This paper presents 60-GHz wafer-scale transmit phased arrays with 64-and 256-elements
spaced λ/2 apart in the x-and y-directions, and occupying an area of 21.4× 22 mm 2 (471 …

This article reviews nearly 60 years of solid-state image sensor evolution and identifies
potential new frontiers in the field. From early work in the 1960s, through the development of …

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 …

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 …

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 …

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 …

A technical investigation, research and implementation is presented to correct column fixed
pattern noise and black level in large array Complementary metal oxide semiconductor …

For 2-d X-ray imaging, such as mammography and non-destructive test, a sensor should
have a large-area because the sensor for typical X-ray beams cannot use optical lens …

On the basis of the systematic study of stitching techniques, a large area, 28.3 mm× 38.8
mm, 42 Mega pixels CMOS Imaging Sensor (CIS) had been demonstrated on 12 inch silicon …