CD6CD050CO3

Mica and PTFE Capacitors

The CD6CD050CO3 mica capacitor is a product developed for use in high voltage and high power applications. As the name implies, it uses mica or PTFE materials to provide superior electrical performance. The mica material is an ideal conductor and dielectric material which has high stability, good electrical insulation properties, and excellent thermal performance. PTFE, on the other hand, is well known for its non-toxic and low cost characteristics and is often chosen as a coatings or insulation material.

The CD6CD050CO3 is a highly efficient mica/PTFE capacitor with an exceptionally low profile. It provides low dielectric losses and superior heat dissipation, as well as high frequency, low impedance performance. With its small size, the CD6CD050CO3 is ideal for use in high density electronic applications. It can also be used in many automotive, industrial, medical, aerospace, and military applications. Common applications include boost rechargeable batteries, power supplies, instrumentation, and high-voltage audio systems.

The CD6CD050CO3 works by utilizing a thin layer of mica or PTFE between two conductive plates. When electricity is introduced to the plates, electrons move from one plate to the other, creating a potential difference that can be used to power devices. The mica or PTFE is highly effective at preventing electrical leakage between the plates, ensuring the capacitor stores the maximum amount of charge possible. The combination of mica and PTFE also gives this capacitor an exceptionally long life, as both materials are highly resistant to wear and tear.

The CD6CD050CO3 mica capacitor provides excellent electrical performance and reliability in a variety of high voltage and high power applications. With its low profile, high efficiency, and improved resistance to heat, mica and PTFE capacitors are becoming increasingly popular for use in professional audio and other power management needs. When shopping for high performance capacitors, the CD6CD050CO3 mica capacitor is an excellent choice.