63ZL82MEFCTA8X16

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Aluminum Electrolytic Capacitor: 63ZL82MEFCTA8X16

Aluminum electrolytic capacitors are widely used for their relatively high capacitance, and are commonly found in everyday consumer electronics. The model 63ZL82MEFCTA8X16 is a type of bipolar aluminum electrolytic capacitor which is used for input or output filtering in power supplies. This type of capacitor is characterized by its polarized electrolyte, which produces a capacitance larger than a ceramic capacitor. It is also characterized by its high temperature stability, as well as its ability to withstand high frequencies.

Application Field

The 63ZL82MEFCTA8X16 is designed for use in power supplies to reduce ripple voltage to an acceptable level. It is well-suited for audio, video, and high-efficiency inverters with input voltages ranging from 400V to 500V. The 63ZL82MEFCTA8X16 is also designed for applications that require high ripple current capabilities.

Working Principle

Aluminum electrolytic capacitors contain a conductive, anodized aluminum foil that forms two plates facing each other. This is then immersed in an electrolyte, which acts as a dielectric between the plates, and a polarized electrolyte is added for additional capacitance. As an electric current is applied to the plates, the resulting electric field induces a charge in the electrolyte that is the same sign as the plates. This charge buildup creates a capacitance between the plates, which can store energy.

The 63ZL82MEFCTA8X16 capacitor is designed to handle high input voltages and frequencies while providing a fast response to voltage spikes. Its wide temperature range and high ripple voltage capabilities make it an ideal choice for high-performance power supplies. The capacitor is also constructed of low-ESR aluminum electrolytes and oxide-based cathodes, which improves its current carrying capabilities while keeping its capacitance stable over time.

In addition to providing added capacitance, the 63ZL82MEFCTA8X16 capacitor can also be used to filter noise and reduce ripple voltage that may be present in the input. Its high-temperature aluminum construction and low-ESR design make it an extremely reliable choice for power supply applications.

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