18 October 2012SLAC's YouTube channel has more on klystrons, and of course the legendary klystron gallery. In a video about SLAC's Vacuum Microwave Device Department (VMDD), introduces itself as those people who build the devices that make SLAC's particle accelerators go: klystrons. These devices generate intense waves of microwave energy that rocket subatomic particles up to nearly the speed of light. Department head Andy Haase takes us behind the scenes where klystrons are born. These devices are developed, designed and fabricated by teams of physicists, engineers and technicians in coordination across several departments within SLAC's Accelerator Directorate. Check out the AD website
Category: Video of the week | Tagged: klystron, RF power, SLAC
Daisy Yuhas | 18 October 2012Superconducting cavities accelerate particles using radiofrequency (RF) power. But where does the power to accelerate a beam by millions of electronvolts come from? The ILC’s power source can provide only about 100 watts, but to push that power up to the required level you need a device called a klystron. The klystron is a power amplifier. It can expand a few tens of watts into millions, or megawatts. Each ILC klystron will supply amplified power to 39 superconducting cavities for the baseline design.
Category: LCpedia | Tagged: acceleration, klystron, RF power