obtained from the corresponding arrays used at the lower frequencies for which the same theory of operation applies.