We all know more or less about electrolytic capacitors, but are we clear about the technical characteristics of electrolytic capacitors, such as temperature, pressure and standard requirements of capacitance, etc.? The following is a brief explanation of these characteristics.

The most important point of electrolytic capacitors is temperature. Basically, all components cannot avoid the influence of temperature, so the temperature range that can be adapted to become an important factor to distinguish between various capacitors. For electrolytic capacitors, the acceptable temperature range is between -50 and 100 degrees Celsius, and the voltage threshold is about 2UF. The pressure refers to the pressure range that the device surface and the product can bear together after the installation of the electrolytic capacitor, which is between 2KP and 4KP. Although the capacitance is also a direct factor to judge the goodness of the capacitor, there is a theoretical threshold for all products, and the product should meet the 20% of the rated capacitance. And the variation should be controlled within 5% to ensure the stability of the product, after all, only stability can make the product play its full efficacy.