8–11 Jul 2024
The University of Tokyo, Japan
Asia/Tokyo timezone

Development of the RF power distribution System for the ILC Prototype Cryomodule

9 Jul 2024, 11:40
20m
Koshiba Hall (Science building n.1)

Koshiba Hall

Science building n.1

Oral presentation (in person) Superconducting RF Superconducting RF

Speaker

Prakash Joshi (The Graduate University for Advanced Studies,SOKENDAI)

Description

The RF power distribution system for the International Linear Collider (ILC) is redesigned based on the updated requirements established in the scope of the ILC Technology Network (ITN) at KEK. Its main features are a low center of gravity, a compact design, and a reduced number of waveguide components. The power distribution system design is updated to avoid interference among various components in the case of future multi-cryomodule assembly. Furthermore, the concept of a local power distribution system without a circulator was introduced, which was evaluated by analytical calculations, simulations, and low-power tests. The cryomodules integrated with waveguide systems will be installed inside the tunnel. Therefore, a prototype waveguide support system was designed. A test assembly was conducted to gain a better understanding of the installation process and space requirements.

Primary author

Prakash Joshi (The Graduate University for Advanced Studies,SOKENDAI)

Co-authors

Eiji Kako (KEK) Dr Mathieu Omet (High Energy Accelerator Research Organization (KEK)) Shinichiro Michizono (KEK) Toshihiro MATSUMOTO Yasuchika Yamamoto (KEK)

Presentation materials

Peer reviewing

Paper