PPT-Update on the kicker impedance model and measurements of ma

VG Vaccaro C Zannini and G Rumolo Thanks to M Barnes N Biancacci A Danisi G De Michele E Metral N Mounet T Pieloni B Salvant A simplified EM model o f Cmagnet for ferrite loaded kickers. Electrical impedance extends the concept of resistance to AC circuits describing not only the relative amplitudes of the voltage and current but also the r elative phases When the circuit is driven with direct current DC there is no distinction be E. . Koukovini-Platia. CERN, EPFL. TIARA mid-term meeting, Madrid, 13. th. June 2012. Many thanks to . M. . Dehler. , N. . Milas. , A. . Streun. CLIC . DR/ SLS . parameters. SLS Parameter. Value. Energy [.  . Le . Gall. 1. , A., . V. Ciarletti. 1. , . M. Hamelin. 1. , R. Grard. 2.  . 1. Laboratoire Atmosphères, Milieux, Observations Spatiales (LATMOS), Université Versailles Saint-Quentin (UVSQ), Paris, France, . Y-Chamber for . SPS Crab . cavity. By Phoevos Kardasopoulos. Thanks to Benoit Salvant. ,. Pei Zhang, Fred Galleazzi, Roberto Torres-Sanchez and Alick MacPherson . Impedance Meeting. Date: 14/04/14 . Update. Fritz Caspers and Jose E. Varela. Outline. Introduction. The ‘Thomas Bohl’. Simulations. Measurements. Next . Steps. Conclusions. Introduction. We . continue to search for possible causes of the suspected 1.4GHz . L. Prost. PIP-II Technical Meeting. 30 January 2018. Outline. Setup. Kicker waveform and timing. Measurements summary. F-scraper. Differential trajectories. Conclusion. 01/30/2018. L. Prost | 50-Ohm kicker deflection. Impedance working group meeting - 8 February 2018 - Mario Beck. Thanks to: . Mike Barnes. , . Fritz. . Caspers. , . Hugo Day, Aaron Farricker, Giovanni . Rumolo. , . Benoit . Salvant. ,. . 2 Nov 2017. A.Mereghetti. 2. R. Bruce, D. . Kodjaandreev. , . A. Mereghetti. , S. . Redaelli. , . B.Salvant. , G. . Valentino, L. . Zammit-Mangion. MD Merit. The contribution from . collimators. to . J. Byrd, . S. De Santi. s, T. Luo, C. Pappas, E. San Mateo,. C. Steier, C. Sun, C. Swenson, W. Waldron. LBNL. Low Emittance Rings 2015 Workshop – ESRF September 15-17, 2015. Summary. S. De Santis – LER2015 Workshop, September 17. 08 Nov 2017. A.Mereghetti. 2. A. Mereghetti. , on behalf of the LHC Collimation . Team. Many thanks to all teams involved in the work, especially to the LHC impedance team.. Outlook. Introduction. TCSPM Measurements at the LHC. N.Biancacci. , . M.Krupa. , . A.Kurtulus. , . B.Salvant. 49th Impedance Working Group . Meeting. 08. -06-2021. IR1 and IR5 new BPMs. bpmqstza. bpmqstzb. bpmqbcz. Bpmqstza. : . 2 pairs closer to IPs. . Vasilis Vlachodimitropoulos. Acknowledgements: Mike Barnes. , Yves Sillanoli . Simulation results reminder. From the . presentation. at the 24. th. IWG meeting. 21/11/2018. 24th IWG meeting. 2. Dipolar X. Mario Beck - HSC section meeting - 2 October 2017. Thanks to: The . Impedance Working Group, Bruno Balhan, Mike Barnes, Giovanni . Rumolo. , . Carlo Zannini. Introduction I. Beam coupling impedance describes the interaction of the beam with its surrounding in frequency domain (wake in time domain). L.R. Carver. ,. . W. . Farabolini. , B. . Salvant. Acknowledgements. : . F. . Caspers. , . R. . Corsini. , . G. D. . Michele, . A. . Grudiev. , . A. Latina. , . T. . Lefevre. , . E. . Metral. , H. .