CDV30FH512GO3F

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Mica and PTFE capacitors are essential components in the electronic industry. Among them CDV30FH512GO3F is a next generation of high performance mica and PTFE capacitors, which offer excellent performance levels with reliable safety and performance in high frequency electrical and electronic circuits.

This mica and PTFE capacitor is made with an aluminium foil substrate with PTFE mixed into it. PTFE is used as a dielectric in the capacitor and it has the advantages of high dielectric strength, low loss, and high temperature stability. The capacitor has excellent capacitance-resistance characteristics and it is highly resistant to environmental and electrical stresses. The capacitor can also be used in high frequency (up to 1000kHz) and high temperature (up to 600 degrees Celsius) applications.

One of the main application fields of CDV30FKH512GO3F is in the telecommunications industry. In telecommunications, the use of this capacitor allows for high speed data transfer and high performance networking. It is also used to reduce signal distortion in high speed data transmission networks. By eliminating signal distortion, the data transmission can be made more reliable and efficient. This is important for communication networks that must meet the stringent demands of demanding applications, such as Voice over Internet Protocol (VoIP).

Another major application for the CDV30FKH512GO3F is in the automotive industry. The capacitor is used to provide electrical insulation and protection for sensitive components. In vehicles, the capacitor helps to ensure that power flows smoothly and safely, preventing electrical shorts and other malfunctioning. In addition, the capacitor also reduces downtime by providing reliable and efficient protection against high frequency electromagnetic interference.

The working principle of CDV30FKH512GO3F is that the PTFE dielectric is sandwiched between two layers of aluminium foil for highest stability and reliability. The spacing between the two aluminium layers is important to determine the capacitor’s capacitance. When voltage is applied across the capacitor, two layers of electrons will be attracted to one of the plates, forming a surface charge. The free electrons on the other plate will then repel, creating a capacitance between the two layers.

By controlling the size of the gap, designers can fine tune the capacitor’s capacitance. This allows users to achieve various mechanical and electrical performance goals. The PTFE dielectric also provides additional thermal and environmental protection by preventing foreign objects from entering the capacitor. This can help reduce the chance of component failure.

CDV30FKH512GO3F is an excellent mica and PTFE capacitor offering outstanding performance in a wide range of applications. It has high-frequency capabilities, excellent capacitance-resistance characteristics, and reliable environmental and electrical protection. It is suited for use in a wide variety of electrical and electronic applications, including those requiring high-frequency data transfer or telecoms applications.

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