Patent ID: 9299960
Filing Date: 2016-03-29
CPC Classification: B05C,C23C,H01L

Claim Text:
1. An electronic device manufacturing apparatus, comprising: a holding member holding a substrate having a primary surface on which an electronic device is to be formed; a first supply source provided on a primary surface side of the substrate held by the holding member and configured to include an evaporation film formation heating boat and form a nitrogen-containing layer on the primary surface of the substrate held by the holding member by heating a nitrogen-containing compound contained in the heating boat so as to be gasified and ejecting the gasified nitrogen-containing compound toward the primary surface of the substrate so as to be deposited thereon; and a second supply source provided on the primary surface side of the substrate held by the holding member and configured to include an evaporation film formation heating boat and form a transparent electrode layer on the primary surface side of the substrate by heating an electrode material mainly containing silver contained in the heating boat so as to be gasified and ejecting the gasified electrode material toward the primary surface of the substrate, wherein the substrate held by the holding member and each of the first supply source and the second supply source are configured to be relatively moved, the second supply source is provided on a downstream side of the first supply source in a relative movement direction of the substrate held by the holding member, and spacing between the first supply source and the second supply source is set so that formation of a transparent electrode layer at a prescribed position on the substrate is started after starting formation of a nitrogen-containing layer at the prescribed position on the substrate and before an elapse of two minutes after finishing the formation of the nitrogen-containing layer at the prescribed position, such that the transparent electrode layer having a relatively higher continuity is formed at the predetermined position on the primary surface of the substrate via the nitrogen-containing layer.