Engineering topics
Publications and source records attributed to Tremaine, Aaron.
This drawing package is for the SLAC s-band DLWG accelerator structures used in the original linac. These structures are still operating to this day serving in the SLAC LCLS-I and FACET linacs. For access to the drawings, contact the SLAC Office of Research Partnerships & Technology Commercialization (IPRP@slac.stanford.edu).
This drawing package is for the focusing electromagnet for the SLAC XL4 and XL5 klystrons. For access to the drawings, contact the SLAC Office of Research Partnerships & Technology Commercialization (IPRP@slac.stanford.edu).
This drawing package is for the SLAC XL5 x-band pulsed klystron that was scaled from the XL4 klystron design to operate at higher frequency. This device is used at CERN as a power source for CLIC experiments and at other European labs as sources for linearizers. This klystron operates at a frequency of 11.993 GHz and produces a peak output power of 50 MW with a pulse length of 1.5 {mu}s at 60 Hz pulse repetition rate
This drawing package is for the SLAC XL4 x-band pulsed klystron that was originally developed as a source for high gradient accelerator structures for the Next Linear Collider project. This device has proven to be a very useful source for driving a variety of high gradient breakdown experiments to linearizer and deflector structures instrumental to the LCLS operation. This klystron operates at a frequency of 11.424 GHz and produces a peak output power of 50 MW with a pulse length of 1.5 {mu}s at 60 Hz pulse repetition rate.
This drawing package is for the SLAC 5045 s-band pulsed klystron that was designed to power the SLAC Linear Collider. It is currently powering the SLAC LCLS and FACET linear accelerators. This klystron operates at a frequency of 2.856 GHz and produces a peak output power of 67 MW with a pulse length of 3.5 {mu}s at 180 Hz pulse repetition rate.