Internal embedded lighting communication dual-function LED device and manufacturing method thereof
An LED device and lighting communication technology, applied in the field of visible light communication, can solve the problems of limited luminous capacity and poor lighting effect, and achieve the effects of short response time, reduced impact, and increased effective light-emitting surface
Active Publication Date: 2019-01-18
SOUTH CHINA NORMAL UNIVERSITY
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Problems solved by technology
[0002] LED devices for lighting have been available for more than ten years, and high-power LED lighting devices have also been researched and used for several years. Light-emitting devices as carriers of communication information have become a hot research topic in the past two years, but the promotion and application of this technology have been restricted by ordinary people. The corresponding frequency of LED devices is restricted. If micron-level LED devices are used, although the corresponding frequency is increased, there is a problem of poor lighting effect. That is to say, the current light-emitting devices for communication are still in the initial stage of application. Is limited
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[0042] like figure 1 and figure 2 As shown, an embedded lighting and communication dual-function LED device includes a peripheral LED chip and 2N communication-type light-emitting core particles embedded in the peripheral LED chip, and the 2N communication-type light-emitting core particles are in The peripheral LED core particles are arranged in an N×2 array, and also include the p-type solder joints 26 shared by the peripheral LED core particles and 2N communication-type light-emitting core particles, the n-type solder joints 25 of the communication-type light-emitting core particles, and the peripheral LED core particles n-type solder joints 27, the peripheral LED core particles and the communication-type light-emitting core particles are deposited on the substrate, and the 2N communication-type light-emitting core particles are connected in series.
[0043] The communication-type light-emitting core particles include a buffer layer 2, an n-type semiconductor layer 3, a l...
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The invention discloses an embedded illumination and communication dual-function LED device, which comprises a peripheral LED core particle, 2N communication type light-emitting core particles, a p-type welding spot, an n-type welding spot for the communication light-emitting core particles and the other n-type welding spot for the peripheral LED core particle, wherein the 2N communication light-emitting core particles are embedded into the peripheral LED core particle and are arranged in the peripheral LED core particle in an N*2 array; the p-type welding spot is shared by the peripheral LED core particle and the 2N communication type light-emitting core particles; the peripheral LED core particle and the communication type light-emitting core particles are deposited on a substrate; and the 2N communication type light-emitting core particles are connected in a series manner.
Description
technical field [0001] The invention relates to the field of visible light communication, in particular to an embedded lighting communication dual-function LED device and a manufacturing method thereof. Background technique [0002] LED devices for lighting have been available for more than ten years, and high-power LED lighting devices have also been researched and used for several years. Light-emitting devices as carriers of communication information have become a hot research topic in the past two years, but the promotion and application of this technology have been restricted by ordinary people. The corresponding frequency of LED devices is restricted. If micron-level LED devices are used, although the corresponding frequency is increased, there is a problem of poor lighting effect. That is to say, the current light-emitting devices for communication are still in the initial stage of application. Is limited. Contents of the invention [0003] The purpose of the presen...
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IPC IPC(8): H01L27/15H01L33/06H01L33/32H01L33/62H01L21/77H01L33/00
CPCH01L21/77H01L27/15H01L33/0066H01L33/0075H01L33/06H01L33/32H01L33/62H01L2933/0066
Inventor 孙慧卿黄鸿勇黄涌张柱定黄晶孙杰杨晛衣新燕郭志友
Owner SOUTH CHINA NORMAL UNIVERSITY