2.5SWZ330MX

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Aluminum-polymer capacitors are an increasingly popular choice for energy efficiency, power dissipation, and mobile applications. Their combination of high power, small size, and low cost make them the ideal choice for many applications. The 2.5SWZ330MX capacitor is one such example – it is a superior choice for DC to DC applications and can also be used in non-capacitive circuits.

The 2.5SWZ330MX capacitor is a high-performance aluminum-polymer capacitor, offering industry-leading characteristics such as maximum ESR, raised temperature tolerance (up to 85°C) and high reliability. This makes it the ideal choice for demanding switch-mode power supplies and other DC-DC applications.

The 2.5SWZ330MX is an excellent choice for applications such as VRM systems, converters and resonant circuits. With a capacitance value of 330µF and a working voltage of 25V, the 2.5SWZ330MX offers the greatest performance at a lower size and cost than competing products, making it ideal for demanding applications.

In terms of working principle, aluminum-polymer capacitors are classified as non-electrolytic capacitors and their structure is made from two electrodes, a dielectric (polymer) material and a solid electrolyte. The electrodes are made from aluminum and the dielectric is a non-solvent, thin-film-type piezoelectric polymer material. The polymer is able to store electric energy for a period of time, thus providing a capacitance to the capacitor.

However, unlike electrolytic capacitors, aluminum-polymer capacitors have no current leakage or reverse polarity when in operation. This makes them very attractive for use in high current, low-voltage DC/DC converters and other DC/DC circuits. Furthermore, as they do not contain any electrolyte, they are environmentally friendly.

Due to their excellent ESR (equivalent series resistance) characteristics, aluminum-polymer capacitors are well-suited for high-dynamic load applications, such as filter stages in switching-mode power supplies. The low ESR helps to minimize losses in the circuit, reducing power dissipation and increasing efficiency. This makes the 2.5SWZ330MX a natural choice for high-efficiency installations.

In addition, the 2.5SWZ330MX is also suitable for use in low-level circuits, thanks to its low impedance and ESR. This makes it ideal for resonant applications, such as LED bulbs and small displays.

Overall, the 2.5SWZ330MX is an excellent choice for DC/DC, resonant and filter applications, thanks to its high capacitance, low leakage current and small size. Its excellent performance and low cost makes it the ideal choice for energy efficient, power dissipation and mobile applications.

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