The Market Demand For High Current Insulation Terminals Is Gradually Increasing
Cable Lugs has gradually increased the actual demand in the market
High-current insulation terminals in the field of electronic equipment application have long become a development trend, and high-current terminal devices themselves have also gradually increased, and may bear more and more power. The larger the size of the insulation terminal, the more significant its effect on the device, and the role in ensuring product performance is becoming more and more important.
Circuit board technology allows high-current insulation terminal devices to withstand more and more current, breaking the limit of 110A, far exceeding the previous generation of products, which makes some problems, especially in the design process, to meet the requirements of high-current insulation terminal systems. More and more complicated. Without tightly sintered ceramic materials, it is not possible to use similar data or insulation beads for additional insulation or improved insulation. The root cause is that similar data often blurs or bubbles in the data during the triggering stage.
If used or stored in a humid environment, the performance data is often adversely affected. Therefore, if similar data is used as additional or improved insulation, it is often necessary to perform red chemical immersion testing to prove that it is tightly sintered. Ordinary energy links have impact tests, and instead of objectively judging based on data, we may think it meets the requirements of mechanical strength.
High current insulation terminal metal parts use special copper-nickel alloys and surface plating to ensure excellent conductivity, corrosion resistance and a large number of safety wires. The low voltage, high current website also provides data on the special requirements of gold-plated plugs and sockets. In power equipment, an increasing number of the most basic functions and components are integrated on a printed circuit board. The purpose is to minimize the installation and wiring work to maximize the technical operation process.
