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Änderungen an Schritt Nr. 14

Bearbeitet von Andrew Optimus Goldheart -

Bearbeitung genehmigt von Andrew Optimus Goldheart

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[* black] We turn our eyeBack to the electronic viewfinder's screen and lens assemblyviewfinder—turns out we can pull it straight out of its cavity. With its frame previously dispatched, it was only held in place by a gummy thermal pad.
[* black] Why the thermal pad? Might have something to do with the 1.3 cm XGA OLED. With 1024 x 768 pixels in half an inch, that's 2,560 ppi. Wowza.
[*
icon_note] The electronic viewfinder (EVF) usesAfter removing the OLED, we take a peek through the lens assembly. A set of [https://www.youtube.com/watch?v=-FZW09bD0m4|four optical lenses|new_window=true] to improve the field of view.
[* black] After removing the lens, we get a closer look at the EVF's 1.3 cm XGA OLED screen
view while minimizing distortion.
[* black] We turn our eyeBack to the electronic viewfinder's screen and lens assemblyviewfinder—turns out we can pull it straight out of its cavity. With its frame previously dispatched, it was only held in place by a gummy thermal pad.
[* black] Why the thermal pad? Might have something to do with the 1.3 cm XGA OLED. With 1024 x 768 pixels in half an inch, that's 2,560 ppi. Wowza.
[*
icon_note] The electronic viewfinder (EVF) usesAfter removing the OLED, we take a peek through the lens assembly. A set of [https://www.youtube.com/watch?v=-FZW09bD0m4|four optical lenses|new_window=true] to improve the field of view.
[* black] After removing the lens, we get a closer look at the EVF's 1.3 cm XGA OLED screen
view while minimizing distortion.
[* black] The lens assembly even works as a standalone upside-down-maker! Aren't [https://youtu.be/MvUIsetjVck?t=1m51s|optics|new_window=true] cool? That logo sure is.