SDDs for high-rate and high-resolution electron spectroscopy

Silicon Drift Detectors (SDDs) are a promising technology for electron spectroscopy, due to their excellent energy resolution and capability to sustain high interaction rate. We present a model based on a Geant4 simulation for the electron response. We then investigate the possibility to use a SDD as a versatile and compact beta spectrometer that can be operated with standard technologies.

Automated summary

Silicon Drift Detectors (SDDs) are a promising technology for electron spectroscopy due to their excellent energy resolution and high interaction rate capability. We propose a model based on a Geant4 simulation to study electron response. We explore the potential of using SDD as a versatile and compact beta spectrometer that can be operated with standard technologies.