ORGANIC ELECTROLUMINESCENCE DEVICE AND ELECTRONIC APPARATUS

摘要

An organic EL device includes a substrate, a first colored layer, a first luminescence element having a first pixel electrode, a reflection layer, and an insulation layer which overlaps a second portion without overlapping a first portion of a first pixel electrode. Light emitted from the first luminescence element includes a first light emitted from a region overlapping a first portion and a second light emitted from a region overlapping a second portion, and a film thickness of an insulation layer or optical characteristics of the first colored layer are set so that the first light is transmitted through the first colored layer more than the second light is.

主权项

1. An organic electroluminescence device comprising:
a substrate; a first colored layer disposed above a first surface of the substrate; a first luminescence element which is disposed between the first surface of the substrate and the first colored layer, and has a stack structure where a first pixel electrode, a functional layer including a luminescence layer, and an opposite electrode are stacked; a first reflection layer which is disposed between the first surface and the first pixel electrode, and forms a first resonator structure between the first reflection layer and the opposite electrode; and an insulation layer disposed between the first surface and the functional layer through the first pixel electrode, wherein the first pixel electrode includes a first portion which does not overlap the insulation layer and a second portion which overlaps the insulation layer in a plan view, wherein light emitted from the first luminescence element includes a first light, which is emitted from a portion which overlaps the first portion of the functional layer and has a first peak wavelength, and a second light, which is emitted from a portion which overlaps the second portion of the functional layer and has a second peak wavelength, and wherein a film thickness of the insulation layer or optical characteristics of the first colored layer are set so that the first light is transmitted through the first colored layer more than the second light is.