CD5CC090CO3 Capacitors

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Mica and PTFE capacitors are broadly used in electric circuits, as they offer increased insulation resistance and temperature stability. When it comes to elevated temperatures, the performance of most common dielectric materials starts to suffer, so mica and PTFE capacitors are taking their place. The CD5CC090CO3 is a specific type of such capacitors, which is particularly suitable for high-temperature environments.

The CD5CC090CO3 capacitor utilizes a mica dielectric based on two sheets of PTFE film with sprayed silver in between. Such capacitors take advantage of both PTFE and mica dielectrics, providing the best of both worlds. By combining the insulation properties of PTFE with the temperature resistance of mica, the CD5CC090CO3 capacitor is an excellent choice for high-temperature applications.

The CD5CC090CO3 has a comparatively high temperature coefficient compared to other dielectric materials and is available in a wide range of values from 0.063pF to 1µF. The capacitor is able to deliver superior insulation stability at operating temperatures of up to 125°C, making it suitable for a variety of extreme applications.

In terms of use, the CD5CC090CO3 is usually employed in military equipment, aerospace, and other high-temperature applications. It can also be used in radio systems, switching power supplies, and any other type of equipment requiring enhanced temperature resistance. As such, the CD5CC090CO3 is perfect for high-temperature applications where dielectric materials with greater insulation are required.

The CD5CC090CO3 also offers a number of attractive features in terms of working principle. Its capacitance remains stable at high temperatures, while maintaining optimal insulation from other components. Furthermore, it offers very low levels of distortion, making it a good choice for applications that require a well-controlled electrical signal.

Overall, the CD5CC090CO3 is an excellent option for high-temperature applications due to its reliable performance, temperature stability, and excellent insulation properties. The PTFE and mica dielectric combine to ensure that the capacitors operate reliably even at extreme temperatures, making them an ideal choice for many applications. With its favorable working principle, the CD5CC090CO3 offers exceptional reliability and efficiency in a variety of markets.

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