PPT-High Efficiency Klystron (HEKCW) for FCC info/status

I Syratchev The new bunching technology has a potential to boost klystron efficiency to the 90 level The first conceptual technological Sband MBK prototype is now being built in Russia PPM 52 kV 7MW Duty cycle 0002 . . Washington DC. . Team: Millennial Makers . . March 14. th. 2014. Problem Statement. Labs account for 40-50% of university energy use. Investment, utility bills and grant money split among stakeholders . Dr. Davide . Aguglia. , TE/EPC. CLIC Project Meeting #12, CERN. 24. th. May 2013. Work Package description & Specifications. R&D strategy and collaborations. . Solutions under study. Ongoing work. I. Syratchev, CERN. State of art: L-band 10 MW MBK klystrons for ILC. . In terms of achieved efficiency at 10 MW peak RF power level, the existing MBK klystrons provides values very close to the 70%, as is specified in CLIC CDR.. Michael Waring, PhD. Drexel University. Impact of High-Efficiency Filtration Combined with High Ventilation Rates on Indoor Particle Concentrations and Energy Usage in Office Buildings. Michael S. WARING. John Moss. Lead Engineer, . Linac. RF. February 17, 2016. Linac. RF Overview. Performance and Availability. Klystrons. High Power Circulators. Low Level Radio . Frequency Systems. Equipment Obsolescence. & intelligent . control systems. Policy . & Regulatory . Paths. Dr. Eric Dannenmaier. Dean and Professor of Law, Northern Illinois University College of Law. Moderator. Great ideas ….. . Exit Signs that glow in the dark. D. Valuch, A. . Mikkelsen. , G. . Ravida. , O. Brunner. LHC RF power system. Total 16 klystrons Thales TH2167. 400.8 MHz, 330 kW, at nominal 58 kV, 9.2 A . One . klystron per cavity. Four klystrons supplied by one HV supply. Strategy on Energy Management, Efficiency, Sustainability. Outline. Energy Management at KEK. Improve Efficiency of Power Consumption in Accelerator Operation . . 2.1 How to Improve RF Efficiency . . A. . Guzilov (VDBT), . I. Syratchev (CERN). Recent developments and perspectives. Bunching-Alignment-Collecting (BAC) technology. BAC is technical extension of COM, where the impedances of the cavities triplet allows to reduces dramatically the spatial wavelength of the core oscillations, thus . Building Equipment. Jonathan Rivin. Dave Wortman. Adam Helvey. Kaci Radcliffe. 25-Jun-19. 2. Project Overview. Developing procurement requirements for high efficiency building equipment (EO 17-20, item 3.D.). Building Equipment. Jonathan Rivin. Dave Wortman. Adam Helvey. Kaci Radcliffe. 25-Jun-19. 2. Project Overview. Developing procurement requirements for high efficiency building equipment (EO 17-20, item 3.D.). rf. test stand at CERN. J. Kovermann. , G. . McMonagle. , S. Doebert, N. Catalan-Lasheras, I. Syratchev, W. Wuensch,. G. . Riddone. , . S.Curt. , S. Rey, L. . Timeo. , E. Paju, K. . Schirm. , M. . 5 4000k5000k 6000k3000kColor emperatue Tehnical aameesPoduct CodeZL150WUFO7D50KULZL150WUFO7D50KULZL200WUFO7D50KULZL200WUFO7D50KULInputVoltageAC100-277VAC100-277VCCTWattsLumens5000K150W27000 lm36000 lm Proton Driver Efficiency Workshop. a. t PSI, Switzerland. March 1, 2016. Sang-ho Kim. Superconducting LINAC Systems Group . SNS/ORNL. Overview. Need for pulsed proton LINAC. Efficiency of pulsed LINAC.