CDV30FF101FO3

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Mica and PTFE capacitors are electrical components that are critical for many applications, including signal conditioning, RF communications, and high power switching applications. The CDV30FF101FO3 is a mica and polytetrafluoroethylene (PTFE) capacitor with a maximum temperature rating of 200°C.

The CDV30FF101FO3 is a miniature and temperature stable mica capacitor with a stable PTFE dielectric. It features a low ESR (Equivalent Series Resistance) of 0.0008Ω, making it ideal for high frequency applications. It has very high stability and low losses, making it suitable for high power switching applications. The CDV30FF101FO3 offers a wide capacitance range of 0.56pF to 3.9pF and a tight capacitance tolerance of ±2%.

The PTFE dielectric of the CDV30FF101FO3 provides excellent temperature stability, making it suitable for high reliability and long-term applications. It also has low dielectric absorption for improved performance in switching applications. The CDV30FF101FO3 comes with a rugged construction, high self-healing capabilities, and a unique design that minimizes both ESR and parallel resonances.

The CDV30FF101FO3 is suitable for a variety of applications including signal conditioning, RF communications, high power switching, and telecommunications. It is also ideal for use in high-temperature environments such as those encountered in aerospace and military applications. Due to its high reliability and temperature stability, it is often used in applications where high temperature performance is required.

The working principle of the CDV30FF101FO3 is based on electric fields. During operation, an electrical charge is applied to the dielectric material, which causes the dielectric to become polarized and create an electric field in the capacitor. This electric field stores energy, allowing the capacitor to store electric charge. When a voltage is applied to the capacitor, the electric field is reversed and causes a discharge of the stored energy.

The CDV30FF101FO3 is an excellent choice for applications requiring robust performance in harsh environments. Its temperature stability, low ESR, and wide capacitance range make it suitable for many high power and temperature sensitive applications. With its rugged construction and high self-healing capabilities, it is an excellent choice for industrial, aerospace, and military applications where reliability and performance are necessary.

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