CD17ED200JO3F

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Capacitors using Mica and PTFE are widely used across a number of industries, and the CD17ED200JO3F is a prime example of the versatility of this type of component. This capacitor is rectangular and multicomponent in construction, and is composed primarily of mica and Polytetrafluoroethylene (PTFE).

Mica is a naturally occurring mineral that is formed in layered sheets, and has been used for many hundreds of years thanks to its natural electrical properties. PTFE is a modern form of synthetic material and was developed more than 70 years ago as an alternative to rubber products. Together, mica and PTFE form a capacitor that is both highly reliable and durable, making it ideal for high reliability applications.

The CD17ED200JO3F has a range of applications thanks to its compact, low-profile design. It is commonly used in switch mode power supplies, audio equipment and military radio systems, and is able to operate in temperatures up to 125 degrees Celsius without any risk of breakdown. Additionally, the CD17ED200JO3F has a high breakdown voltage of 1250 volts and is able to withstand surges to 1500 volts.

When it comes to working principle, the CD17ED200JO3F works in a similar fashion to any standard capacitor. It can store charge, which makes it a buffer between current and voltage to reduce the effects of power fluctuations, and it is also able to control the rate of change of current and voltage in circuits. The mica and PTFE construction of the capacitor also makes it highly resistant to damage from vibration and shock, and it is able to maintain its electrical characteristics even when subjected to severe environment conditions.

In conclusion, the CD17ED200JO3F is a highly versatile capacitor made with mica and PTFE. It has a variety of applications, including switch mode power supplies, audio equipment and military radio systems, and is able to operate in temperatures up to 125 degrees Celsius without any risk of breakdown. Its compact, low-profile design and highly reliable construction make it ideal for use in high reliability applications, and it is able to maintain its electrical characteristics even when subjected to severe environment conditions.

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