PPT-Review on the PSB with Linac

4 rf aspects Review on PSB with Linac 4 rf aspects 1 Alfred BLAS 15012009 Beam loading in PSB cavities PSB transverse feedback requirements New PSB beam Control Synchronization with the . Beam. . Linac. , . Surface . lines. & building DB+MB,. 500 . GeV. . Bypass. for the DB,. Power for the DB. B. Jeanneret, . CTC, 24th August 2010. With. . material. . thanks. to. G. . McMonagle. 7835 Procurement Plan. . Proton Improvement Plan. Fernanda . G. . Garcia. Accelerator Division. 11/2/2011 Proton . Source . Department. Linac Vacuum Tubes. In order to operate, Linac/PreAcc combine require . . for Linac-4. A.V.Feschenko. Institute For Nuclear Research (INR), Moscow 117312, Russia. 2. For . f. =352.2 . MHz. phase resolution of . 1. . is equivalent to time resolution of . 8 . ps. .. . for Linac-4. A.V.Feschenko. Institute For Nuclear Research (INR), Moscow 117312, Russia. 2. For . f. =352.2 . MHz. phase resolution of . 1. . is equivalent to time resolution of . 8 . ps. .. Beam. . Linac. , . Surface . lines. & building DB+MB,. 500 . GeV. . Bypass. for the DB,. Power for the DB. B. Jeanneret, . CTC, 24th August 2010. With. . material. . thanks. to. G. . McMonagle. Robert McGreevy. Deputy Director. Neutron Sciences Directorate. May 3. rd. 2012. Oak Ridge Neutron Sciences . Operate two world class neutron facilities. Carry . out world class research. Enable . an outstanding User Science Program . Cryogen Free Splittable Quadrupole. (. Technical Design). . V. . Kashikhin. . for . Superconducting Magnet . Team. Splittable. Quad Review, March 2, 2010, FNAL. 2. Splittable. . Quadrupole. . Milestones . Objectives/Scope. Participation. Addressing comments on previous proposal. Objectives/Scope. Design and costing . of the rf system for the various (Compton/soft/hard) main linacs, including accelerating structures, power source and waveguide network.. Related RF Power Systems. Trevor Butler . Dec 8. th. 2010, 2:00 pm – 2:30 pm. LE Linac RF Power Amplifier Chain. 5 LE (201.25 MHz) Linac RF Stations. (0.75–116.5 . MeV. ). First 200 . March 29-30, 2016. Preservation of Magnetized Beam Quality in a Non-Isochronous Bend. Chris Tennant. Jefferson Laboratory. 1. Outline. Longitudinal Match. iterative process with front end (injector, merger). Proton Source Workshop. December 7 and 8, 2010. Beam Diagnostic Systems. Beam Position Monitors, BPM. Beam Loss Monitors, BLMs. Beam Emittance Measurement. Beam Current Toroids. Beam Intensity Profile Measurement. 1/6/2011. Linac and 400 MeV BPMs. 2. Linac. 1/6/2011. Linac and 400 MeV BPMs. 3. 400 MeV and Dump Lines. 1/6/2011. Linac and 400 MeV BPMs. 4. 400 MeV Line. 1/6/2011. Linac and 400 MeV BPMs. 5. Booster Injection. S. Gilardoni – CERN. Based on contributions from:. J. Thomason, ISIS Accelerator Division. M. . Aiba. , E. Benedetto, R. Garoby and M. Meddahi, CERN. Multi-MW p-driver. Basic requirements:. 4 MW power on target. Linac4 Towards Operation Review. Thanks to I. Kozsar, A. Radeva Poncet, M. Gabriel. TGM - Modification. Current situation: independent machine with its own settings. CLN4.LN4 TGM NETWORK. Cycle descriptor LN4.USER.