MKP385236063JBA2B0

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 are electrical components with a range of exciting uses, such as controlling high-frequency signals, protecting circuits from spikes and surges, and as components in delay circuits. The MKP385236063JBA2B0 film capacitor is one of many products within this category. This article will explore the application field and working principle of this device.

APPLICATION FIELD

The MKP385236063JBA2B0 is the product from a RoHS compliant, low-cost series of film capacitors designed for general purpose applications. It is designed for use in signal filtering circuits and for pulse by-passing applications. This device is available for use in a wide range of medium to high working voltage applications, being incredibly stable over a wide temperature range from -55 to +120 degrees Celsius. This makes the capacitor well suited for use in a diverse range of medium to high voltage applications and industries, such as automotive equipment, audio-visual devices and telecommunication systems.

Due to the construction of the MKP385236063JBA2B0, it is specified by multiple characteristics. These characteristics include its 0.47μF capacitance, 10% tolerance, 270V rated voltage and its 0.1μA Volt-time characteristics.

WORKING PRINCIPLES

A film capacitor works by storing electrical energy in an insulated film. This is achieved by using two conductive plates separated by a thin layer of dielectric material to create an electric field. This process of energy storage forms the basis for the working principle of the MKP385236063JBA2B0 film capacitor.

The MKP385236063JBA2B0 uses layers of ultra-thin polyethylene film to separate its two metallic plates. This combination provides it with higher heat resistance and dielectric properties than other film types. However, this also allows it to store less energy when compared to film capacitors with thicker dielectric materials.

The occurrence of voltage spikes and surges will alter the dielectric field of the capacitor, causing its capacitance to fluctuate. This means that less energy is stored, reducing the capacitor’s ability to filter any high frequency signals. This is why the MKP385236063JBA2B0 is listed as being suitable for use in DC pulse by-passing circuits, as its thinner dielectric layer ensures quick recharging of the capacitor during use.

The MKP385236063JBA2B0’s temperature range is also important for its functioning. Its superior heat resistance and temperature stability allow it to be used in a range of high voltage applications. This ensures that any sensitive circuits which may be present are not damaged by drastic temperature changes.

CONCLUSION

The MKP385236063JBA2B0 is an excellent example of a film capacitor with many great features. Its low-cost, RoHS compliant construction ensures suitability for many high voltage applications, whilst its superior heat resistance and temperature stability ensure maximum reliability, no matter the operating environment. Its unique working principle makes it perfect for use in signal filtering, pulse by-passing and delay circuits, making it an excellent choice for a variety of projects.

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