CMF65R36000FNBF

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Through Hole Resistors, such as CMF65R36000FNBF, are one of the most commonly used resistors in many electronic applications. The name suggests that the resistor is installed directly into the circuitry through an opening. This type of resistor has a relatively low profile, making it ideal for use in limited space areas when designing a circuit board.

The CMF65R36000FNBF resistor consists of a fixed length of thin wire surrounding a cylindrical ceramic core. The wire is insulated and connected to a pair of gold plated pads. The resistance of the wire is determined by the size of the wire and the length of the ceramic core. The resistance of the wire is not affected by changes in temperature or voltage, making them ideal for use in sensitive circuits.

The most common application of CMF65R36000FNBF resistors is in high-powered circuits. They are usually employed to reduce current in the circuit, or as protection elements in case of high voltage conditions. They can also be used to create a voltage divider, which is a necessity in many analog circuits. In addition, they can be used to regulate the output of a voltage regulator, effectively stabilizing the output voltage.

The working principle of a CMF65R36000FNBF resistor is very simple. When it is connected to a current source, the resistor restricts the flow of the current by dissipating it in the form of heat due to its resistance. The power dissipated can be calculated using Ohm\'s law, which states that the current is equal to the product of the voltage and the resistance. The resistor\'s power rating indicates the maximum amount of power it can dissipate.

The CMF65R36000FNBF resistor is a very versatile component which can be employed in many electronic applications. Its size and low profile make it ideal for use in limited space areas. Its reliable and consistent resistance makes it an excellent choice for high-powered circuits as well as current regulation. This versatility coupled with its simple working principle makes it a perfect choice for any electronic application.

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