Modules for electronic lighting systems

As discussed in the article, innovative integrative solutions for electronic lighting systems based on laser diodes are considered, with a focus on efficient cooling, increased light output, and reduced energy consumption. Particular attention is given to the use of diamond-copper composite materials with a pseudo-porous structure, which provide intensive heat dissipation and stabilization of laser radiation parameters.

The article describes lighting device designs that utilize optical cables, phosphors, and laser radiation conversion systems to produce safe visible-spectrum light with high efficiency. Technological aspects of manufacturing composite elements, as well as the integration of thermoelectric cooling systems, are also examined.

Special emphasis is placed on the development of miniature and flat-emitter lighting devices intended for modern optoelectronic systems. The article highlights the importance of a comprehensive approach that combines traditional technologies, advanced composite materials, and computer modeling methods.

Such an approach makes it possible to create promising lighting devices ready for serial production and further technological modernization.