FIELD: electricity.
SUBSTANCE: method according to the invention involves arranging light-emitting elements in a closed field in repeating groups with virtual numbers of bunches within a group, first in forward order and then in reverse order. Series connection of light-emitting elements with like light-emitting elements within a group is carried out, for example, from the right-hand side, and between neighbouring groups on the left-hand side, with alternately adjacent conductors directed in parallel to the axis of the position of the light-emitting element in the closed field if the conductor is placed in the plane of the closed field. In case of multi-level connection of the light-emitting element under the plane of the light-emitting element of the conductor in insulating layers, the light-emitting element is connected by a connecting metal coating through the insulating layers with the corresponding conductor on the insulating layers situated on two virtual non-crossing lines on which, for example, on the left-hand side, connection with the light-emitting element is carried out within the group of light-emitting elements, and on the right-hand side between neighbouring groups in areas without conductors in previous insulating layers. The invention enables to find ways to arrange and connect bunches of light-emitting elements in an integrated circuit array thereof in order to increase density of arrangement, maintain emission of the light-emitting device when one or more bunches of the light-emitting array break down in manufacturing processes, inspection, classification, operation, and high yield of non-defective items.
EFFECT: high density of arranging groups of light-emitting elements in an integrated circuit array, invariable form of emission of the light-emitting device when one or more groups break down, reliability of the light-emitting array in manufacturing processes, inspection, classification and operation.
2 cl, 16 dwg
