MRS25000C4129FC100

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Through Hole Resistors

Through Hole Resistors are components with a limited range of resistance values used to reduce the current level in a circuit. They are typically made up of a combination of a wire-wound resistor and a non-inductive resistor. They are commonly used in industrial and commercial applications where controlling power levels and switching is required. Resistor networks, also known as resistor arrays, are composed of a variety of resistor values, allowing for a wider range of high-precision current control in a variety of applications.

MRS25000C4129FC100 application field and working principle

The MRS25000C4129FC100 is a through-hole resistor made of two distinct resistive elements. It is designed for use in industrial and commercial applications that require precision power control and switching. This resistive structure allows for a wide range of current control, thus allowing precise control in a variety of applications.

This resistor utilizes a combination of a wire-wound resistive element and a non-inductive resistive element. The wire-wound element offers a high degree of precision, while the non-inductive element reduces electromagnetic interference. The combination of these two elements provides a uniform, stable resistance level over a wide range of current control.

The MRS25000C4129FC100 is capable of handling high power currents up to 251000V, and features a temperature coefficient of 0.2C per watt. The resistance is measured to be 0.01 ohm/mm. This provides precise power control throughout a wide range of conditions.

This resistor is mainly used for industrial and commercial applications that require precision current control. It is ideal for applications such as low-power switching, power management, and protection circuits.

The MRS25000C4129FC100 is a reliable and highly accurate through-hole resistor that provides an efficient solution for industrial and commercial applications. With its combination of reliability and accurate power control, it is an ideal solution for precision-controlled applications.

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