NSSC OpenIR
Design of 89/118/166/183 GHz frequency dividing network for microsatellite application
Alternative TitleWOS:000575409400002;20203409089683
Meng, Jin; Wang, Jing1; Zhang, Dehai; Zhang, Shengwei; Jiang, Changhong; Ji, Guangyu1
Source PublicationFREQUENZ
2020
Volume74Issue:9-10Pages:287-293
DOI10.1515/freq-2019-0100
ISSN0016-1136
Language英语
Keywordcompact structure frequency dividing f-g band diplexer waveguide diplexer MICROWAVE
AbstractMiniaturizing the microwave circuits for micro-satellite platform has been one of the development trends in microwave remote sensing. A novel 89/118/166/183 GHz frequency dividing network is proposed in this paper which includes two stages: the first stage is an F-G band diplexer that separate 89/118 GHz signals from 166/183 GHz signals. The measured typical transmission loss is 1.5 dB from 83.75 to 124 GHz at one output port as well as 1dB from 141 to 190 GHz at another output port. The second stage contains two diplexers based on waveguide circuit to separate the signals further. The measured typical transmission loss is 0.5 dB for the 89/118 GHz diplexer and 1 dB for the 166/183 GHz diplexer. The above-mentioned frequency dividing network has a vast application prospect due to compact structure and good performance.
Indexed BySCI ; EI
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Document Type期刊论文
Identifierhttp://ir.nssc.ac.cn/handle/122/7664
Collection中国科学院国家空间科学中心
Affiliation1.Chinese Acad Sci, Natl Space Sci Ctr, Key Lab Microwave Remote Sensing, Beijing, Peoples R China
2.Univ Chinese Acad Sci, Beijing, Peoples R China
Recommended Citation
GB/T 7714
Meng, Jin,Wang, Jing,Zhang, Dehai,et al. Design of 89/118/166/183 GHz frequency dividing network for microsatellite application[J]. FREQUENZ,2020,74(9-10):287-293.
APA Meng, Jin,Wang, Jing,Zhang, Dehai,Zhang, Shengwei,Jiang, Changhong,&Ji, Guangyu.(2020).Design of 89/118/166/183 GHz frequency dividing network for microsatellite application.FREQUENZ,74(9-10),287-293.
MLA Meng, Jin,et al."Design of 89/118/166/183 GHz frequency dividing network for microsatellite application".FREQUENZ 74.9-10(2020):287-293.
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