ULD1V470MED

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Aluminum Electrolytic Capacitors are widely used in many modern electronic devices, from computers to mobile phones. Among them is the ULD1V470MED, a radial leaded device typically used in a variety of circuits. The ULD1V470MED has a diverse range of applications and operates on a few basic principles.

As a general purpose aluminum electrolytic capacitor, the ULD1V470MED is mainly suitable for applications in which low impedance and ripple current are needed. This makes it perfect for power supply bypassing, filtering applications, or DC link buffering, as seen in converters, inverters, and regulated power supplies. Generally, its superior performance and reliability make it an ideal choice for any application where good performances need to be ensured.

The working principle of the ULD1V470MED starts with an anode made of pure aluminum foil. The foil is immersed in an electrolyte composed of a solvent and an electrolytic salt. The electrolyte gives the capacitor a higher conductivity, allowing greater degrees of conductance and a lower series impedance. Internally, the capacitor is filled with an insulating, organic electrolyte solvent, which also acts as a dielectric. The anode of the capacitor is separated from the cathode by a layer of insulation which is important in order to avoid short circuiting and to properly retain electric charge.

The main feature that distinguishes this ULD1V470MED aluminum electrolytic capacitor from others is its high capacitance values in a fairly small package size, and the incredibly low ESR (Equivalent Series Resistance). This makes it ideal for power supply applications and other circuits that require high capacitance density. In addition, the ULD1V470MED has also improved most electrical characteristics, ensuring higher reliability and longer service life.

The ULD1V470MED aluminum electrolytic capacitor is a valuable component for many power supply, filter, and DC link buffering applications. Its high capacitance and Low ESR makes it a great choice in situations where its capabilities are needed. The device is also incredibly reliable due to its internal insulation and organic electrolyte, making it ideal for long service life and high performance.

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