FIELD: electricity.
SUBSTANCE: method according to the invention includes placement of contact sites (CS) at the edges of a light-emitting matrix (LEM), preferably combined into groups for supply to garlands (GD), and actually GDs with the specified number of serially connected light-emitting elements (LEE) in the integral field of LEM. Paths of GD formation are compressed in the form of a labyrinth, avoiding deadline connections of LEE, at the same time the difference of quantity of LEE in GD and in the perimetre of the LEM sides or in perimetres of contacting GD from one CS to the appropriate other CS of GD is selected as even. As a result maximum density of LEE GD placement is provided, crossing of serial connections of LEE in GD is eliminated, as well as possible multifunctionality of LEM in case of separate connection of supply to CS of LEE GD, higher percentage of yield.
EFFECT: invention provides for the possibility to find methods for placement of garlands of light-emitting elements in their integral matrix to increase density of placement whenever contact sites are available to connect leads of a light-emitting matrix, preserving radiation of a light-emitting device in case of failure of one or several garlands of a light-emitting matrix in processes of manufacturing and higher percentage of yield.
6 cl, 2 tbl, 9 dwg
