CDV30FH362GO3F

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Mica and PTFE capacitors are amongst the oldest and simplest types of electrical components. The CDV30FH362GO3F is a type of capacitors which combines mica and PTFE (Perfluoroalkoxymethyla-triethyleneglycol) dielectric materials. It is a ceramic-mica capacitor with a rating of 7.1kVAR at 8.2A and ±10% tolerance.

The main application of this capacitor type is in AC power factor correction to ensure the power factor is corrected and that efficient use of electricity is obtained. It is important to note that this type of capacitor should never come into contact with moisture, as it can reduce the dielectric strength and reduce its overall effectiveness. Additionally, these capacitors are not suited for direct current use.

The working principle of the CDV30FH362GO3F capacitor is based upon the same principle as an ordinary capacitor. An electric field develops between two parallel metallic plates when a voltage is applied across them. In the case of this capacitor, the electric field is generated between mica and PTFE materials, which act as two dielectric layers. The voltage generated between them induces a displacement of charges which form a capacitance and allows energy to be stored.

Additionally, the PTFE layer provides the dielectric strength necessary to withstand high voltage applications. The two dielectric layers form a smaller effective capacitance than with only one layer, meaning the voltage is divided up across both and the device is able to sustain the high voltage without damage or degradation.

The CDV30FH362GO3F capacitor performs best when used in AC circuits and not in direct current. It is an excellent choice for use in AC power factor correction, providing a reliable and efficient way of improving power factor and efficient power consumption. The mica and PTFE dielectric materials provide the durability and dielectric strength required for these applications.

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