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CERN is working towards a new, larger circular collider complex, the Future Circular Collider (FCC-ee), with a perimeter of 91 km. This paper addresses some of the challenges associated with beam-transfer equipment. The FCC-ee requires numerous kicker systems for beam disposal and transfers from injectors to the main collider ring. To standardize hardware parameters across machines and reduce the variety of beam-line components, this work proposes a lumped-inductance kicker magnet for multiple systems. To adapt the design for different purposes within the FCC complex, only the number of modules is adjusted to achieve the required deflection, while maintaining a low voltage for each module to enable operation outside vacuum. This common design offers significant advantages for spares, maintenance, production, and machine protection. Initial design-study results from numerical simulations of the beam-line element are presented, along with generator-topology options for driving the magnet modules under demanding pulse conditions.
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