MKP1841347254

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Film Capacitors

Film capacitors, or film dielectric capacitors, are electrical components used to store energy in electric fields. Film capacitors are high performance, highly reliable capacitors made from high-grade polymer films. They are manufactured in a range of shapes and sizes to meet specific requirements, such as the MKP1841347254 application field and working principle.

The MKP1841347254 film capacitor is designed to provide a low impedance component for use in AC and DC circuit designs, while providing good heat and vibration resistance in demanding applications. Its low series resistance, coupled with its low dielectric absorption and insulation resistance properties, provides a superior level of performance.

The most common application of the MKP1841347254 is in power factor correction and active power line filters. It is also used for back-up backup power supplies, AC line stabilization, and surge protection. This film capacitor has a high capacitance-voltage (C-V) ratio, which allows it to deliver high capacitance values with relatively low voltage drop. This makes the MKP1841347254 ideal for use in applications requiring relatively high current levels.

The MKP1841347254 uses a dielectric material made of an aluminum-zinc alloy thin film. This film is layered in between two aluminum-zinc alloy dielectric layers. The capacitance-voltage (CV) ratio of the capacitor is determined by the charged layer thicknesses and the dielectric constant of the material. This allows the film capacitor to achieve a high level of stability over a wide frequency range.

The MKP1841347254 film capacitor has a wide frequency range of operation and a very low self-inductance. The performance of the capacitor is not affected by temperature changes because it contains a temperature-stabilizing material layer that helps to reduce the temperature coefficient of capacitance. (TCC). It also has a high resistance to voltage spikes, as well as a high breakdown voltage.

The wide operating frequency range of the MKP1841347254 makes it ideal for use in high-frequency applications, such as switching power supplies and high speed data transmission. The high voltage breakdown voltage makes it an excellent choice for applications requiring a high degree of electrical insulation. Its low impedance design makes it ideal for use in AC and DC circuit designs where a low EMI susceptibility is desired.

The MKP1841347254 has a low ESR (equivalent series resistance), making it a great option for applications where high speed and low noise operation are key requirements. It also has a low EMI susceptibility due to its high impedance design. Its low thermal coefficient of capacitance allows the capacitor to maintain its performance despite varying temperatures. This ensures that the capacitor can provide performance levels without interruption over a wide temperature range.

The MKP1841347254 has a low leakage current and a long life expectancy, which makes it suitable for the most demanding applications. It is also RoHS compliant, which means that it is environmentally friendly. It is a great choice for applications requiring high performance, high reliability and long life expectancy.

The MKP1841347254 is the perfect solution for applications requiring high performance, high reliability and long life expectancy. It has a long lifespan and great electrical insulation properties, making it a great option for applications where EMI susceptibility is a concern. It is RoHS compliant, so it is environmentally friendly. its low thermal coefficient of capacitance makes it suitable for use in high-frequency applications and its high capacitance-voltage (C-V) ratio allows it to deliver high capacitance values with relatively low voltage drop. All in all, the MKP1841347254 is an excellent choice for film capacitors and other power-related needs.

The specific data is subject to PDF, and the above content is for reference