CD7FA361FO3

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Mica and PTFE capacitors offer designers and engineers superior performance and characteristics essential for operating in various industrial applications. CD7FA361FO3 capacitors utilize mica and PTFE materials to provide high performance ratings and long term reliability.

Performance and reliability are critical attributes when specifying a capacitor and the CD7FA361FO3 has them in spades. The capacitor features an insulation resistance of 11 gigohms and the breakdown voltage ranges from 950-1200Vac depending on capacitor size. In addition, the dielectric dissipation factor measured at 1 kHz is negligible for the CD7FA361FO3 which allows for higher ripple current ratings and improved surge characteristics.

The CD7FA361FO3 capacitor is available in nine standard sizes from 25µf to 1,000µf with capacitance tolerances up to ±10%. The capacitors can also be used in either temperature compensated or thermal-stabilized applications and have a capacitance change from -30°C to +85°C of up to +22%.

The outstanding design of the CD7FA361FO3 capacitor allows it to be used for a variety of application fields. As a safety-rated capacitor, it can be used in power conversion systems, electric vehicles, HVAC systems, and UPS systems. Furthermore, this capacitor provides excellent filtering capabilities and can be used for active electromagnet protection, electrical machines, solar energy systems, and industrial automation.

The main working principle behind the CD7FA361FO3 capacitor is the use of mica and PTFE materials. Mica is an excellent dielectric material that offers high insulation resistance and excellent dielectric strength. The mica insulation on the CD7FA361FO3 has a very low thermal conductivity which helps to maintain high voltage ratings even in high temperatures. The PTFE offers high frequency and temperature stability over long periods of time.

The excellent design of the CD7FA361FO3 is completed with specialized construction techniques. Vertical stacking of sheets ensures low ingress of impurities and out-gassing and careful layering of mica and PTFE helps to provide an increased insulation resistance. Additionally, stress-equalizing techniques are used to minimize capacitor size and ensure a robust construction with excellent durability.

In conclusion, the CD7FA361FO3 is an ideal capacitor choice for a variety of application fields and uses due to its excellent performance ratings and superior mica and PTFE construction. With a high insulation resistance, breakdown voltage ranges, and superior thermal stability, designers and engineers can rest assured they will be getting a long-lasting, reliable capacitor for their application.

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