CD7FC221GO3

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Mica and PTFE capacitors are becoming increasingly popular in recent years. One type of capacitor, CD7FC221GO3, stands out as its performance is more than just reliable.

The CD7FC221GO3 is made with a combination of mica and PTFE, two versatile materials that are available in various sizes and options. Mica, one of the oldest insulation materials, is a silicate mineral known for its robust physical properties. PTFE, on the other hand, is an ideal choice for enclosures due to its plasticity and high dielectric strength. When combined, these materials contribute to the CD7FC221GO3’s exceptional current and rush ratings.

The CD7FC221GO3’s application field is diverse; it can be used in medical, industrial, and broadcast applications where accuracy is critical. In medical settings, its fast charge and discharge abilities and high capacitance make it ideal for controlling signals, as well as powering medical equipment. The CD7FC221GO3 also provides excellent fire proofing and current flow efficiency in industrial settings, making it the perfect choice for continuous, everyday use. In broadcast applications, its long term reliability and immunity to external conditions make it an ideal choice for long range audio and video transmissions.

As for its working principle, the CD7FC221GO3 is a dielectric film capacitor. This means that it consists of two electrodes and a dielectric material in between, forming a parallel plate arrangement. Electrons are passed through the external electrodes, and when a voltage is applied, a charge is stored on the dielectric material. It has a large temperature range in which it can function, from -55 degrees Celsius to +125 degrees Celsius. Its self-resonant frequency is also impressive, ranging from 5MHz to over 10,000MHz.

The CD7FC221GO3 is a truly remarkable capacitor thanks to its efficient combination of mica and PTFE. Its wide range of applications and reliable working principle make it one of the most sought after capacitors in the market today.

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