CMF07560K00JLEA

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Through hole resistors are a type of resistor that have two electrical connections that come through a single hole in a circuit board. The CMF07560K00JLEA is one such through hole resistor, and it has a variety of applications and functions that are important to note.

The CMF07560K00JLEA is an exceptionally small 0.6 mm thick, 0.3 mm high through hole resistor that features a resistor value of 075 resistance presented in ohms. Ideally suited for surface mount devices, the resistor element of the CMF07560K00JLEA is made up of a thin gold film of either manganese nickel, for thinner elements, or thicker copper-nickel for thicker elements. The resistor element is then laser trimmed to get a precise resistance value.

The CMF07560K00JLEA can be used in a variety of applications. It has traditionally been used in precision instrumentation, medical devices, and military systems for precision set-point control, and can also be used in other applications where low resistance values are necessary. Specifically, the CMF07560K00JLEA is well-suited for applications in which low values of resistance are required, such as in high-fidelity audio systems or stereo systems.

To understand how the CMF07560K00JLEA works, it is important to note that a resistor element transforms electrical power into heat, and the heat that is dissipated is inversely proportional to the resistance value. This means that the higher the resistance, the lower the power loss. For example, a 0.5 ohm resistor will have a maximum power rating of 5 watts, while a 0.075 ohm resistor will have a maximum power rating of 75 watts – the CMF07560K00JLEA has a resistance value of 0.075 ohms, thus giving it a maximum power rating of 75 watts.

In terms of its operation, the CMF07560K00JLEA is designed to control the current flow through an electric circuit or device. The resistor works by introducing a specific amount of resistance to a circuit. This creates a voltage drop between the two ends of the resistor, and since the current flow is inversely proportional to the voltage drop, the amount of current flowing through the resistor is reduced.

In order to meet the exact power rating, resistance, and temperature requirements of its particular application, the CMF07560K00JLEA must be constructed with precise tolerances. To create the resistor element of the CMF07560K00JLEA, multiple layers of a metal and/or alloy film, such as manganese nickel, copper-nickel, or any other suitable material, are applied to an insulating substrate, such as glass-epoxy. This method of construction enables a wide range of precise resistance values to be achieved, while the laser trimming process ensures that the resistor element will have excellent heat stabilization.

To summarize, the CMF07560K00JLEA is a through hole resistor that is ideally suited for applications in which low resistance values are required, such as in high-fidelity audio systems or stereo systems. It has an exceptionally small 0.6 mm thick, 0.3 mm high profile making it ideal for surface mount devices, and it is constructed with multiple layers of a metal and/or alloy film on an insulating substrate to achieve a wide range of precise resistance values. The CMF07560K00JLEA works by introducing a specific amount of resistance to a circuit, reducing the amount of current flowing through the resistor and allowing a voltage drop to be maintained.

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