MKP1839327634R

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Film capacitors, or film dielectric capacitors, usually have superior characteristics of high energy density, low inductance, greater reliability compared to other forms of plastic film capacitors. The MKP1839327634R is a film capacitor manufactured by Murata. The M name symbolizes the manufacturer, K stands for the series designation, and P indicates that the capacitor features a polypropylene dielectric.

The MKP1839327634R is most commonly used in power supply filtering, signal or high-frequency coupling applications. Its features include a polypropylene film dielectric, radial leads, and an 18 picofarad capacitance value. It has a rated voltage of 400 V and a temperature range of -40 to 85 °C. The MKP1839327634R also exhibits superior specifications in terms of its self-healing and insulation resistance values.

The overall construction of the MKP1839327634R is very simple. It is a single-layer construction, consisting of a dielectric material (polypropylene) and two electrodes, one of which is connected to ground (the metal layer) and the other to the exterior environment (the terminal). The most important aspect of its design is the construction of the electrodes, which are made of aluminum and tin-plated copper.

The working principle of the MKP1839327634R is also straightforward. When a voltage is applied across its electrodes, this causes an electrostatic field to manifest between the two electrodes. This field is responsible for the capacitor\'s capacitance, which is dependent on the area of the electrodes, the dielectric medium between them, and the distance between them. As the voltage across the capacitor increases, so too does the capacitance.

In summary, the MKP1839327634R is a film capacitor manufactured by Murata. It is most commonly used in power supply filtering, signal or high-frequency coupling applications. It features a polypropylene film dielectric, radial leads, and an 18 picofarad capacitance value. Its overall construction is simple, consisting of a dielectric material and two electrodes. Its working principle is based on an electrostatic field between its electrodes, which is responsible for the capacitor\'s capacitance.

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