Sign up for free to use this document yourself.
{"cards":[{"_id":"2664c1db2d11ae2b11000013","treeId":"2664c1eb2d11ae2b11000011","seq":23039215,"position":1,"parentId":null,"content":"As mentioned in the introduction, this gold wire connection limits the efficiency of heat loss along the electrode contact for the LED heat dissipation, there are two solutions. One is to find substrate materials with high heat dissipation coefficient to replace alumina, including silicon substrate, silicon carbide substrate, anodized aluminum substrate or aluminum nitrous substrate. Among them, silicon and silicon carbide substrate material semiconductor characteristics, so that it is facing a severe test of LED heat dissipation at the present stage, and anodized aluminum substrate due to the strength of its anodized oxide layer is easy to lead due to fragmentation, so that it is limited in the practical application of LED heat dissipation.\n\n0.32 inch <a href=\"http://www.xlitx.com/datasheet/3421AG.pdf\" style=\"color: #333;\">3421AG</a> LED Common-Cathode CC <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3421ag.html\" style=\"color: #333;\">3421AG</a> 7-Segment digit <a href=\"http://www.xlitx.com/datasheet/3421BG.pdf\" style=\"color: #333;\">3421BG</a> Display <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3421bg.html\" style=\"color: #333;\">3421BG</a> Common-Anode CA\n0.32 inch <a href=\"http://www.xlitx.com/datasheet/3412AG.pdf\" style=\"color: #333;\">3412AG</a> LED Common-Cathode CC <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3412ag.html\" style=\"color: #333;\">3412AG</a> 7-Segment digit <a href=\"http://www.xlitx.com/datasheet/3412BG.pdf\" style=\"color: #333;\">3412BG</a> Display <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3412bg.html\" style=\"color: #333;\">3412BG</a> Common-Anode CA\n\n<hr style=\"border:1px solid;\">\n\n<a href=\"https://gingkoapp.com/electrode-contact-for-led-heat-dissipation.html\" style=\"color: #333;\">Electrode contact for LED heat dissipation</a>\n<a href=\"https://gingkoapp.com/aluminum-nitride-as-led-heat-dissipation-substrate.html\" style=\"color: #333;\">Aluminum nitride as LED heat dissipation substrate</a>\n<a href=\"https://gingkoapp.com/led-thermal-dispersion-solutions.html\" style=\"color: #333;\">LED thermal dispersion solutions</a>\n<a href=\"https://gingkoapp.com/ceramic-heat-dissipation-substrate-and-led-luminous.html\" style=\"color: #333;\">Ceramic heat dissipation substrate and LED luminous</a>\n<a href=\"https://gingkoapp.com/led-grains-heat-substrate-formed.html\" style=\"color: #333;\">LED grains heat substrate formed</a>\n<a href=\"https://gingkoapp.com/metal-circuit-layer-for-led-thermal-dispersion.html\" style=\"color: #333;\">Metal circuit layer for LED thermal dispersion</a>\n<a href=\"https://gingkoapp.com/film-ceramic-substrate-is-suitable-for-high-power-led.html\" style=\"color: #333;\">Film ceramic substrate is suitable for high power LED</a>\n<a href=\"https://gingkoapp.com/improve-led-luminous-efficiency-by-heat-dissipation.html\" style=\"color: #333;\">Improve LED luminous efficiency by heat dissipation </a>\n<a href=\"https://gingkoapp.com/led-cooling-system.html\" style=\"color: #333;\">Led cooling system</a>\n<a href=\"https://gingkoapp.com/led-photoelectric-conversion-and-heat-dissipation.html\" style=\"color: #333;\">LED photoelectric conversion and heat dissipation</a>"}],"tree":{"_id":"2664c1eb2d11ae2b11000011","name":"Electrode contact for LED heat dissipation","publicUrl":"electrode-contact-for-led-heat-dissipation"}}