CMR05E470GODR

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Mica and PTFE capacitors are a type of capacitor technology that utilizes mica and a coating of PTFE for electrical insulation. The CMR05E470GODR is an example of such technology, and is designed to be a good all-around capacitor for a variety of applications. In this article we will discuss the application fields and working principle of the CMR05E470GODR mica and PTFE capacitor.

Application Fields

The CMR05E470GODR capacitor is best suited for low voltage supply applications, due to its high voltage rating and wide temperature range. It is also well suited for low frequency filtering, as the combination of mica and PTFE makes it an excellent choice for reducing noise and ac line ripple. In addition, this capacitor is excellent for home appliance, audio, and automotive purposes. It is also often used for medical grade applications, as the combination of mica and PTFE makes it highly reliable in such scenarios.

Working Principle

A Mica and PTFE capacitor works by utilizing a combination of mica and PTFE (Polytetrafluoroethylene) as the dielectric material. The combination of mica and PTFE allows for a high insulation level and a wide temperature range. It also provides for a high voltage rating and a low dissipation factor. The construction of the CMR05E470GODR consists of two mica plates, a metal strip, and a PTFE coating. When voltage is applied, the electric field produced forces the mica plates to move towards each other, which increases the capacitance of the device. The metal strip connecting the two mica plates allows for a more efficient movement of electrical charges, allowing for a higher capacitance.

Mica and PTFE capacitors are predominantly used in low voltage power supply applications due to their high voltage rating, wide temperature range and low dissipation factor. The CMR05E470GODR is a great example of such a capacitor and is well suited for a variety of applications. Its combination of mica and PTFE makes it an excellent choice for many applications, ranging from home appliances to medical grade applications.

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