In addition to various electronic din 41612 type c connectors manufacturer, it is also used in a wide range of applications. There are actually a number of factors to consider when choosing an electronic din 41612 type c connectors manufacturer. Environmental factors are one of them. As we all know, environments can be extreme. What are the tips for using electronic din 41612 type c connectors manufacturers in these different extreme environments?

Tips for using the electronic din 41612 type c connectors manufacturer in different extreme environments

Step 1: Heat

The metal and insulation materials of the electronic din 41612 type c connectors manufacturer determine the operating environment temperature of the din 41612 type c connectors manufacturer. High temperature will damage the edge material, resulting in decreased insulation resistance and voltage resistance; For metals, high temperatures will make the contact pair lose elasticity, accelerate oxidation, and lead to coating deterioration. Usually the ambient temperature is -55 to 100 ° C, but it may be higher on special occasions.

Step 2: Humidity

Relative humidity greater than 80% is the main cause of electrical breakdown. The humid environment makes the insulator surface absorb and diffuse water vapor, and it is easy to reduce the insulation resistance to below Mω. Long-term exposure to high humidity will lead to physical deformation, decomposition and escape of the product, resulting in respiratory effects and electrolytic corrosion and cracking. In particular, the electronic din 41612 type c connectors manufacturer outside the equipment should always consider environmental conditions such as humidity, water seepage, pollution, etc. In this case, a sealed din 41612 type c connectors manufacturer should be selected.

Step 3: Temperature

The humidity test simulates the practical use of the electronic din 41612 type c connectors manufacturer in cold to warm environments, or to simulate rapid changes in ambient temperature of spacecraft and detectors. Sudden changes in temperature can cause the insulation to crack or delaminate.

4. Without a trace

At high altitudes where the air is thin, plastics emit gases that pollute the contact pairs, increase corona tendency, reduce voltage resistance, and cause short circuits. When the altitude reaches a certain value, the performance of the plastic becomes worse. Therefore, when using a non-hermetically sealed din 41612 type c connectors manufacturer at high altitudes, its performance must be degraded.

5. Corrosive environment

According to the different corrosion environment of electronic din 41612 type c connectors manufacturer, select the corresponding metal, plastic, electroplating structure of din 41612 type c connectors manufacturer, For example, din 41612 type c connectors manufacturer for use in salt spray environments. If there is no anti-corrosion metal surface, the performance will deteriorate rapidly. In environments containing large amounts of SO2, it is not recommended to use silver-plated contact manufacturers for din 41612 type c connectors. Mold is also a problem with hot flashes.

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