This paper presents the design of a PXF40-an ultrafast single photon-counting (SPC)
readout front-end electronics implemented in a CMOS 40-nm technology dedicated to hybrid …

This review article offers an overview of the differences between traditional energy
integrating (EI) X-ray imaging and the new technique of X-ray photon counting spectral …

Charge sharing (CS) between pixels is a significant concern in X-ray spectroscopy detectors
based on monolithic arrays of silicon drift detectors (SDDs) when a photon is absorbed near …

This paper presents an implementation of asynchronous approximation of a center of gravity
of a binary object on a focal plane of a pixel detector. The direct field of its application is …

Most modern energy resolving, photon counting detectors employ small (sub 1 mm) pixels
for high spatial resolution and low per pixel count rate requirements. These small pixels can …

This paper presents a readout integrated circuit (IC) of pixel architecture called MPIX
(Multithreshold PIXels), designed for CdTe pixel detectors used in X-ray imaging …

Dosepix is a pixelated photon-counting detector designed for dosimetry tasks. It employs a
silicon sensor to register the deposited energies from photon interactions. Each of its 16 x 16 …

This paper presents the design and simulation of a prototype chip in the CMOS 40 nm
process for high spatial resolution operation at the ESRF-EBS synchrotron. The core of the …

Spectroscopic observations in the far and extreme ultraviolet (FUV/EUV) spectral regions
are of great interest in various scientific fields, such as solar physics, interstellar medium …

Thanks to the detector technology development based on high Z materials (GaAs, CdTe,
CZT, etc.), the hybrid pixel detectors with direct photon-to-charge conversion become more …