CMF552K0000FKBF

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Through Hole Resistors are electronic components that convert an electrical current into a corresponding voltage. The CMF552K0000FKBF is a through-hole resistor available on the market. It is a four-terminal through-hole package with a capacity of 12 kilo-ohms and a rated power of 0.25 watts.

The CMF552K0000FKBF has many applications, including providing a precise voltage rating for power supplies, stabilizing output current in motors and actuators, limiting current flow for safety in electronic circuits, as well as for noise cancellation and impedance matching in analog circuits. It can be used for in-circuit testing, as a voltage divider, for wave-shaping networks, and in many other applications.

The working principle of the CMF552K0000FKBF is based on the concept of resistance. This occurs when an electric current passes through an object. It is determined by the material used to make the resistor, as well as its size, shape, and number of turns. An increase in resistance causes a decrease in current flow and vice versa.

The CMF552K0000FKBF is constructed with a carbon-coated ceramic body and uses a four-terminal construction which provides increased stability and reliability. This resistor can tolerate high amounts of power and can operate over a wide temperature range. The resistance of each terminal is connected in series, so a change in resistance of any one of them will affect the overall resistance of the resistor.

The CMF552K0000FKBF utilizes leaded components which provides greater reliability than surface mount technology. Its through-hole construction ensures greater reliability in electronic applications. Its four-terminal construction provides increased stability and reliability over two-terminal resistors, as well as improved performance for applications that require voltage or current-sensing.

The CMF552K0000FKBF is an ideal choice for many applications that require precise voltage or current ratings in a wide variety of settings. Its four-terminal construction ensures that it can handle a wide range of voltages and power levels, while its leaded components ensure greater reliability than surface-mount devices. Its wide temperature range and increased power tolerance make it a great choice for high-reliability applications.

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