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Mica and PTFE Capacitors

CD15CD060DO3 Application Field and Working Principle

Mica and PTFE capacitors are special types of high-value capacitors with distinct properties that make them extremely useful in certain types of applications. The CD15CD060DO3 is one example of this type of capacitor. Its application field and working principle are discussed in this article.

The CD15CD060DO3 is a high-voltage axial-lead mica capacitor consisting of a thin-film capacitive element that is made of an etched piece of mica paper and a pair of PTFE (Teflon) dielectric films. The capacitance of the capacitor is designed to be robust, making it ideal for applications requiring a reliable and consistent capacitance value. The size and shape of the CD15CD060DO3 allow for flexible installation and a high operating temperature range.

The CD15CD060DO3 is designed to have a wide range of operating voltages, making it suitable for applications in which high voltages are required. For instance, it can be used in medical devices and televisions requiring high voltage to operate safely. In addition, its low dissipation factor, low temperature coefficient, and low leakage current make it well-suited for high frequency audio or video applications.

In terms of its working principle, the CD15CD060DO3 works in much the same way as any other capacitor. The capacitive element consists of two conducting plates separated by an insulating dielectric material. When a potential difference is applied between the plates, electrical charge accumulates, creating electrostatic energy, which can then be stored in the capacitor. The capacitance of the CD15CD060DO3 is determined by the size of the plates, their materials, and the thickness of the dielectric material.

The CD15CD060DO3 is an invaluable part for a variety of applications. Its complex construction results in a dependable and consistent high-value capacitor, making it ideal for a variety of high voltage, high frequency, and medical equipment applications. It is also liable for applications requiring low temperature coefficient, low dissipation factor, and low leakage current.

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