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 …

The paper presents the design and measurements of a low noise integrated circuit in a
CMOS 130 nm for the readout of a hybrid pixel detector operating in a single photon …

This brief presents the design and measurement results of a prototype SPHIRD-1 ASIC in
the CMOS 40 nm process. The chip is dedicated to high count rate single photon counting …

The SPHIRD project is a study towards the development of a new generation of X-ray
photon counting pixel detectors for synchrotron radiation applications operating between 10 …

In this article, a low-power, high-speed arbitration tree for pixel detector readout is
presented. The synchronized, binary tree priority encoder establishes a position-dependent …

In this paper we present a recording stage dedicated to time-based measurements required
in imaging detectors. The prototype ASIC is manufactured in the 28 nm CMOS process and …

In this brief, a 32-channel analog front end circuit featured with high gain, high bandwidth,
and low noise characteristics is designed. The proposed three-stage analog front end (TS …

We present a multichannel integrated circuit of pixel architecture designed in CMOS 40 nm
technology. The chip is composed of 40× 24 pixels of 75 µm pitch working in the single …

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 …

The paper describes a design of a prototype chip in 28 nm CMOS technology, consisting of
8× 4 pixels with 50 μm pitch, dedicated for the precise measurement of Time-of-Arrival (ToA) …