Abstract Details
53 / 2024-07-08 17:15:39
Design of Highly Integrated Muon Imaging Readout Electronics for Micromegas Detector
Micromegas detector, Readout electronics, Muon imaging
Abstract Accepted
Muon imaging technology is an innovative imaging technique that can be applied in volcano imaging, heavy nuclear material detection, and archaeological research. The Micromegas detector is a promising choice for muon imaging due to its high spatial resolution and large area. However, the large number of readout channels poses a challenge for electronics. A highly integrated front-end electronics was designed and implemented for the multi-channel readout requirements of Micromegas detectors. The electronics use a current-based readout chip, ADAS1128, which integrates 128 current amplifiers for multi-channel charge measurement. The performance of the front-end electronics was first tested under floating input conditions. Then, the energy resolution was obtained with a radioactive source test. Finally, a muon image system was set up to verify the imaging capacity of Micromegas detectors. Test results indicate that for muons with incident angles from 0 to 5 degrees, the spatial resolution of the system is better than 200 μ
m. The muon image system can reconstruct the boundaries for objects with a size of 2 cm.
m. The muon image system can reconstruct the boundaries for objects with a size of 2 cm.Important Date
-
Conference Date
Oct 13
2024
toOct 18
2024
-
Oct 18 2024
Contribution Submission Deadline
-
Oct 31 2024
Draft paper submission deadline
-
Jan 31 2025
Registration deadline
Sponsored By
University of Science and Technology of China
Contact Information
