D101F911FO3

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Mica and PTFE capacitors are usually used in high frequency applications. They are ideal for use in high power, high frequency, high input voltage, and extreme temperature applications, as they have low losses and provide reliable performance. The D101F911FO3 is a new type of capacitor that combines micas and PTFE in one part.

The D101F911FO3 is an ultra-compact, low-profile capacitor that offers significant performance advantages over conventional mica and PTFE capacitors. It features high capacitance ratings, high-frequency operation, and high-temperature continuity. It is a RoHS compliant product and is available in various capacitance ratings, with leaded or surface mount configurations.

The working principle of the D101F911FO3 is based on the principle of a dielectric film which consists of two electrodes that are insulated from each other. The dielectric material used for the dielectric layer is a combination of micas and PTFE, which provide excellent electrical and mechanical properties. The micas provide insulation, while the PTFE provides a higher insulation resistance. The combination of micas and PTFE results in a higher insulation resistance than the individual components, and a higher capacitance rating.

The D101F911FO3 capacitor has a variety of applications in high power and extreme temperature applications. It can be used for high voltage, high frequency, and high-temperature non-linear circuits, for example, switching power supplies, induction heating, surge protection, radiating voltage dividers, and magnetic amplifiers. It is also suitable for automotive and aerospace applications, high frequency inverters, medical equipment, and military applications.

Overall, the D101F911FO3 is an ideal solution for a wide variety of high power, high frequency, high input voltage, and extreme temperature applications. It offers a combination of micas and PTFE for superior electrical and mechanical properties, as well as a lead and surface mount configuration. The high capacitance rating and high-temperature continuity of the D101F911FO3 make it a great choice for a wide variety of high power and extreme temperature applications.

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