Add to ORKGThe RF needs for the TESLA Test Facility a DESY are described. Possible klystron‐modulator schemes, the waveguide RF distribution system, phase and amplitude control, beam loading, and a scheme to cope with detuning of the cavities due to Lorentz forces are described. Finally, some persectives for the development of new RF sources are discussed. (AIP
The basic elements of the TESLA linear collider with in-tegrated X-ray FEL are superconducting accel...
Fast proportional rf control is used as the basis for rf field regulation in actual linear accelerat...
The rf control system for the TESLA Test Facility employs a digital feedback system to provide flexi...
The RF needs for the TESLA Test Facility a DESY are described. Possible klystron‐modulator schemes, ...
In the rf system for the TESLA Test Facility each klystron will supply rf power to up to 32 cavities...
In the rf system for the TESLA Test Facility each klystron will supply rf power to up to 32 cavities...
The cavity control system for the TESLA- TeV–Energy Superconducting Linear Accelerator project is in...
This paper presents a new FPGA based solution of the Low Level RF Control System for the TESLA Test ...
The superstructure is a viable option for the TESLA linear collider because of a high effective grad...
The superconducting RF test facility (STF) at KEK has been operational since 2005, and STF Phase-I, ...
An R&D RF cavity production and test program is un-derway to evaluate the practicality of superc...
The frequency distribution system for the TESLA linear collider must deliver a highly phase stable r...
The frequency distribution system for the TESLA linear collider must deliver a highly phase stable r...
Superconducting cavities exhibit a high susceptibility to mechanical perturbations due to the narrow...
The basic elements of the TESLA linear collider with integrated X-ray FEL are superconducting accele...
The basic elements of the TESLA linear collider with in-tegrated X-ray FEL are superconducting accel...
Fast proportional rf control is used as the basis for rf field regulation in actual linear accelerat...
The rf control system for the TESLA Test Facility employs a digital feedback system to provide flexi...
The RF needs for the TESLA Test Facility a DESY are described. Possible klystron‐modulator schemes, ...
In the rf system for the TESLA Test Facility each klystron will supply rf power to up to 32 cavities...
In the rf system for the TESLA Test Facility each klystron will supply rf power to up to 32 cavities...
The cavity control system for the TESLA- TeV–Energy Superconducting Linear Accelerator project is in...
This paper presents a new FPGA based solution of the Low Level RF Control System for the TESLA Test ...
The superstructure is a viable option for the TESLA linear collider because of a high effective grad...
The superconducting RF test facility (STF) at KEK has been operational since 2005, and STF Phase-I, ...
An R&D RF cavity production and test program is un-derway to evaluate the practicality of superc...
The frequency distribution system for the TESLA linear collider must deliver a highly phase stable r...
The frequency distribution system for the TESLA linear collider must deliver a highly phase stable r...
Superconducting cavities exhibit a high susceptibility to mechanical perturbations due to the narrow...
The basic elements of the TESLA linear collider with integrated X-ray FEL are superconducting accele...
The basic elements of the TESLA linear collider with in-tegrated X-ray FEL are superconducting accel...
Fast proportional rf control is used as the basis for rf field regulation in actual linear accelerat...
The rf control system for the TESLA Test Facility employs a digital feedback system to provide flexi...