G. Meynants, B. Dierickx, and D. Scheffer. CMOS active pixel image sensor with CCD performance. In T.M. Bernard, editor, Proc. SPIE, Vol. 3410, Advanced Focal Plane Arrays and Electronic Cameras, Zurich, Switzerland, May 1998. Home/Search Document Not in Database Summary Related Articles Check |
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Low Power Issues in a Digital Programmable Artificial.. - Paillet, Mercier.. (1999) (Correct)
....sensing is concerned, people are used to deal with CCD (Charged Coupled Device) imagers. These devices are known to be power consuming because of the large voltage swing (about 10V) needed to drive them. While CMOS imaging devices are now showing performances on a par with low end CCD sensors [12], they perform way better on the power consuming side. The most famous ones are the APS (Active Pixel Sensors) 11] Furthermore, they provide new capabilities such as random access to the pixels and focal plane signal processing. The latter point is of particular interest. CMOS technology is not ....
G. Meynants, B. Dierickx, and D. Scheffer. CMOS active pixel image sensor with CCD performance. In T.M. Bernard, editor, Proc. SPIE, Vol. 3410, Advanced Focal Plane Arrays and Electronic Cameras, Zurich, Switzerland, May 1998.
Second Generation Programmable Artificial Retina - Paillet, Bernard (1999) (Correct)
....due to hard optical limitations, transistor size is now heading down toward the tenth of a micron. Incidentally, the depth of depleted regions, which conditions the proportion of photogenerated charges collected, may become too shallow, thus requiring less obvious charge collection techniques [2]. Taking advantage of the new deal for image capture purposes, specific CMOS readout circuit techniques have been developed [3,4] that associate a photodiode with a few MOS transistors in each pixel for faithful off array signal transmission. With submicronic transistors, they imply a minor ....
....[3,4] that associate a photodiode with a few MOS transistors in each pixel for faithful off array signal transmission. With submicronic transistors, they imply a minor degradation of pixel size or fill factor. The resulting CMOS imagers have recently matched the standards of mainstream CCD imagers [2]. They feature an obvious cost advantage since, unlike CCD imagers, they can be produced using technologies developed for microprocessors or RAMs. But even more important for cost reduction are the suppression of the external CCD clock driver component and the possibility to settle an A D ....
G.Meynants, B.Dierickx, and D.Scheffer, "CMOS active pixel image sensor with CCD performance", Proc. SPIE 3410, Adv. Focal Plane Arrays and Electronic Cameras, pp.68-76, 1998.
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