RGB (red, green, blue) high power LED (light-emitting diode) intelligent liner lamp based on ultra-narrow aluminum substrate structure

Abstract

The invention discloses an RGB (red, green, blue) high power LED (light-emitting diode) intelligent liner lamp based on an ultra-narrow aluminum substrate structure, and belongs to the technical field of a lighting lamp. The RGB high power LED aluminum substrate structure comprises an ultra-narrow aluminum substrate, a plurality of RGB high power LED grains, a control circuit, and multiple driving circuits; the RGB high power LED grains, the control circuit, and multiple driving circuits are arranged on the ultra-narrow aluminum substrate; the RGB high power LED grains, the control circuit, and the driving circuits are electrically connected through a printing circuit. The RGB high power LED aluminum substrate structure further comprises an RGB high power LED intelligent liner lamp based on the ultra-narrow aluminum substrate structure. The wiring method of the liner lamp comprises: arranging the RGB high power LED grains, the control circuit, and multiple driving circuits on the same one face of the ultra-narrow aluminum substrate; electrically connecting the LED grains, the control circuit and the driving circuits at the other one face of the ultra-narrow aluminum substrate through the printed circuit; fixing the ultra-narrow aluminum substrate on a lamp section through a fastening piece. The RGB high power LED aluminum substrate structure is small in volume and beautiful in appearance, simple in structure, convenient to assemble, and convenient to install and maintain.

Description

technical field [0001] The invention relates to the technical field of lighting lamps, in particular to an RGB high-power LED intelligent line lamp based on an ultra-narrow aluminum substrate structure and a wiring method thereof. Background technique [0002] As a new type of green lighting source, LED is gradually replacing traditional light sources due to its advantages of low carbon, energy saving, and environmental protection. LED heat generation and heat dissipation have always been a headache in the industry. Generally, when designing line lights, the control circuit and drive circuit are set on the FR-4 substrate, while the high-power RGB LED particles are set on the aluminum substrate, and the plug-in line is connected to the LED. The FR-4 substrate is connected to the aluminum substrate. Such a setting method makes the structure of the lamp large in size, high in cost, troublesome in production and assembly, difficult in later maintenance, and not conducive to the...

AI Technical Summary

Problems solved by technology

Such a setting method makes the structure of the lamp large in size, high in cost, troublesome in production and assembly, difficult in later maintenance, and not conducive to the aesthetics of the lamp. The most important thing is that the reliability and stability of the lamp will be greatly reduced due to scattered components and low integration.

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