MRS25000C1212FC100

Through Hole Resistors are electrical components that typically consist of an insulation-encased wire or ceramic rod, flat in shape, that has an electrical resistance value. When electrical power is applied to a Through Hole Resistor, heat is produced as electricity passes through the resistor. This heat can be dissipated in different ways and in different types of resistors, known as the working principle.

MRS25000C1212FC100 is one of the types of Through Hole Resistors. It is a ceramic sleeve axial lead resistors. With a power rating of 1000W, it is suitable for high power applications. It has an operating temperature range of -55℃ to 200℃ and a resistance of 0.12 Ohm. It is constructed with an aluminum sleeve for added heat dissipation, allowing it to run at high temperature without degrading its performance.

The MRS25000C1212FC100 is generally used in applications where precision current regulation is required. Its main application fields are power supplies, renewable energy systems and switch mode power supply applications; it can also be used in automotive applications, robotics and various electronic equipment. It features low inductance, low noise, low temperature shift, high power and high reliability.

The working principle of the MRS25000C1212FC100 is to convert the electrical energy applied to the resistor into thermal energy. This is done by providing a path of controlled resistance, which limits the current flowing through it. The resistor then absorbs and dissipates the resulting heat as an additional energy dissipation mechanism. This process, called Joule heating, is what keeps the temperature of the resistor from rising too high and causing damage to other components.

The MRS25000C1212FC100 is designed for applications demanding high current power. It is a reliable and highly efficient resistor, able to handle large amounts of current and dissipate heat efficiently. Its wide range of applications makes it a must-have component for powering any electronic devices with high current loads.