MIN02-002CC070D-F

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Mica and polytetrafluoroethylene (PTFE) capacitors have found extensive use in industry primarily because of their superior qualities in comparison to other capacitor types. These components are grainy, non-polarized and produced from mica sheets and PTFE thin film. The MIN02-002CC070D-F is a particular style of mica and PTFE capacitor, designed for a variety of applications.

MIN02-002CC070D-F Application Field

The MIN02-002CC070D-F is used primarily in applications that require reliable performance in high frequency and high power environments. This type of capacitor is designed to be resilient to high temperature and can comfortably accommodate a wide range of temperatures and voltages. Some of the typical applications in which this type of capacitor is suitable include communication and periodic systems, switching power sources, DC-DC converters, and in-vehicle monitoring systems.

Working Principle

The MIN02-002CC070D-F is designed with two mica dielectric layers, as well as a PTFE layer. The two dielectric layers are placed between two metal surfaces, creating an internal capacitive charge. When a voltage source is connected to either end of the capacitor, electric charges are transferred between the dielectric layers, producing a capacitive charge. The capacitor’s ability to store an electric charge depends on the total dielectric capacity between the two mica layers.

The grooves on the outer surface of the capacitor also add to its efficiency. These ridges help to reduce parasitic capacitances, allowing the capacitor to operate more efficiently. As the mica dielectric layers and the PTFE layer are interconnected, the capacitance of the capacitor changes as the applied voltage increases or decreases. This ensures that the capacitor is able to perform reliably in all types of operating environments, ensuring that its electrical properties remain within tolerance.

Benefits

The MIN02-002CC070D-F capacitor provides superior performance in both high voltage and high frequency applications. This type of capacitor is designed to be resilient to high temperatures, making it suitable for a range of applications in which temperatures can vary drastically. It is also a non-polarized component, making it easier to work with. Finally, its grooves help to reduce parasitic capacitances, allowing the capacitor to operate more efficiently.

Conclusion

The MIN02-002CC070D-F mica and PTFE capacitor is an excellent choice for use in high frequency and high temperature environments. This component is resilient to high temperatures and provides superior performance due to its mica dielectric layers and PTFE layer, as well as its grooves which help to reduce parasitic capacitances. This makes it ideal for a range of applications, from communication and periodic systems to DC-DC converters and in-vehicle monitoring systems.

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