CMF6520K000BEEB

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Through Hole Resistors are among the most commonly used electronic components, and the CMF6520K000BEEB is an important model in this family. This resistor is designed and developed based on two distinct technologies: radial lead and axial lead. Unlike axial lead resistors, which require the lead wires to be cut in order to make a connection, the CMF6520K000BEEB is composed of four radial leads attached at the ends of the resistor body. This design allows for easier and quicker electrical connections and has wider range of applications.

The CMF6520K000BEEB is generally used in applications in the industrial and commercial sectors, such as aircraft, automobiles, medical and communication devices. It is also commonly used in EMI suppression, voltage stabilization, etc. This resistor operates at a voltage range of 10-200 volts and dissipates wattage of up to 5 watts. It has an operating temperature range of -25 to +125 degrees Celsius and can also handle extreme temperature variations with ease and reliability.

The working principle of the CMF6520K000BEEB is simple. It is a four-terminal resistor that provides an electrical connection between two points. The resistor used in this design is composed of metal oxide material, which is segmented into four parts. The inner terminals of the resistor are connected by a highly conductive lead wire, and the outer terminals are connected by two wires which are electrically insulated from the inner ones. The electrical resistance of the resistor is calculated by multiplying the length of the inner wire and its segment number. By varying the segment number, the output resistance can be varied.

The CMF6520K000BEEB is an extremely versatile resistor with many different applications. For example, it can be used in circuits that need an electrical connection with extremely low resistance or when higher voltage protection is needed due to the large number of layers that can be used in the inner connections. In addition, it is also used in noise suppression, temperature compensation and voltage stabilization applications. Overall, this is an ideal choice for various applications in the industrial and commercial sectors.

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