@tst123@lemmy.world to Mildly Infuriating@lemmy.worldEnglish • 2 years agoComing from nestle of all peoplelemmy.worldimagemessage-square165fedilinkarrow-up11.4Karrow-down119
arrow-up11.38Karrow-down1imageComing from nestle of all peoplelemmy.world@tst123@lemmy.world to Mildly Infuriating@lemmy.worldEnglish • 2 years agomessage-square165fedilink
minus-square@SJ0@lemmy.fbxl.netlinkfedilinkEnglish1•2 years agoI assume that would depend on the polarization of the screen. I wonder which is more common?
minus-squareRedjardlinkfedilinkEnglish5•2 years agoYes, I think it’s this way around because precision is higher at higher power, so the minor deviations close to no voltage applied are hidden in minute white variations, while near blacks are way more precise. But don’t quote me on that
I assume that would depend on the polarization of the screen. I wonder which is more common?
Yes, I think it’s this way around because precision is higher at higher power, so the minor deviations close to no voltage applied are hidden in minute white variations, while near blacks are way more precise. But don’t quote me on that