Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor

To achieve the high peak power level of 150 MW, necessary to demonstrate the full performance of the new CLIC accelerating structure, a 70 ns RF pulse compressor with resonant delay lines has been built and installed in the CTF3 test area. An active high power RF phase switch would make the operatio...

Descripción completa

Detalles Bibliográficos
Autores principales: Syratchev, Igor V, Denisov, Grigoriy, Kocharovsky, Vl, Kuzukov, S, Stepanov, A
Lenguaje:eng
Publicado: 2005
Materias:
Accelerators and Storage Rings
Acceso en línea:http://cds.cern.ch/record/906647
_version_ 1780908795771224064
author Syratchev, Igor V
Denisov, Grigoriy
Kocharovsky, Vl
Kuzukov, S
Stepanov, A
author_facet Syratchev, Igor V
Denisov, Grigoriy
Kocharovsky, Vl
Kuzukov, S
Stepanov, A
author_sort Syratchev, Igor V
collection CERN
description To achieve the high peak power level of 150 MW, necessary to demonstrate the full performance of the new CLIC accelerating structure, a 70 ns RF pulse compressor with resonant delay lines has been built and installed in the CTF3 test area. An active high power RF phase switch would make the operation of the whole 30 GHz power production complex more reliable and robust, with the potential to increase the compression efficiency. By itself, such a device can be used for many other applications. In this paper we propose a possible solution based on an over-moded RF circuit with active element made from a semiconductor controlled by a laser beam.
id cern-906647
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 2005
record_format invenio
spelling cern-9066472023-07-20T15:05:47Zhttp://cds.cern.ch/record/906647engSyratchev, Igor VDenisov, GrigoriyKocharovsky, VlKuzukov, SStepanov, AOptically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse CompressorAccelerators and Storage RingsTo achieve the high peak power level of 150 MW, necessary to demonstrate the full performance of the new CLIC accelerating structure, a 70 ns RF pulse compressor with resonant delay lines has been built and installed in the CTF3 test area. An active high power RF phase switch would make the operation of the whole 30 GHz power production complex more reliable and robust, with the potential to increase the compression efficiency. By itself, such a device can be used for many other applications. In this paper we propose a possible solution based on an over-moded RF circuit with active element made from a semiconductor controlled by a laser beam.CERN-OPEN-2005-026CLIC-Note-645oai:cds.cern.ch:9066472005-11-15
spellingShingle Accelerators and Storage Rings
Syratchev, Igor V
Denisov, Grigoriy
Kocharovsky, Vl
Kuzukov, S
Stepanov, A
Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title_full Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title_fullStr Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title_full_unstemmed Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title_short Optically Controlled 30 GHz High Power Active RF Phase Switch for the CTF3 RF Pulse Compressor
title_sort optically controlled 30 ghz high power active rf phase switch for the ctf3 rf pulse compressor
topic Accelerators and Storage Rings
url http://cds.cern.ch/record/906647
work_keys_str_mv AT syratchevigorv opticallycontrolled30ghzhighpoweractiverfphaseswitchforthectf3rfpulsecompressor
AT denisovgrigoriy opticallycontrolled30ghzhighpoweractiverfphaseswitchforthectf3rfpulsecompressor
AT kocharovskyvl opticallycontrolled30ghzhighpoweractiverfphaseswitchforthectf3rfpulsecompressor
AT kuzukovs opticallycontrolled30ghzhighpoweractiverfphaseswitchforthectf3rfpulsecompressor
AT stepanova opticallycontrolled30ghzhighpoweractiverfphaseswitchforthectf3rfpulsecompressor

Ejemplares similares