CMF60205K00BEBF

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Through Hole Resistors

Through hole resistors are typically composed of a metal or ceramic core and a resistive wire winding around it. This type of resistor is very common and can be found in almost all electronic circuits. They are typically used as voltage dividers, current limiting resistors, voltage regulators, thermal protection, or EMI/RFI noise suppression. The most common through hole resistors used are carbon composition resistors.

The CMF60205K00BEBF is a type of through hole resistor and is mainly used in the industrial and medical fields because of its excellent noise suppression and high temperature resistance capabilities. It is made with a metal-oxide-film processed with the metal plate as the resistive wire. This type of resistor is highly reliable, long lasting, and extremely accurate with minimal changes in its resistance over a wide range of temperatures and operating conditions.

The resistance value of the CMF60205K00BEBF resistor is 5kΩ and its resistance tolerance is 1%. It can handle a maximum power dissipation of 0.125W. The chances of it getting damaged due to over-heating are very low due to its high thermal stability. The resistor can operate in temperatures ranging from -55°C to +125°C and has a voltage rating of 250V.

The CMF60205K00BEBF resistor works on the principle of Ohm’s law. It is a direct current (DC) resistor that works by piling up electrons on its surface. As electricity travels through the resistor, electrons collide with the metal plate, which then creates electrical resistance. The more the electrons build up, the greater the resistance will be.

In conclusion, the CMF60205K00BEBF through hole resistor is an excellent choice for applications in the industrial and medical fields. With its high temperature and EMI/RFI noise suppression capabilities, this resistor is highly reliable, long lasting, and extremely accurate with minimal changes in resistance over a wide range of conditions. It works on the principle of Ohm’s law and offers an excellent protection for the circuit elements.

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