Development of a test method for the Odin satellite 1.1 m antenna at 119 and 500 GHz

机译：开发用于119和500 GHz的Odin卫星1.1 m天线的测试方法

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An idea of a hologram compact antenna test range (CATR) at millimeter wavelengths was introduced in 1992. Now this method is being developed towards a CATR which is planned to be used to test the 1.1 m antenna of the Odin satellite at 119 and 500 GHz. The feasibility of the method has been demonstrated at 119 GHz with a hologram of 0.55 m in diameter: a quiet zone with an amplitude and phase ripple of less than 1 dB and 10°, respectively, has been achieved.

机译：1992年提出了毫米波长全息紧凑型天线测试范围（CATR）的想法。现在，该方法正朝着CATR的方向发展，计划将其用于测试119和500 GHz的Odin卫星的1.1 m天线。该方法的可行性已在119 GHz波长，直径为0.55 m的全息图上得到了证明：已经实现了振幅和相位纹波分别小于1 dB和10°的安静区域。

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《1996 4th international conference on millimeter wave and far infrared science and technology proceedings(ICMWFST'96)》|1996年|13-20|共8页
会议地点 Beijing(CN);Beijing(CN)
作者
Antti Raeisaenen; Taavi Hirvonen; Jussi Tuovinen; Juha Ala-Laurinaho; Arto Lehto;
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作者单位

Radio Laboratory, Helsinki University of Technology Otakaari 5 A, FIN-02150, Espoo, Finland;

Radio Laboratory, Helsinki University of Technology Otakaari 5 A, FIN-02150, Espoo, Finland;

Radio Laboratory, Helsinki University of Technology Otakaari 5 A, FIN-02150, Espoo, Finland;

Radio Laboratory, Helsinki University of Technology Otakaari 5 A, FIN-02150, Espoo, Finland;

Radio Laboratory, Helsinki University of Technology Otakaari 5 A, FIN-02150, Espoo, Finland;

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原文格式 PDF
正文语种 eng
中图分类微波与超高频技术;红外技术及仪器;
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专利

1. Measurement of the Odin telescope at 119 GHz with a hologram-typeCATR [J] . Ala-Laurinaho J., Hirvonen T., Piironen P., IEEE Transactions on Antennas and Propagation . 2001,第9期

机译：用全息图CATR在119 GHz下测量奥丁望远镜
2. Tunable Dual-Band Antennas for 0.7–1.1-GHz and 1.7–2.3-GHz Carrier Aggregation Systems [J] . Avser Bilgehan, Rebeiz Gabriel M. Antennas and Propagation, IEEE Transactions on . 2015,第4期

机译：适用于0.7–1.1 GHz和1.7–2.3 GHz载波聚合系统的可调双频天线
3. Development of a High Gain 325–500 GHz Antenna Using Quasi-Planar Reflectors [J] . Kuikui Fan, Zhang-Cheng Hao, Quan Yuan, Antennas and Propagation, IEEE Transactions on . 2017,第7期

机译：使用准平面反射器开发高增益325–500 GHz天线
4. Development of a test method for the Odin satellite 1.1 m antenna at 119 and 500 GHz [C] . Raisanen, A., Hirvonen, . 1996

机译：开发用于119和500 GHz的Odin卫星1.1 m天线的测试方法
5. A 500MHz to 6GHz software-defined receiver in 130nm CMOS using the mixer switching method. [D] . Thompson, Gabriel J. 2010

机译：使用混频器切换方法的130nm CMOS的500MHz至6GHz软件定义的接收器。
6. A Simple Accurate and Cost-Effective Capillary Electrophoresis Test with Computational Methods to Aid in Universal Microsatellite Instability Testing [O] . James Wei Tatt Toh, Puneet Singh, Venkata A. A. S. K. Tangirala, 2021

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7. PENGEMBANGAN ANTENA HELIKS X-BAND 8,2 GHZ UNTUK SATELIT MIKRO (DEVELOPMENT OF 8.2 GHZ X-BAND HELICAL ANTENNA FOR MICRO SATELLITE) [O] . Iwan Faizal 2017

机译：微卫星螺旋天线开发X频段8.2 GHz（开发8.2 GHz X波段螺旋天线，微卫星）
8. First Study on the Feasibility for an Operational Treatment of Temperature and Pressure Retrievals from the 118.75 GHz Oxygen Band Measured by the Odin Statellite Using the Optimal Estimation Method. [R] . Merino, F., Baron, P. 2000

机译：首次研究使用最优估计方法测量Odin statellite测量的118.75 GHz氧气带温度和压力回收的可行性。

Development of a test method for the Odin satellite 1.1 m antenna at 119 and 500 GHz

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