A differential active pixel sensor suitable for implementation in a CMOS process is described. Aspects of sensor operation arising from the differential nature of the pixel are discussed. Artifacts caused by gain mismatches among pixel elements, kTC noise, fixed-pattern noise due to reset mismatches, and corrupted pixels can be reduced using the differential pixel structure. Since the proposed pixel is fully differential, im
In Press, Corrected Proof — Note to usersInternational audienceA depleted CMOS active pixel sensor (...
A current mode CMOS active pixel sensor (APS) providing linear light-to-current conversion with inhe...
Abstract — We describe and analyze a novel CMOS pixel for high speed, low light imaging applications...
This project presents a chip designed for the purpose of evaluating the design method in implementin...
Abstract: Sensors based on the active-pixel matrix are not common used yet in Russia, thei...
In this paper, we discuss some issues related to the design, implementation, and test of a CMOS acti...
As the CMOS active pixel sensor evolves, its weaknesses are being overcome and its strengths start t...
A lot of studies have already been realized on CMOS image sensor (or APS: Active Pixel Sensors), but...
A differential mode CMOS active pixel sensor (APS) was designed, fabricated, and tested as part of a...
[[abstract]]An ultralow dark-signal and high-sensitivity pixel has been developed for an embedded ac...
This thesis addresses how to increase the manufacturing yields of CMOS Active Pixel Sensors and impr...
In this paper we present the results from a pilot project at e2v technologies to examine the perform...
This paper reports the development of a CMOS Active Pixel sensor using a good performance readout ci...
In this paper, a second generation current mode active pixel sensor is presented. It uses a faster o...
In this paper, an architecture. to design CMOS active-pixel sensor (APS) in an extremely low-voltage...
In Press, Corrected Proof — Note to usersInternational audienceA depleted CMOS active pixel sensor (...
A current mode CMOS active pixel sensor (APS) providing linear light-to-current conversion with inhe...
Abstract — We describe and analyze a novel CMOS pixel for high speed, low light imaging applications...
This project presents a chip designed for the purpose of evaluating the design method in implementin...
Abstract: Sensors based on the active-pixel matrix are not common used yet in Russia, thei...
In this paper, we discuss some issues related to the design, implementation, and test of a CMOS acti...
As the CMOS active pixel sensor evolves, its weaknesses are being overcome and its strengths start t...
A lot of studies have already been realized on CMOS image sensor (or APS: Active Pixel Sensors), but...
A differential mode CMOS active pixel sensor (APS) was designed, fabricated, and tested as part of a...
[[abstract]]An ultralow dark-signal and high-sensitivity pixel has been developed for an embedded ac...
This thesis addresses how to increase the manufacturing yields of CMOS Active Pixel Sensors and impr...
In this paper we present the results from a pilot project at e2v technologies to examine the perform...
This paper reports the development of a CMOS Active Pixel sensor using a good performance readout ci...
In this paper, a second generation current mode active pixel sensor is presented. It uses a faster o...
In this paper, an architecture. to design CMOS active-pixel sensor (APS) in an extremely low-voltage...
In Press, Corrected Proof — Note to usersInternational audienceA depleted CMOS active pixel sensor (...
A current mode CMOS active pixel sensor (APS) providing linear light-to-current conversion with inhe...
Abstract — We describe and analyze a novel CMOS pixel for high speed, low light imaging applications...
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