UVR2F470MHA

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Aluminum Electrolytic Capacitors

Aluminum Electrolytic Capacitors, or simply aluminum capacitors, are an important type of electrolytic capacitor. An electrolytic capacitor is an electrical component with two electrical plates sandwiched between an electrolyte solution, and thus they have increased surface area for a capacitance that is much higher than other non-electrolyte capacitors. To be able to achieve this higher capacitance, the aluminum electrolytic capacitors are produced as a cylindrical shaped device with a wound higher voltage rating type or as a smaller surface mounted type for lower voltage applications.

UVF2F470MHA is the model of aluminum electrolytic capacitor for higher voltage application. Normally, it is designed to used in filtering, decoupling, by-passing high current and forming a charge-discharge circuit. In addition, UVR2F470MHA capacitors are designed for use in power management applications, usually for applications controlling the current within the device. This product lines are also used in multiple DC/DC converter stages. Besides, it can also be applied in LED driver system, automotive and industrial systems.

Working Principle of UVR2F470MHA

The working principle of UVR2F470MHA is based on Faraday’s law of electrostatic induction. An electric field is created between the two plates and according to Faraday’s law, when a voltage is applied to one plate, electric charges are induced on the other plate. This allows a lower voltage to be stored and an AC signal or a digital waveform can be converted into a DC signal. When the voltage is reversed, the stored charges can be discharged.

When any alternating current is applied to UVR2F470MHA, the capacitance is constant and the alternating current is not blocked by the capacitor. However, when the alternating current frequency is lower than the resonant frequency of the electrolyte film, the capacitance becomes very small and the current is blocked. This is how UVR2F470MHA works and prevents the current from affecting other circuits.

Advantages of UVR2F470MHA

One of the main advantages of UVR2F470MHA is its ability to withstand high voltage. This is due to the unique electrical configuration of its design which provides a superior protection against moisture and temperature fluctuation. The special conductive oxide layer also protect the unit from mechanical shock and vibration, allowing it to be used in several industrial applications.

The second benefit of using the UVR2F470MHA aluminum electrolytic capacitor is its high conductance, which permits very low ESR. Because of its low ESR, it can be used for operations in pulse mode. The anode is made from special aluminum foil which also provides for extreme stability even under extreme operating conditions.

Finally, using the UVR2F470MHA aluminum electrolytic capacitor is cost-effective. It does not require additional components or maintenance which makes its use convenient and cost-effective. Additionally, the cost of manufacturing it is relatively low, so the final price of the product is affordable as compared to other types of capacitors.

Conclusion

In conclusion, the UVR2F470MHA aluminum electrolytic capacitor is an effective and cost-efficient solution for multiple applications, such as power management, filtering, decoupling, and by-passing high current and forming a charge-discharge circuit. Its ability to withstand high voltage and its low ESR make it perfect for use in demanding applications. Additionally, its low price makes it an attractive solution for those looking to save money.

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