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Joined: 2006/11/16 19:25 Last Login
: Today 22:00
From Sweden
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@tonyw&clint
Seems reasonable though since, from what I would guess, you apply current to make individual elements non transparent. Having each element fully transparent would then mean that you don't apply any current at all.
This is my guess on how an LCD monitor works:
Each pixel consists of three crystal cells. Each cell sits in front of or above a layer that only allows light in a certain color to pass (one red, one green and one blue).
Behind the screen (and thus the pixels) is a light source that emits white light. if you remove the pixel matrix on an LCD you'll see a shining white surface.
Each element can be controlled so that is become more or less transparent. In 256 steps on a 24Bit capable screen.
Applying no current makes it fully transparent.
Applying max current makes it non transparent.
And anything in between makes it semi transparent.
Applying current wears down an individual element faster than not applying any current to it.
Thus one may conclude that having the screen powered up and using dark pixels wears it down faster than if you used bright pixels.
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