25ZL470MCC10X16

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Aluminum Electrolytic Capacitors are a type of polarized capacitor, which are typically designed for use as electrical energy storage devices. These capacitors consist of two aluminum foil plates, each separated by an insulating material, usually a paper impregnated with an electrolyte. One of these plates is connected to a terminal, while the other is connected to the negative terminal. This allows the capacitor to store a certain amount of electrical energy for a certain period of time.

A 25ZL470MCC10X16 capacitor is a relatively large-sized polarised aluminum electrolytic capacitor, with a value of 470 μF when measured at 25 degrees Celsius. Notable features of this capacitor include its high capacitance range, voltage tolerance of up to 10 VDC, and maximum operating temperature of 105 °C. Moreover, the capacitor is housed in an epoxy-coated body for protection from chemicals, dust, and salt solution erosion.

This type of capacitor is primarily used to roll off lower frequencies, smoothen pulsing currents, and counteract RFI/EMI interference in high-frequency circuits. They can also be applied in some general applications such as motor and switch controls, and energy storage for pulse applications.

As the capacitor has a polarised design, it must be connected with the proper polarity for it to function properly. If the capacitor is connected with the incorrect polarity, it could lead to overheating, and even the risk of the capacitor exploding due to the electrolyte contained in the capacitor. To avoid these issues, the capacitor should always be wired according to its polarity markings.

The working principle of the 25ZL470MCC10X16 capacitor is similar to that of any other polarized aluminum electrolytic capacitor. As it connects to the power source, current starts flowing through the capacitor, which causes a build-up of electrons on one of the aluminum plates, as well as the negative plate. This causes a build-up of electrical energy in the capacitor, allowing it to store energy for a given period of time.

The rate of charge and discharge of the capacitor depends primarily on the capacitor’s value, with larger capacitance values allowing the capacitor to store more energy for a given period of time. As the capacitor begins to discharge, the voltage across the capacitor begins to decrease, until the capacitor is completely discharged and reaches its starting voltage.

The 25ZL470MCC10X16 capacitor is a reliable and capable electrolytic capacitor which can be used in a variety of applications. It is capable of withstanding large amounts of current for short periods of time, allowing it to be used in high-frequency applications. As it is housed in an epoxy-coated body, it is also resistant to chemicals, dust, and salt solution erosion, making it an ideal choice for use in marine applications.

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