This report describes the design of a phase stable Fiber Optic (FO) link for the TESLA technology based projects. The concept of this long optical link, with a feedback system suppressing long term drifts of the RF signal phase is described. Stability requirements are given and most important design issues affecting the system performance are discussed. The technical design issues of system components like laser transmitter and optical phase shifter are described in detail. Last sections depict the software developed for system control and experimental results obtained after system was assembled
The work presents a structural and functional model of a distributed low level radio frequency (LLRF...
Experimental results on the stability of the output phase of a frequency distribution system from se...
Experimental results on the stability of the output phase of a frequency distribution system from se...
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...
Since many decades physicists have been building particle accelerators and usually new projects beca...
The distribution system of the rf reference line for the linear collider is required to supply stabl...
This thesis describes investigation and development of an ultra stable frequency distribution system...
Next generation linear colliders require high stability, low noise distribution of RF phase and timi...
The specified phase stability of the CEBAF RF distribution system is 2.9{degree} rms per linac. Stab...
The specified phase stability of the CEBAF RF distribution system is 2.9{degree} rms per linac. Stab...
The Next Linear Collider accelerator will require phase synchronization of ~20 °X-band (11.424 GHz) ...
We developed a new radio frequency dissemination system based on an optical fiber link. A 1.55 mu m ...
The work presents a structural and functional model of a distributed low level radio frequency (LLRF...
An optical fiber communications link was installed for the purpose of evaluating the applicability o...
The work presents a structural and functional model of a distributed low level radio frequency (LLRF...
Experimental results on the stability of the output phase of a frequency distribution system from se...
Experimental results on the stability of the output phase of a frequency distribution system from se...
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...
Since many decades physicists have been building particle accelerators and usually new projects beca...
The distribution system of the rf reference line for the linear collider is required to supply stabl...
This thesis describes investigation and development of an ultra stable frequency distribution system...
Next generation linear colliders require high stability, low noise distribution of RF phase and timi...
The specified phase stability of the CEBAF RF distribution system is 2.9{degree} rms per linac. Stab...
The specified phase stability of the CEBAF RF distribution system is 2.9{degree} rms per linac. Stab...
The Next Linear Collider accelerator will require phase synchronization of ~20 °X-band (11.424 GHz) ...
We developed a new radio frequency dissemination system based on an optical fiber link. A 1.55 mu m ...
The work presents a structural and functional model of a distributed low level radio frequency (LLRF...
An optical fiber communications link was installed for the purpose of evaluating the applicability o...
The work presents a structural and functional model of a distributed low level radio frequency (LLRF...
Experimental results on the stability of the output phase of a frequency distribution system from se...
Experimental results on the stability of the output phase of a frequency distribution system from se...