CD10FD251GO3F

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Mica and PTFE capacitors are widely applicable across many types of industries. The CD10FD251GO3F capacitor is a typical example for these types of capacitors, and it is used in high voltage, high frequency applications, which require a stable performance and a long lifetime.

The CD10FD251GO3F capacitor is designed specifically for high voltage, high frequency applications because it offers maximum performance with the minimum of space. It has a multilayer structure composed of mica and PTFE dielectric material, as well as solid conductive plates and an external insulation layer. This unique structure affords it superior insulation and heat dissipation properties than traditional capacitors, and its design makes it particularly suitable for high voltage, high frequency applications.

The CD10FD251GO3F capacitor\'s efficient design offers excellent capacitance characteristics of 0.025pF/mm, a high maximum working voltage of 8kV, and a wide frequency range from 12kHz - 800MHz. Furthermore, it offers excellent temperature stability, high insulation resistance, low losses, and tolerance rates of ±10%. This makes the capacitor suitable for a range of industrial and automotive applications, including AC/DC converters, power supplies, telecoms switching systems and high power switching boards.

The CD10FD251GO3F capacitor also offers good physical stability, meaning the capacitor is suitable for applications where shock and vibration may be an issue. It also has low dissipation factor, inherent stability, reliable self-healing properties, and Class 2 surface leakage characteristics.

The CD10FD251GO3F capacitor\'s working principle is based on the principles of capacitance and the capacitive reactance. When a voltage is applied across the capacitor\'s terminals, current will flow in the direction of the positive terminal. This current will create a driving force that will move the dielectric material between the two conducting plates. This dielectric material creates an electric field, which is then opposed to the electric field created by the voltage source. The result is that the capacitor will store energy in the form of an electric field. This stored energy can then be released to the load when the voltage across the capacitor\'s terminals falls below the threshold level for current-flow.

In summary, the CD10FD251GO3F capacitor is an excellent choice for high voltage, high frequency applications due to its efficient multi-layer structure, high insulation resistance, low losses, and wide frequency range. The dielectric material between the electrodes is resistant to shock and vibration, and its efficiency offers reliable performance and long lifetime for any industrial or automotive environment.

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