CD5FY271GO3F

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Mica and PTFE capacitors, represent one of the high-end solutions of industrial capacitors used in a wide range of applications, such as power supplies, decoupling, and energy storage.  TheCD5FY271GO3F is a cylindrical mica capacitor utilizing a PTFE dielectric material and a PTFE end seal. With the combination of mica and PTFE technology, this capacitor provides superior homogeneous dielectric insulation. Additionally, the high-temperature rating, dielectric strength, and integrity of the capacitor make it ideal for high-voltage operations.

Implemented on a two-terminal ceramic substrate consisting of two mica layers isolating two plates, the CD5FY271GO3F capacitor is sealed with a PTFE end seal. The PTFE ends, containing silver-plated active electrodes, are firmly sealed into the capacitor body to ensure reliable performance under extreme environmental conditions. Thanks to an improved assembly process, the capacitor has a capacitance range from 0.25 PST to 172 PST, a rated voltage range between 100V and 50kV, and a rated ripple current of 0.17Ω at +25C, 20kHz.

The PTFE dielectric of the CD5FY271GO3F capacitor enables it to operate in harsh environmental conditions, including unpredicted shocks and vibration. It has excellent capacitance stability against temperature variations, and its rated operating temperature range is -60°C to +125°C. Additionally, the capacitor offers low dielectric losses and an extremely high level of electro-mechanical integrity.

The wide variety of applications where this type of capacitor can be applied is certainly a relief for many industries. These include but are not limited to energy storage, decoupling, power operations, motor control, PFC, and LED lighting.

The CD5FY271GO3F capacitor has been designed to operate in the most demanding industrial and power environments. With its reliable build quality and superior insulation technology, this capacitor offers superior performance and superior reliability. Additionally, the capacitor is also heavily protected from shock and vibration, as well as temperature extremes. This makes it an ideal choice for high voltage operations in extreme environments.

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