CD42FA913GO3F

Mica and PTFE (Polytetrafluoroethylene) capacitors are an emerging technology for high frequency applications found in everything from consumer electronics to automobiles. The CD42FA913GO3F is a small and compact capacitor developed to improve the performance of power circuits in high frequency applications. It is designed with a solid core of mica sandwiched between two layers of PTFE, creating a unique combination of attributes that bring together high temperature stability, durability, and efficiency.

Application Field:

The CD42FA913GO3F capacitor is exceptionally useful in high voltage applications and its size allows it to be used in tight spaces. It is capable of handling high frequencies without sacrificing performance. This makes it a great choice for power circuits in automobiles, consumer electronics, and other applications that require a reliable and efficient power delivery at high frequencies. It is also resistant to harsh environmental conditions, making it suitable for numerous outdoor applications, such as weather monitoring systems, in addition to indoor applications.

Working Principle:

The CD42FA913GO3F capacitor works on the principle of dielectricity. This means that it stores energy between two conductors, which results in the production of an electric field. When a voltage is applied across the capacitor, it creates an electric current. The two layers of PTFE help maintain the electric field, while the mica core creates a solid barrier that prevents premature breakdown. This makes the capacitor highly efficient in handling high voltage and frequencies while delivering a consistently reliable performance.

Conclusion:

The CD42FA913GO3F is a reliable and high-performance capacitor suitable for numerous high frequency applications. It is made of two layers of PTFE surrounded by a solid core of mica, bringing together exceptional stability and durability with high efficiency. This capacitor has become increasingly popular for its size and its ability to handle high voltage and frequencies, making it a popular choice for consumer electronics and automobile industries.