Talk:Display addressing scheme

I removed some material from the article, which seemed inappropriate for the article title, but may be of use elsewhere or might be re-inserted in a more logical fashion.

Electronic and plasma schemes: Colour displays or the pixel geometry are actually implemented using three gray-scale component system making up one pixel, and each component is followed with a primary colour-filter to separate the red, green and blue. So the treatment simplifies since it is sufficient to consider only a pixel with N gray shades. The shade level is typically lineary dependent on the applied potential over the pixel, so each level will translate into a separation of say ΔV/N volts per gray shade, where ΔV is the potential range that the pixel respons to. Each separation is typically some mV. Since there is risk for a cross-talk at neighbouring pels, the addressing scheme must carefully be designed so that addressing a pixel does not affect other neighbours. If cross-talk occures, then the contrast is reduced.

The former needs to connect one Thin Film Transistors (TFT) to each pixel, and the latter relies on the pixel's bistabilty such as ferroelectrism. For a n × m-matrix schemes, only (n + m) pads are needed.

— Bradley 23:53, Feb 3, 2005 (UTC)

other kinds of addressing

The clickee should be made aware of Address_(geography) and House_numbering.

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