PCV1J270MCL7GS

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Aluminum-Polymer Capacitors are a type of capacitor with very low equivalent series resistance (ESR) combined with relatively high capacitance values, offering a considerable capacity advantage over standard electrolytic capacitors. The incorporation of a solid polymer electrolyte within the capacitor structure also provides a low temperature coefficient and high stability within an operating temperature range. The PCV1J270MCL7GS is a popular aluminum-polymer capacitor for a variety of applications.

Application Field:

The PCV1J270MCL7GS is a reliable capacitor utilized in a variety of applications such as telecommunications, power supplies, and power management systems. This capacitor is specifically designed for designing low-profile, large capacity, electrically stable, and temperature-resistant applications. Its design permits users to use low-profile, compact and large capacity parts, leading to cost savings and a reduction in component space.

Working Principle:

The PCV1J270MCL7GS capacitor is constructed from two aluminum electrodes, separated by a solid polymer layer. The electrolyte within the capacitor is part of a solid composite material that comprises the dielectric component. The power supply is connected to the electrodes, which results in an electrical field across the solid dielectric material. The electrolyte component within the capacitor allows for current to pass between the electrodes. The electrons are allowed to pass between the electrodes, leading to a change in energy stored in the capacitor as charge is transferred across the dielectric.

The mechanics of the PCV1J270MCL7GS capacitor are much the same as those of standard electrolytic capacitors, with the differences in its construction providing highly advantageous features such as low-temperature coefficient and high stability over a wide temperature range, an ultra-low ESR and high output current capability. The result of this specialist construction is a robustly constructed capacitor ideally suited to various commercial and industrial applications.

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