Izstrāde un pielietojums galvanizācija magnētiskā integrācija tehnoloģija elektrība apkure caurules

Izstrāde un pielietojums galvanizācija magnētiskā integrācija tehnoloģija elektrība apkure caurules

At present, the maximum operation frequency of magnetic materials can reach 1.5MHz, who is the MnZn ferrite TP5A material developed by Zhejiang Tiantong Company in China. The transformers made of these materials include SMD transformers, printed solder transformers, transformer modules, different forms of split transformers, plug-in transformers, PCB planar transformers, and multi-layer circuit board planar transformers.

At present, Payton Company is able able supply a series of PM products with power range from 5 to 25kW and frekvences diapazons from 50kHz to 2MHz for planar multi-layer transformers. It is expected that there will be strong demand for power transformers in in recent years and they have become comely fastly developing hot product. Nākotne attīstība mērķi of elektroniskie transformatori ir vieglais, efektīvais, un augstais blīvums, kamēr attīstība mērķi of jauda transformatori ir surface instalācija, lieljauda, un augstspriegums.

4.3 izstrāde un pielietojums magnētiskā integrācija tehnoloģija

The so-called magnetic integration technology refers to winding two or more discrete magnets in a converter into a pair of magnetic cores, which are structurally concentrated together. The concentrated magnetic component is called an integrated magnetic component, and through a certain coupling method and reasonable parameter design, the volume and loss of the magnet can be effectively reduced. In certain applications, it can also reduce the power output ripple and improve the dynamic performance of the power output. In addition, magnetic integration technology can significantly reduce the connection terminals and effectively reduce terminal losses in high current situations. According to statistics, the annual discharge of industrial wastewater in China is about 8 percent × 108m3, which not only contains highly toxic components such as cyanide, but also contains metal ions such as chromium, zinc, and nickel. There are many methods for treating wastewater, including chemical precipitation, electrolysis, and membrane treatment. This article introduces the activated carbon adsorption method. Activated carbon has a huge surface area and high physical and chemical adsorption functions. Therefore, the activated carbon adsorption method is widely used in wastewater treatment. And it has the characteristics of high efficiency and good results.

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