E37F351CPN562MDD0M

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Aluminum electrolytic capacitors are capacitors with electrolyte and metal oxide as the dielectric medium. E37F351CPN562MDD0M, with E37F as the family prefix, is one of their types. It is a miniature, high-performance aluminum electrolytic capacitor with extended frequency and temperature range.

The application of E37F351CPN562MDD0M is mainly for high frequency, low impedance supply in systems such as automotive multimedia and audio equipment, cameras, medical devices, etc. It features high ripple current, low ESR, and extended temperature range up to 105°C. It is non-solid option with large capacitance. Its construction is simple and reliable, which makes it suitable for various applications.

EFT351CPN562MDD0M consists of an anode formed by an aluminum foil, a cathode divided into a hydrated manganese dioxide layer, and a separator that is soaked with non-aqueous electolyte. Its electrochemical capacitance change is restricted to low levels, making it suitable for low ESR applications in high frequency versions. It also has low dielectric absorption and adds stability to the system.

The work principle of E37F351CPN562MDD0M can be explained in two steps. Firstly, when the capacitor is charged, manganese dioxide molecules are oxidized at the cathode and ions move to the anode. On the other hand, when the capacitor is discharged, manganese dioxide molecules are reduced at the cathode and ions move to the anode. This process keeps repeating until the capacitor is discharged. Secondly, when the capacitor is charged a current flow takes place, allowing it to store energy in the form of a charge on the anode.

In conclusion, E37F 351CPN562MDD0M is a miniature aluminum electrolytic capacitor which is suitable for applications in a wide range of systems such as automotive multimedia and audio equipment, cameras, medical devices, etc. It features high capacitance and low ESR, and its work principle can be explained in two steps.

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