CD15ED430GO3F Capacitors

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Mica and PTFE capacitors are capacitors that use mica or polytetrafluoroethylene (PTFE) as the dielectric. They are mainly used in high-frequency, high-stability, and high-temperature applications, as they have low dissipation factor and excellent insulation properties.

The CD15ED430GO3F is a mica/PTFE capacitor with a 15 kVAC/25 kVAR rating. Due to its high voltage rating, the capacitor is typically used in high-voltage power supplies, such as in power transmission systems, electromagnetic defect detection equipment, x-ray generators, and particle accelerators.

The working principle of the CD15ED430GO3F is based on the capacitance effect. Capacitance is the ability of a system to store electric charge. It is a direct function of the area of the plates, the distance between them and the dielectric material used. In the CD15ED430GO3F, the dielectric is mica and PTFE. This combination of materials makes for a very efficient capacitor as it has excellent insulation properties and a low dissipation factor. A low dissipation factor ensures that the energy stored in the capacitor is not lost over time.

The CD15ED430GO3F capacitor is designed for high stability and high temperature applications, as it has a very low temperature coefficient of capacitance (TCC). This means that the capacitance does not change significantly with temperature, and therefore there is no need for frequent calibration adjustments, even in extreme temperatures. Moreover, since it is a mica and PTFE combination, the CD15ED430GO3F capacitor is also immune to many chemical and mechanical hazards, and is therefore suitable for use in harsh environments.

In general, the CD15ED430GO3F capacitor is an efficient and reliable high-voltage capacitor. It can be used in applications where high voltage, high stability, and high temperature are required, such as in power transmission systems, x-ray generators, electromagnetic defect detection equipment, and particle accelerators. It is also suitable for use in harsh environments, thanks to its proven ability to withstand chemical and mechanical hazards.

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