MRS25000C1180FC100

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Through Hole Resistors offer a great solution for any number of applications, from basic signal conditioning to high power, and even to temperature sensing. The MRS25000C1180FC100 is a Through Hole Resistor, offering very high power dissipations and a wide range of applications. This article will look at some of the applications of this resistor, as well as the basic working principle behind it.

The MRS25000C1180FC100 can be used in a wide range of applications, from general signal conditioning to high power. It has an operating voltage range of 25V to 25kV and power dissipation of 10.8W. This makes it ideal for applications that require high voltage, such as surge protection, or high power applications. It is also resistant to shocks and vibration, which adds to its versatility in industrial and aerospace applications.

The working principle behind this Through Hole Resistor is fairly simple. It is composed of two terminals, an anode and a cathode. When a current is applied to the anode, the electron flow from the anode to the cathode and through the resistor cause it to dissipate power. The amount of power dissipated by a resistor depends on its resistance and the applied power. The MRS25000C1180FC100 can be used in applications where large amounts of power require to be dissipated, like surge protection.

Due to its extremely high power dissipation ratings, the MRS25000C1180FC100 can also be used in high temperature sensing applications. By monitoring the amount of power dissipated, the temperature of an area can be determined. This is particularly useful in industrial applications, where temperatures need to be monitored and controlled.

In summary, the MRS25000C1180FC100 is a Through Hole Resistor that offers an excellent solution for many applications. Its high voltage rating and power dissipations make it suitable for high power applications. Furthermore, it can be used for temperature sensing, which makes it an excellent choice for industrial applications. Its working principle is fairly simple, with electron flow from the anode to the cathode and through the resistor causing the resistor to dissipate power.

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