PHE844RR7150MR30L2

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Film capacitors are able to perform higher than the rated voltage and provide the ability to withstand bigger temperatures variations. The PHE844RR7150MR30L2 is a film capacitor that encompasses many of the features which make film capacitances so desirable. Having a maximum working temperature of 105°C and a maximum pulse current of 60A, it offers a variety of possible applications and usage scenarios.

Application Fields

The PHE844RR7150MR30L2 is ideally suited for aerospace, medical, military and other applications where high reliability and discernibility between functions is required. In these professions, having a device that can hold a high voltage along with a lower pulse current is a major benefit. With a capacitance of 0.15µF and a voltage rating of 844V, the PHE844RR7150MR30L2 is the perfect device for these jobs. The capacitor is also great for audio/video equipment and power supplying components applications as the low dissipation factor allows for reduced noise and improved filter performance.

Working Principle

The working principle of the PHE844RR7150MR30L2 is fairly simple and effective. When a voltage is applied to the two electrical terminals of the capacitor, an electric field is created which causes charge to be stored in the device. This stored charge is then discharged through the two terminals when the voltage is removed from the capacitor. The capacitance indicates the amount of charge which can be stored when a certain voltage is applied, while the voltage rating indicates the maximum voltage the capacitor can safely handle.

The PHE844RR7150MR30L2 utilizes a polyester/polypropylene dielectric material which allows the capacitor to function successfully in most temperature and humidity conditions. The combination of these two materials also ensures that the capacitor is able to withstand electrical and mechanical wear in order to perform optimally for long periods of time. As a result, the PHE844RR7150MR30L2 is suitable for a variety of applications which require high reliability and cost effectiveness.

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