CDV30FH622GO3F

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Mica and PTFE Capacitors

The CDV30FH622GO3F is a mica and PTFE capacitor developed by a leading manufacturer of capacitors. The capacitor is used in electronic devices and circuits, and utilizes a polyester-polyimide film to construct a dielectric. This dielectric provides a high frequency performance, excellent stability, and a good temperature stability.

Application Field

The CDV30FH622GO3F is best suited for applications requiring high-frequency performance and stability while operating in extreme temperatures. This includes circuits that are used in communication systems and measuring devices that work in excess of 20 kHz. The capacitor is also suitable for use in electric, mixer, and general audio circuits, as well as electric power circuits. Additionally, the CDV30FH622GO3F is suitable for use in AC and DC circuits and in filtering circuits.

Working Principle

The working principle of the CDV30FH622GO3F is based on the use of a polyester-polyimide film as the dielectric, which is a highly effective insulation material. The dielectric provides excellent frequency response and stability, while also having good temperature stability. This makes it well-suited for use in communication and measurement circuits and the audio applications mentioned above.

The CDV30FH622GO3F is connected in series with a resistor included within the electronic device. This resistor acts as the current limiter, and prevents the capacitor from shorting or overcharging. The CDV30FH622GO3F also features a low dissipation factor and low profile construction, making it ideal for use in applications where space is limited.

Conclusion

The CDV30FH622GO3F is a mica and PTFE capacitor suitable for high-frequency applications and operations in extreme temperatures. This capacitor is connected in series to a current limiter for extra protection, and can be used in electric circuits, mixer circuits, audio circuits, and power circuits. Furthermore, the CDV30FH622GO3F has a low dissipation factor and a low profile construction, making it easily suitable for applications where space is limited.

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