CMR03F241GOYM

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Mica and polymer film capacitors are two of the most popular types of capacitors available today. They have several advantages over other types of capacitors, including lower cost, higher performance, and less heat dissipation. The CMR03F241GOYM capacitor is one such example of a mica and PTFE capacitor.

This capacitor is specifically designed for high-frequency, narrow-band applications such as power line filters, Bypass and DC blocking circuits. It features a dielectric of ceramic-coated mica and a very low ESR, allowing for very efficient operation with up to 2000V DC dielectric-to-metal breakdown voltage. The CMR03F241GOYM also offers a wide frequency range up to 3GHz, making it ideal for high-frequency applications.

The capacitor\'s working principle is that it stores electric charge on two conductive electrodes separated by a dielectric material. As a voltage difference is applied to the electrodes, the electric field between them causes the charges on the electrodes to be transferred onto the dielectric material between them. This stored charge can then be used to transfer current between the electrodes.

The CMR03F241GOYM is particularly useful for high-frequency applications due to its low dielectric loss and ability to handle high-voltage discharges. Its construction of ceramic-coated mica also ensures excellent insulation and withstands disturbance in high-voltage environments. In addition, the capacitor\'s highly stable dielectric material ensures a consistent capacitance even when exposed to changes in temperature.

In summary, the CMR03F241GOYM is a high-performance capacitor specifically designed for use in high-frequency, narrow-band applications such as power line filters, Bypass circuits, and DC blocking circuits. It features a ceramic-coated mica dielectric, a wide frequency range of up to 3GHz, and a low ESR value that allows for efficient operation. The capacitor is able to withstand high-voltage environments and its highly stable dielectric material ensures consistent capacitance even when exposed to temperature changes.

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