Patent ID: 8916886

Claim:
An optoelectronic semiconductor device comprising: a multiplicity of radiation-emitting semiconductor chips, arranged in particular in a matrix-like manner, wherein the semiconductor chips are applied on a common carrier and wherein the semiconductor chips each have a radiation exit area facing away from the carrier element; at multiplicity of converter elements disposed downstream of the semiconductor chip for converting electromagnetic radiation emitted by the semiconductor chips; and precisely scattering element situated downstream of the semiconductor chip and serving for diffusely scattering electromagnetic radiation emitted by the semiconductor chips, wherein the scattering element covers all the semiconductor chips and has a continuous radiation exit area, wherein the scattering element is in direct contact with the converter elements and neither a gap nor an interspace is formed at the interface between the converter elements and the scattering element, and wherein the converter elements and the scattering element form a composite assembly, which is applied to the corresponding semiconductor chips by means of adhesive bonding, so that each converter element is assigned uniquely to one semiconductor chip, wherein each converter element covers solely the radiation exit area of the corresponding semiconductor chip, so that the converter element does not cover side areas of the corresponding semiconductor chip, wherein the side areas extend transversely to the radiation exit area.