PPT-LCLS 1 AIP Modulators L3 AIP Modulator Discussion

JC Sheppard et al August 1 2014 LCLS 1 AIP Modulators L3 AIP Modulators Briant Lam a nd Kristi Luchini Do the work and are the contacts LCLS 1 AIP Modulators Questions What are we up to here What are we getting and what is missing Operationsmaintenance versus performancejitter. 0 1008 WK Page 1 of 12 brPage 2br MT080 mathematical multipliers modulators mixers analog multiplier singlequadrant twoquadrant fourquadrant Modulators balancedmodulators doublybalanced modulators high level mixers signchangers mixer RF port Page 2 o These direct modulators set the industry standard with outofband noise density as low as 156 dBmHz and carrier and sideband suppression of 35 dBc The RF2483 is an ultralownoise dualband direct modulator with AGC designed for base station application 11 Specifications are subject to change without notice HOLOEYE Photonics AG AlbertEinsteinStr 14 12489 Berlin Germany Phone 49 030 6392 3660 Fax 49 030 6392 3662 contactholoeyecom wwwholoeyecom HOLOEYE Corporation 1620 Fifth Avenue Suite 550 San Di Husheng Li. The University of Tennessee. AM Signals and Spectra. An AM signal can be written as. Power of AM. The total transmit power is given by. We can prove that, at least 50% (often close to 2/3) of the total transmitted power resides in a carrier term that is independent of the signal and thus conveys no message information. (what a waste!). LCLS. Linac. Upgrade. LCLS-2. Topics Mentioned. SLAC pieces under discussion. Linac. Coherent Light Source success. EPICS evolution in the LCLS. Linac. Upgrade project. Removing legacy system dependencies. LCLS-TN-00-12IntroductionOne of the many technical challenges for future free-electron lasers (FEL) and linearcolliders is the measurement and diagnosis of their extremely short electron bunches.The r Husheng Li. The University of Tennessee. AM Signals and Spectra. An AM signal can be written as. Power of AM. The total transmit power is given by. We can prove that, at least 50% (often close to 2/3) of the total transmitted power resides in a carrier term that is independent of the signal and thus conveys no message information. (what a waste!). Sean . Kalsi. on behalf of SLAC MCC operations group, WAO August 8, 2012 . 2. Outline. LCLS FEL WOA 2012. Free Electron Lasers. LCLS Overview. Deliverable X-Ray Parameters. Setting Up the Machine. 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 . INTERCONNECT we will simulate a full 50Gbps (25Gbps X 2) 2-channel WDM optical link.. Today we will look at the following:. Discuss ring resonator in INTERCONNECT. Import MODE results of effective index as a function carrier density into INTERCONNECT. Trevor Butler . Oct 26. th. 2011, 10:30 am – 11:00 am. PIP – Linac 200MHz Modulator . Working Group. New Modulator Specifications WG. Started: 07/20/2011 . Complete: 10/03/2011. HXR . Undulator. Tor Raubenheimer. Based on studies by . M. Rowen, H.D. Nuhn and Juhao Wu. LCLS-II Accelerator Parameters. parameter. symbol. nominal. range. unit. Electron energy. E. f. 13.5. 4.2 - 14. Accelerator Advisory Committee Review. David E. Anderson, High Voltage & Pulsed Power Systems. Research Accelerator Division. February 2016. Modulators provide pulsed power to high power RF klystrons using 20 kHz switching with IGBTs. Eckoldt. CERN . Accelerator. School. Baden, May 2014. Structure. Why long pulses?. Where are long pulse modulators used? . Basics. RF-Station. Klystron. Modulators. Passive . components. Active. . components.