MRS25000C2803FC100

Through Hole Resistors: MRS25000C2803FC100 Application Field and Working Principle

Through hole resistors are useful for a variety of applications, from providing environmental protection to stabilizing voltage and current in circuitry. There are various types of through-hole resistors available, one of which is a MRS25000C2803FC100 through-hole resistor. This type of resistor is an axial-lead, metal film resistor, and is suited to both industrial and commercial applications.

Application Field

The MRS25000C2803FC100 resists electrical current and offers thermal protection in both industrial and commercial applications. It can be used for protection against overloads in power supplies and can also be used for motor speed control. It is especially useful for turning off circuits or limiting current when potentially hazardous situations arise. Additionally, this type of resistor can be used for noise reduction, voltage regulation, inrush current limiting, signal isolation, and electrical isolation.

Working Principle

The MRS25000C2803FC100 through-hole resistor is made from resistance wire wound around a ceramic core. The wire used is usually manganin or nichrome, and the core is either ceramic or metal. These materials create a high-resistance circuit that slows down the flow of electricity through the device. As electricity is applied to the device, the current is reduced in proportion to the resistance of the circuit, producing an electrical output that is lower than the input.

The MRS25000C2803FC100 is designed with two leads that extend outward from the two terminals on the device. The leads are connected to the relevant components and the output is received through the two terminals. These terminals must be connected to the relevant power source in order for the resistor to work correctly. The output can be used to control the current and voltage in the system.

Conclusion

The MRS25000C2803FC100 is a through-hole resistor that is used in both industrial and commercial applications. It is designed with two leads that extend outward from the two terminals on the device, and it is made from resistance wire wound around a ceramic core. This type of resistor can be used for protection against overloads in power supplies, motor speed control, noise reduction, voltage regulation, inrush current limiting, signal isolation, and electrical isolation.