MKP1837322015W

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Film Capacitors

Film capacitors are versatile electronic components which have a wide range of applications, and are almost always the first choice for tasks that need to be completed with ultimate reliability and precision. The MKP1837322015W is an example of such a device, with its exceptional range of capabilities connected to its unique design.

MKP1837322015W Application Field and Working Principle

The MKP1837322015W is a film capacitor from the MKP Series, an example of high-performance capacitors from Viking. It feature polypropylene together with a metalized surface with a non-standard size, and these components are especially suitable for high frequency operations. As a general rule of thumb, this type of film capacitor is better at handling high frequency signals or electrical interference than its ceramic counterparts. This advantage is mainly due to the superior dielectric sold separately, a pattern which prevents the device from responding differently to different frequencies.

This type of capacitor is also notable for its exceptionally reliable performance across the operational environment, capable of delivering high efficiency and high accuracy. This sets it apart from its ceramic counterparts, as the dielectric material provides an unusually strong signal compared to its ceramic counterpart. It also features a unique design which reduces losses when charging and discharging.

In particular, the MKP1837322015W is suitable for use with audio frequency or switch mode power supplies. It features a temperature coefficient of 0.003 % / K, an impedance of 0.4 m Ω, a minimum capacitance of 18 μF and a maximum capacitance of 37 μF. In addition, the maximum working voltage of this capacitor is 200 V.

Conclusion

Film capacitors such as the MKP1837322015W from Viking presents a wide range of advantages due to their superior dielectric materials and efficient design. These devices are ideal for use in a range of applications including audio frequency systems, switch mode power supplies, and more, with a superior capacity for handling high frequency signals and electrical interference.

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