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The pixel design has the following benefits: (1) an order of magnitude improvement in NE(Delta) T due to extremely high sensitivity and low noise; (2) low cost due to 100% silicon IC compatibility; (3) high image quality and increased yield due to ability to do offset and sensitivity corrections on the imager, pixel-by-pixel; (4) no cryogenic cooler and no high vacuum processing; (5) commercial applications such as law enforcement, home security, and transportation safety.
The pixel design has the following benefits: (1) an order of magnitude improvement in NE(Delta) T due to extremely high sensitivity and low noise, (2) low cost due to 100% silicon IC compatibility, (3) high image quality and increased yield due to ability to do offset and sensitivity corrections on the imager, pixel-by-pixel; (4) no cryogenic cooler and no high vacuum processing; and (5) commercial applications such as law enforcement, home security, and transportation safety.
Experimental results show that the new type of pixel has a better linearity performance comparing with that of the typical 4T pixel.
We show excellent pixel-level yield-including 100% pixel operability-for both formats.
Proceedings ArticleDOI
07 Aug 2002
17 Citations
Experimental results demonstrate that using pixel coordinates is disadvantageous, compared with 3D coordinates estimated from the same pixel data.
The research revealed that the perceived usefulness of the pixel is significantly influenced by the perceived ease of using the pixel.
Analysis shows that our pixel, although it has some limitations, has much lower hardware complexity compared to the full 2-D model.
Here results demonstrating that the standard active pixel devices are still operating well after a fluence of 10/sup 14/ p/cm/sup 2/ will be reported.
Therefore, the proposed pixel circuit is suitable for use in mobile AMOLED displays.

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