HVMLS212M060EA1C

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Aluminum electrolytic capacitors, also known as electrolytic capacitors, are general passive components, which are widely used in power electronic circuits. The structure of aluminum electrolytic capacitor includes two pieces of metal foil grated as electrodes that are rolled by an insulation medium paper, inside of which has an electrolyte. The capacitor can be marked with code like HVMLS212M060EA1C.

HVMLS212M060EA1C is an aluminum electrolytic capacitor made with axial package. The main part of the code provides information on the capacitance. HVMLS of the code stands for the maximum operating case temperature indicating the highest temperature of the component, in this case 145℃. M stands for the maximum operating voltage of 130V. The last two digits ‘60’ means 60000μF. The last part ‘EA1C’ is the package type, indicating the capacitors is an axial type. The HVMLS212M060EA1C aluminum electrolytic capacitor with maximum operating temperature of 145℃ and maximum operating voltage of 130V can handle 60000μF.

Applications of HVMLS212M060EA1C aluminum electrolytic capacitor are broa. The capacitor is used to assist the saw wave of switch power supply, monitor of fluorescent screen display, keyboard, communication device and so on, as well as in the circumstances of power rectification, RC discharge and protection circuit breakers. In addition, due to its property of low equivalent serial resistance and easy-usage, this aluminum electrolytic capacitor can also be applied in high-precision AC applications.

The working principle of HVMLS212M060EA1C aluminum electrolytic capacitor is based on Faraday’s law. This capacitor possess two different metal electrodes, a thin dielectric layer which is implemented between the two plates, a liquid or solid electrolyte which is implemented on the second plate. This capacitor provides large capacitance value in a small volume along with having some additional properties for different working circuity. Each capacitor can store electric energy during charging and delivers it during the discharging phase. As the capacitor’s operation voltage increases, the leakage current increases and so does the capacitor’s drainage. As the capacitor’s operation voltage decreases, the leakage current simultaneously decreases and the capacitor’s drainage lowers.

To sum up, HVMLS212M060EA1C aluminum electrolytic capacitor has a wide range of applications and works on Faraday’s law. This capacitor is cost effective, widely used and can provides a large capacitance value in a small volume. The capacitor also has some additional properties like low equivalent serial resistance and easy-usage, making it a perfect choice for applications like for switch power supply, monitor of fluorescent screen display, keyboard, communication device and so on.

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