Electrical compensation for shape distortion of large phased array under combined loads

Mechanical error of the phased array antenna in practice will affect its radiation performance. In this paper, a least square error method (LSE) was proposed to compensate the radiation performance of the distorted phased array antenna. To demonstrate and validate our method, pattern compensation in...

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Published inDigest - IEEE Antennas and Propagation Society. International Symposium (1995) pp. 2289 - 2290
Main Authors Shunxi Lou, Wei Wang, Naigang Hu, Hong Bao, Xiangtao Hu, Zhihai Wang
Format Conference Proceeding
LanguageEnglish
Published IEEE 01.07.2017
Subjects
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ISSN1947-1491
DOI10.1109/APUSNCURSINRSM.2017.8073187

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Abstract Mechanical error of the phased array antenna in practice will affect its radiation performance. In this paper, a least square error method (LSE) was proposed to compensate the radiation performance of the distorted phased array antenna. To demonstrate and validate our method, pattern compensation in a large planar phased array antenna is carried out.
AbstractList Mechanical error of the phased array antenna in practice will affect its radiation performance. In this paper, a least square error method (LSE) was proposed to compensate the radiation performance of the distorted phased array antenna. To demonstrate and validate our method, pattern compensation in a large planar phased array antenna is carried out.
Author Hong Bao
Shunxi Lou
Zhihai Wang
Naigang Hu
Wei Wang
Xiangtao Hu
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  surname: Wei Wang
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  surname: Zhihai Wang
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  email: ericwang@ustc.edu.cn
  organization: 38th Inst. of Chinese Electron in Sci. & Technol. Combine, Hefei, China
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Snippet Mechanical error of the phased array antenna in practice will affect its radiation performance. In this paper, a least square error method (LSE) was proposed...
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StartPage 2289
SubjectTerms compensation
distorted array
Gravity
least square error method
Loaded antennas
Phase distortion
phased array antenna
Phased arrays
Title Electrical compensation for shape distortion of large phased array under combined loads
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