MRS25000C2870FC100

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Through Hole Resistors are an important component in many electronic circuits. The resistor that is most commonly used in this variety is the MRS25000C2870FC100. This resistor, also referred to as a DIP (Dual In-line Package) resistor, features a leaded design with two pins per side, and a long life cycle that allows for up to one million operations. This white paper explains the application field and working principle of the MRS25000C2870FC100 resistor.

The MRS25000C2870FC100 is a general purpose resistor, meaning it is suitable for use in a variety of different applications and circuits. Specifically, it is designed for use in high-frequency applications, and is well-suited for circuits running at 50V to 1KV. It is most commonly used in control circuits, power supplies, alarm systems, automotive circuits, and audio equipment.

The MRS25000C2870FC100 is an axial leaded, through-hole resistor. This means that it is designed to be soldered directly to the circuit board or components. This also allows for easy installation and replacement. The resistor is made up of two layers of resistive material, with a layer of isolation material in between. This layer of isolation material prevents any electrical current from traveling across the two layers of resistive material.

When electrical current is applied to the resistor, the electrons transfer through the resistive material, causing electrical energy to be dissipated as heat. This is how the MRS25000C2870FC100 resistor works. The amount of electrical energy that is dissipated depends on the resistance of the resistor, and can be determined by using Ohm’s law. The resistance value of the MRS25000C2870FC100 resistor is 2870 Ohms.

The MRS25000C2870FC100 is a versatile and durable resistor that can be used in a variety of different applications and circuits. It features an axial leaded design, allowing for easy installation and replacement, and it is designed for use in high-frequency circuits. The resistor is also rated for up to one million operations. The amount of electrical energy that is dissipated is determined by the resistance value of the resistor, which can be determined by using Ohm\'s law.

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