Keyword: distributed
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WEPSB12 Cascade Interference Switches for Active Microwave Compressors cavity, operation, extraction, experiment 180
 
  • S.A. Gorev, S.N. Artemenko, V.A. Avgustinovich, V.S. Igumnov, V.L. Kaminski, S.A. Novikov, Yu.G. Yushkov
    TPU, Tomsk, Russia
 
  Funding: "Science" state order of the Russian Ministry of Education and Science.
Results of study energy extraction devices for S-band microwave pulse compressors are presented. The devices are manufactured as interference switches produced from the circular single mode waveguide and that are differs only by the cascade of identical H-plane T-junctions connected in series at a side arm of H-tee. The versions cascade switches which are matched and unmatched from the side of auxiliary arm of T-junction are investigated. It is shown the variant of cascade switches with the matched T-junctions allows decrease the switching power level few times comparatively the switching power of usual one. Possibility of increasing operation power and stability of output pulses of microwave pulse compressors with such energy extraction devices are confirmed in experiments. There are presented the results of investigation the cascade including two and three switches connected in series by straight arms. It is shown the switching power level for such type cascade switches can be many less than for usual switch with one T-junction. Results of experimental study cascade switches of such type confirming with the results of the theoretical analyses are presented and peculiarities of cascade switches are mentioned. The assumption about good perspectives for the cascade switches manufactured from oversized rectangular waveguide is formulated. The obtained results concerning of the cascade switch operation have been demonstrated the possibility of increasing switch operation power.
 
 
THPSC32 U-70 Accelerator Complex: Centralized Access to IP-Devices with Embedded Web-Server controls, network, Windows, booster 389
 
  • Yu.V. Milichenko, E.V. Takaeva, V.P. Voevodin
    IHEP, Moscow Region, Russia
 
  The paper describes our efforts to organize centralized access to IP-devices of specific types. Each device includes proper embedded web-server and is connected to an accelerator department network. Today there are tens of the devices are used to give pictures online. A device access is carried out by user understandable device names with the aid of accelerator department web-server. Some arisen problems are pointed. Possible manifold forms of on screen presentation of pictures derived from devices are presented.