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Advancements in the characterization of SiC devices within the SAMOTHRACE ecosystem
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Abstract
This contribution presents a selection of results obtained within the SAMOTHRACE
ecosystem, specifically aimed at advancing the development of Silicon Carbide (SiC) detectors for
applications in energy and timing measurements with radioactive ion beams. A particular focus is
placed on the characterization of the time resolution performance of a 2×2 pixel SiC detector (1 cm2-100 μm thick). These results were achieved through a dedicated test, where a microchannel
plate (MCP) detector was employed as a start timing reference, while the SiC detector served as the
stop signal.
IOP Publishing
Title: Advancements in the characterization of SiC devices within the SAMOTHRACE ecosystem
Description:
Abstract
This contribution presents a selection of results obtained within the SAMOTHRACE
ecosystem, specifically aimed at advancing the development of Silicon Carbide (SiC) detectors for
applications in energy and timing measurements with radioactive ion beams.
A particular focus is
placed on the characterization of the time resolution performance of a 2×2 pixel SiC detector (1 cm2-100 μm thick).
These results were achieved through a dedicated test, where a microchannel
plate (MCP) detector was employed as a start timing reference, while the SiC detector served as the
stop signal.
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