CMOS image sensors, also known as CMOS Active Pixel Sensors (APS) or Monolithic Active
Pixel Sensors (MAPS), are today the dominant imaging devices. They are omnipresent in …

Certain imaging performance metrics are examined for a state-of-the-art 20 μm pixel pitch
CMOS sensor (RadEye HR), coupled to a Gd2O2S: Tb scintillator screen. The signal transfer …

Purpose: Large area x‐ray imagers based on complementary metal‐oxide‐semiconductor
(CMOS) active pixel sensor (APS) technology have been proposed for various medical …

CMOS sensors provide the possibility of designing detectors for a large variety of
applications with all the benefits and flexibility of the widely used CMOS process. In this …

Digital x-ray detectors are now the detector of choice in many X-ray examinations. They
have been accepted into clinical practice over the past decade but there are still ongoing …

Wafer-scale CMOS active pixel sensors (APSs) have been developed recently for x-ray
imaging applications. The small pixel pitch and low noise are very promising properties for …

In many biomedical imaging applications Flat Panel Imagers (FPIs) are currently the most
common option. However, FPIs possess several key drawbacks such as large pixels, high …

Recently CMOS active pixels sensors (APSs) have become a valuable alternative to
amorphous silicon and selenium flat panel imagers (FPIs) in bio-medical imaging …

The reconstruction of the tracks of charged particles with high precision is crucial for HEP
experiments to achieve their physics goals. The BESIII drift chamber, which is used as the …

A synchronous driving approach for stitching CMOS image sensor is proposed. Dual
terminal signal line driver structure must be considered in the design of row control for high …