CERN has constructed and is operating a new X-band test stand containing two pairs of 12 GHz, 6 MW klystrons. By power combination through hybrid couplers and the use of pulse compressors, up to 45 MW of peak power can be sent to any of 4 test slots at pulse repetition rates up to 400 Hz. The test stand is dedicated to RF conditioning and testing of high gradient accelerating structures for the CLIC study and also future X-band FELs. Operations have been ongoing for a few months, with initial operation dedicated to control algorithm development. Significant progress has been made in understanding the unique challenges of high power RF combination and phase switching using RF hybrids
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
New developments relating to compact X-band, SLED-I type pulse compressors being developed at CERN f...
In July 2016, the first X-band test facility operating with two interwoven, 6 MW klystron pulses was...
A new klystron based X-band rf power source operating at 11.994 GHz has been installed and started t...
The Compact Linear Collider (CLIC) beam-based acceleration baseline uses high-gradient travelling wa...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The three X-band test facilities currently at CERN aim at qualifying CLIC structures prototypes but ...
The three X-band test facilities currently at CERN aim at qualifying CLIC structures prototypes but ...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
We present the design, construction and high-power test of an X-band radio-frequency accelerating st...
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
New developments relating to compact X-band, SLED-I type pulse compressors being developed at CERN f...
In July 2016, the first X-band test facility operating with two interwoven, 6 MW klystron pulses was...
A new klystron based X-band rf power source operating at 11.994 GHz has been installed and started t...
The Compact Linear Collider (CLIC) beam-based acceleration baseline uses high-gradient travelling wa...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The three X-band test facilities currently at CERN aim at qualifying CLIC structures prototypes but ...
The three X-band test facilities currently at CERN aim at qualifying CLIC structures prototypes but ...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
The CLIC RF frequency has been changed in 2008 from the initial 30 GHz to the European X-band 11.994...
We present the design, construction and high-power test of an X-band radio-frequency accelerating st...
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
We present a multimode X-band rf pulse compression system suitable for a TeV-scale electron-positron...
New developments relating to compact X-band, SLED-I type pulse compressors being developed at CERN f...