CDV30FK561FO3F

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Mica and PTFE capacitors refer to a class of capacitors which employ a mica or PolyTetraFluoroEthylene (PTFE) dielectric. This type of capacitor is known for the reliability and stability it provides due to its stable dielectric constant and low dissipation factor. The CDV30FK561FO3F is one of such capacitors.

The CDV30FK561FO3F is a mica and PTFE capacitor with a small size, easy mounting and high reliability. They have been designed to provide satisfactory performance under temperature variations of up to 130 °C. The capacitors feature a mica case that is wrapped with two PTFE layers. They conform to the EU\'s RoHS directive, which requires that the components employed in electronic products have no hazardous materials.

The main application fields for the CDV30FK561FO3F capacitor include AC motor start, voltage spikes suppression, signal decoupling, film capacitors, three-phase motor applications, inverters, EMC filters and general filtering.

The working principle of the CDV30FK561FO3F capacitor is simple. An electrostatic field is created by charges deposited on two conductive plates. These charges create an electric field that is able to store energy. When a voltage is applied to the capacitor, the charges begin to move. Electric current flows through the capacitor until the charges reach equilibrium. Once this has been achieved, the stored energy in the capacitor begins to dissipate and the total capacitor charge begins to decrease.

The capacitance of the CDV30FK561FO3F is 6.3uf and its variation coefficient is 0.1mA. The power dissipation factor is 0.0043 and the rated voltage is 600V. The temperature range of the capacitor is -25℃~130℃ and its allowable ripple current is 1000mA. The maximum dielectric strength of the CDV30FK561FO3F is 3000VAC/min.

In conclusion, the CDV30FK561FO3F capacitor is a reliable mica and PTFE capacitor with a small size, easy mounting and high power dissipation factor. Its application fields include AC motor start, voltage spikes suppression, signal decoupling, film capacitors, three-phase motor applications, inverters, EMC filters and general filtering. Its working principle is based on an electrostatic field created by charges deposited on two conductive plates.

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