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Description
This study provides an overview of integration and space requirements for fast pulsed kicker magnets, septa and their power converters and controls for the FCC-ee booster and collider injection, extraction and dump systems.
The position of the magnet, septa in the tunnel is defined by the optics, then their technology selection is based on the required pulse parameters; rise time, flat top stability and duration, deflection angle, voltage and impedance of the transmission signal.
Mainly for kicker magnets the integration of adequate power converters is crucial due to the limitation of the cable length ensuring the correct pulse form and voltage to ensure correct beam manipulation and reduce risetime degradation and flat top droop.
Thus, the required space for power converters for each individual equipment and their cable length optimisation was carried out and several iterations of proposed placements were presented in context of full FCC-ee integration model.
Additionally, an adequate position of cables installation and injection/extraction equipment accessories are studied as attention must be paid to the synchrotron radiation dose received from the beam.
