Electronic enthusiasts [translation/Joyce] Australia's BluGlass claims to use its low temperature remote plasma chemical vapor deposition (RPCVD) technology to produce gallium nitride (GaN) of the desired purity. The company says its RPCVD technology can produce gallium nitride with low levels of carbon, hydrogen and oxygen impurities, which is comparable in content to metal-organic vapor-deposited GaN layers.
The well-known and independent material properties company Evans AnalyTIcal Group has demonstrated secondary ion spectroscopy, which controls the levels of carbon, hydrogen and oxygen impurities to less than 1*1017 atoms per cubic centimeter.
BluGlass now plans to optimize the p-GaN layer and introduce the benefits of RPCVD to customers, including the increased efficiency of LED devices compared to traditional MOCVD.
Giles Bourne, CEO of BluGlass, said: "This achievement is a breakthrough for our company and a key step in demonstrating our technical strength to the industry and future customers. As we all know, carbon and oxygen inhibit the obstacles of RPCVD technology, so these two The reduction of impurities will be an important finding."
The advantage of USB Cable Type C is that it supports higher current, that is that more current can be passed by Type-C in the same time. In this way, the charging speed of the device can be accelerated. At present, the charging current of most Type-C data lines is generally 2A. If the charging rate of 3A is to be reached, a high-current wall charging matching it is required. That is to say, if the wall charge only supports 1A, whether it is charged with 2A or 3A data line, there is no difference fundamentally. If the current supported by the wall charging is 2A, and the type-C data cable of 2A/3A is matched, the effect can be significantly changed.
In addition, the device equipped with the Type-C interface can be charged by connecting the mobile power supply through the Type-C cable or Usb C Cable. Users do not need to carry the charging cable, but can have the wall charging and Type-C cable. In addition, when selecting a Type-C charging cable, We should pay attention to the current limit. The charging data cable 1A does not have fast charging performance, 2A is the most commonly used Type-C charging data line, and 3A is the best data line at present. If you want to have fast charging effect, you must choose the Type-C charging data line with 3A current.
The highlights of Type-C interface are thinner design, faster transmission speed (USB3.1 up to 10Gbps) and stronger power transmission (up to 100W).The biggest feature of Type-C double-sided plugable interface is that it supports double-sided insertion of USBinterface. Officially solved the USB never insert the worldwide problem, the front and the back of the random plug.The USB Cable used with it must also be thinner and lighter.
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