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{"cards":[{"_id":"2664ab952d11ae2b1100001b","treeId":"2664aba62d11ae2b11000019","seq":23039213,"position":1,"parentId":null,"content":"Another LED thermal dispersion solution is to connect LED grains to the substrate in eutectic or overcrystal mode, which greatly increases the heat dissipation efficiency through electrode wires to the system circuit board. However, the LED heat dissipation process has very high requirements for substrate wiring accuracy and substrate line surface flatness, which makes the precision of thick film and low temperature co-fired ceramic substrate not meet the requirements of use due to the problems of plate opening and sintering shrinkage ratio in the process. At present, thin film ceramic substrate is introduced to solve the LED heat dissipation problem. Thin film ceramic substrate is used to prepare the circuit in the way of yellow light and microshade, supplemented by electroplating or electroless plating to increase the thickness of the circuit, so that the product has the characteristics of high precision and high flatness of the circuit. \n\n0.32 inch <a href=\"http://www.xlitx.com/datasheet/3241AB.pdf\" style=\"color: #333;\">3241AB</a> LED Common-Cathode CC <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3241ab.html\" style=\"color: #333;\">3241AB</a> 7-Segment digit <a href=\"http://www.xlitx.com/datasheet/3241BB.pdf\" style=\"color: #333;\">3241BB</a> Display <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3241bb.html\" style=\"color: #333;\">3241BB</a> Common-Anode CA\n0.32 inch <a href=\"http://www.xlitx.com/datasheet/3421AB.pdf\" style=\"color: #333;\">3421AB</a> LED Common-Cathode CC <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3421ab.html\" style=\"color: #333;\">3421AB</a> 7-Segment digit <a href=\"http://www.xlitx.com/datasheet/3421BB.pdf\" style=\"color: #333;\">3421BB</a> Display <a href=\"http://www.lanpade.com/7-segment-led-dot-matrix/3421bb.html\" style=\"color: #333;\">3421BB</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":"2664aba62d11ae2b11000019","name":"LED thermal dispersion solutions","publicUrl":"led-thermal-dispersion-solutions"}}