Design of the Korea-4GSR Timing system

The event timing system is a system that coordinates and synchronizes events in a precise sequence over time and provides precise timing to local devices. The system consists of an event master (EVM), an event fanout (EVF), and an event receiver (EVR), and each local device receives event, trigger, and timestamp information through EVR. Korea-4GSR transfers 200 MeV electrons to the booster through a linear accelerator, and provides trigger signals to synchronize the injection order into the storage ring after ramping acceleration from the booster to 4 GeV. The system will be configured using MRF's MTCA products, and the EVG and EVR configuration and layout are being designed by investigating the specifications of local devices that receive trigger signals. In addition, the system will be tested by transmitting event codes and trigger signals to embedded EVR equipment such as BPM and FOFB.

Publication Details

Journal
JACOW
Published
2025-12-05
DOI
https://doi.org/10.18429/jacow-icalepcs2025-tupd075
Primary Topic
Radiation Effects in Electronics
Type
article
Field-Weighted Citation Impact
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article

Design of the Korea-4GSR Timing system

JACOW
Radiation Effects in Electronics
article

Design of the Korea-4GSR Timing system

article en

Abstract

The event timing system is a system that coordinates and synchronizes events in a precise sequence over time and provides precise timing to local devices. The system consists of an event master (EVM), an event fanout (EVF), and an event receiver (EVR), and each local device receives event, trigger, and timestamp information through EVR. Korea-4GSR transfers 200 MeV electrons to the booster through a linear accelerator, and provides trigger signals to synchronize the injection order into the storage ring after ramping acceleration from the booster to 4 GeV. The system will be configured using MRF's MTCA products, and the EVG and EVR configuration and layout are being designed by investigating the specifications of local devices that receive trigger signals. In addition, the system will be tested by transmitting event codes and trigger signals to embedded EVR equipment such as BPM and FOFB.

JACOW
Affordable and clean energy
Openalex Percentile: Top 47%
Radiation Effects in Electronics
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