X-ray imaging is a widely used imaging modality in the medical diagnostic field due to its
availability, low cost, high spatial resolution, and fast image acquisition. X-ray photons in …

Today most of the deployed X-ray detection equipment for medical diagnosis and industrial
nondestructive testing are based on energy integrating detector technology. When using …

The development of an innovative detector technology for photon-counting in X-ray imaging
is reported. This new generation of detectors, based on pixellated cadmium telluride (CdTe) …

In this work we present SFERA, a low-noise fully-programmable 16 channel readout ASIC
designed for both Xand y-ray spectroscopy and imaging applications. The chip is designed …

Front-end electronics for multichannel semiconductor detektor systems Volume 08, EuCARD
Editorial Series on Accelerator Science and Technology The monograph is devoted to many …

Using the traveling heater method, we have developed commercial CdZnTe (CZT) crystal
growth, fabrication, and in-house test technologies for both, photon-starved gamma …

In this work we present the results of the experimental characterization of Silicon Drift
Detectors (SDDs) readout by CUBE preamplifiers for X-ray spectroscopy measurements …

Energy sensitive photon counting X-ray detectors provide energy dependent information
which can be exploited for material identification. The attenuation of an X-ray beam as a …

Modern X-ray imaging systems require low noise high-count-rate multichannel front-end
electronics. Such systems widely use charge-sensitive amplifiers (CSA) with pole-zero …

Dual-energy computed tomography (CT) techniques have been used to decompose
materials and characterize tissues according to their physical and chemical compositions …