Mica and PTFE Capacitors

Mica and PTFE capacitors are specialty capacitor and gain popularity within the electronics industry for their high dielectric strength, superior arc and breakdown voltages, reliable and comfortable assembly even under difficult conditions, and environmentally friendly characteristics. The CD4ED430GO3 is one such product developed by a renowned manufacturer of electronic components and is used in a variety of different applications.

CD4ED430GO3 Application Field

The CD4ED430GO3 is most commonly used in high voltage, high frequency applications such as microwave transmission systems, power supplies, switching power converters, RF applications, and regulated power supplies. It is also used in high reliability, extreme temperature applications at the ground level. In these applications, its feature of low dielectric losses and outstanding dissipation factor allows it to perform well.

Working Principle Of The CD4ED430GO3

The CD4ED430GO3 is based on the principle of glass frit mica with an additional PTFE layer. The combination of the mica dielectric layer and the PTFE layer ensures a low dissipation factor, thereby providing excellent performance in high voltage and high frequency applications. The materials used to make the capacitor provide excellent insulation against humidity, dust, and other contaminants. This layer prevents arcing inside the capacitor and also helps to reduce the risk of flashover, making this type of capacitor highly reliable.

Key Advantages Of The CD4ED430GO3

• High Dielectric Strength: The high dielectric strength of the CD4ED430GO3 allows it to withstand high voltage without any breakdown or flashover.
• High Operating Temperature: The operating temperature of the CD4ED430GO3 is much higher than that of other capacitors, allowing it to be used in extreme temperature applications.
• Excellent Insulation: The PTFE layer of the CD4ED430GO3 provides excellent insulation, thereby preventing any arcing between the capacitor plates.
• High Reliability: The use of high quality materials enables the CD4ED430GO3 to operate reliably even in extreme conditions.
• Eco-Friendly: The CD4ED430GO3 is an environmentally friendly capacitor, as it does not utilize any hazardous materials during its manufacturing process.

Conclusion

The CD4ED430GO3 is an ideal choice for high voltage and high frequency applications, due to its superior dielectric strength, high operating temperature, excellent insulation, and eco-friendly characteristics. Its use also ensures high reliability and performance even in extreme conditions, making it a perfect choice for various applications.