CMR03E820JOAM

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Mica and PTFE capacitors are a unique type of capacitors that offer very low loss for both high frequency and high temperature applications. CMR03E820JOAM is one such capacitor that has a variety of applications and offers excellent performance and reliability.

This Mica and PTFE capacitor has a wide application field and can be used in a variety of situations ranging from high frequency amplifiers, DC-DC converters, automotive audio equipment, medical equipment, to power supplies. The CMR03E820JOAM has an operating temperature from -55 to +125C and with a ripple current of up to 5A, it offers superior performance under extreme temperatures. The capacitor\'s maximum capacitance value is 820pF, making it ideal for filtering of high frequencies.

The working principle behind the CMR03E820JOAM capacitor is that of a non-polarized design. This type of capacitor consists of a dielectric material that is held between the two plate electrodes. The dielectric material can be either mica or PTFE, and both materials offer significantly lower loss compared to other types of dielectrics. When a voltage is applied between the two plate electrodes, it creates an electric field between them which stores the energy. The stored energy is proportional to the dielectric\'s permittivity, and the capacitance of the capacitor.

The CMR03E820JOAM capacitor is also designed with a high-quality base material and a glass-filled epoxy coat that protects the capacitor from wear and tear. This makes the capacitor much more durable and reliable than other types of capacitors. Additionally, the capacitor\'s design also allows for a very high operating voltage, with the maximum recommended operating voltage being 250V. This ensures that the capacitor can handle high voltage applications without any difficulty.

Overall, the CMR03E820JOAM capacitor is an excellent choice for a variety of applications that require a low-loss, high-performance, and reliable capacitor. The high-quality materials and construction of the capacitor make it an ideal choice for a range of high-frequency and high-temperature applications.

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