The thermal expansion coefficient of ceramic substrate is close to that of silicon chip, which can save the transition layer Mo sheet, save labor, save material and reduce cost;
◆ Reduce welding layer, reduce thermal resistance, reduce hole, improve yield;
◆ Under the same load flow, 0.3mm thick copper foil wire width is only 10% of the ordinary printed circuit board;
◆ Excellent thermal conductivity, so that the chip packaging is very compact, so that the power density is greatly improved, improve the reliability of the system and device;
◆ Ultra-thin ceramic substrate (0.25mm) can replace BeO, no environmental toxicity problem;
◆ Large flow, 100A current through 1mm wide 0.3mm thick copper body, temperature rise of about 17℃; 100A current continuously passes through the copper body 2mm wide 0.3mm thick, and the temperature rise is only about 5℃;
Low thermal resistance, 10×10mm ceramic substrate thermal resistance 0.63mm thickness ceramic substrate thermal resistance of 0.31K/W, 0.38mm thickness ceramic substrate thermal resistance of 0.19K/W, 0.25mm thickness ceramic substrate thermal resistance of 0.14K/W.
◆ High insulation voltage, to ensure personal safety and equipment protection ability.
◆ New packaging and assembly methods can be realized, so that the product is highly integrated and the volume is reduced.