An important constituent part of a space-based solar electric power station (SBSEPS) is the microwave energy transmission channel (ETC). Amongst the many requirements imposed on such a system, it is important that the sidelobe level should be quite low. On the other hand, there is another important problem-the electromagnetic compatibility (EMC) of the radioelectronic systems. The question arises of the extent to which it is possible to suppress all sidelobes in the ETC. The radiation environment near the receiving antenna of the SBSEPS would then permit operation of the radioelectronic systems without additional screening of the output circuits. It is important to solve this problem, taking into account the actual technical fluctuations in the parameters of the antenna system of the SBSEPS. As the criterion in studying the effect of fluctuations of the parameters of the transmitting antenna on the sidelobes it is reasonable to choose the condition for their average intensity to increase by 3 dB, i.e., by a factor of 2.
The problem of synthesizing the energy-transmission channel of a space-based solar electric power station
Das Problem der Synthese des Energieuebertragungskanals eines Satellitensonnenkraftwerkes
Soviet Journal of Communications Technology and Electronics ; 32 , 8 ; 177-179
1987
3 Seiten, 6 Quellen
Article (Journal)
English
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