CDV30FK132FO3F

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Mica and PTFE capacitors are essential components for a variety of electronic circuits. The CDV30FK132FO3F is one type of capacitor that is often used in high-frequency applications. This capacitor features a combination of mica and PTFE dielectric that enables it to handle frequencies up to 10GHz. In this article, we will describe the application field and working principle of the CDV30FK132FO3F capacitor.

Application Field of CDV30FK132FO3F

The CDV30FK132FO3F capacitor is typically used in high-frequency applications. It is ideal for use in cell phone systems, GPS systems, data centers, and broadcast networks. It is ideal for filtering and rectification circuits, as well as pulse shaping circuits. The CDV30FK132FO3F is also used in medical imaging systems, where it can be utilized to ensure precise timing of circuit elements. It is also used in capacitive voltage dividers and filter networks.

Working Principle of CDV30FK132FO3F

The working principle of the CDV30FK132FO3F capacitor relies on its dielectric material. This capacitor is comprised of a combination of mica and PTFE which forms the dielectric material. The mica dielectric allows the capacitor to operate at higher frequencies while the PTFE dielectric enables it to handle higher voltage levels. A combination of these two materials creates a dielectric material that gives the CDV30FK132FO3F its unique high frequency and high-voltage capabilities.

The CDV30FK132FO3F is a polarized capacitor, which means that one of its terminals has a negative charge while the other has a positive charge. The two polarized plates of the capacitor are separated by a non-conductive dielectric material. When a voltage is applied to the capacitor, the electric field created by the two plates forces electrons to flow through the dielectric material to the other plate. This flow of electrons creates a stored electric charge in the capacitor.

The capacitance of the capacitor determines how much charge is stored on the capacitor at any given time. The capacitance of the CDV30FK132FO3F is 15pF, which allows it to store a sufficient amount of charge for high-frequency applications. The high capacitance of the CDV30FK132FO3F also reduces the size and the cost of the capacitor.

Conclusion

The CDV30FK132FO3F is a combination mica and PTFE capacitor that can handle frequencies up to 10GHz and voltages up to 2000V. It is an important component for a variety of electronic circuits, including filtering and rectification circuits, pulse shaping circuits, and capacitive voltage dividers. It has a capacitance of 15pF that allows it to store a sufficient amount of charge for high-frequency applications. Mica and PTFE capacitors such as the CDV30FK132FO3F are essential components for today’s electronic circuits.

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