CMF55680R00FKR6

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Through Hole Resistors are electrical components that are used to restrict the current flow and protect other components from potential dangers. The CMF55680R00FKR6 is a particularly efficient through hole resistor as it can handle high frequencies and temperatures up to 175 °C (347 °F).

Generally, the CMF55680R00FKR6 is found in many fields, including automotive, aviation, and industrial applications. It is also used in radio receivers, medical equipment, audio systems, computers, calculators, and portable computers. This through hole resistor is often used in areas where an accurate resistance is required because of its high accuracy and stability. Additionally, its construction allows it to be used in high vibration and shock applications.

The CMF55680R00FKR6 is built with high quality ceramic and metal materials, and also includes a copper alloy wire. This wire is connected to the power supply and functions as the electrical path for the current. The resistor\'s ceramic material acts as a protective housing to help the wire keep its mechanical properties and resist corrosion.

The CMF55680R00FKR6 offers many advantages to users. These include low inductance, excellent temperature coefficient, and stable performance over a wide temperature range. This through hole resistor also has higher power rating than a regular through hole resistors, so it can be used in high power applications. Additionally, it has a wide resistance range, which makes it suitable for high frequency applications.

To ensure that electrical components are adequately protected, there is great value in the CMF55680R00FKR6 as it offers reliable and durable protection. Additionally, it is very easy to install and maintain, as it requires minimal effort and maintenance.

In conclusion, the CMF55680R00FKR6 is a type of through hole resistor that has been especially designed to protect electrical components from current and voltage variations. The wide variety of applications makes it suitable for many different industries, and its high power rating, low inductance, and temperature coefficient make it useful in many cases. Additionally, its easy installation and maintenance make it a very attractive component.

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