RNX03811M1FKR6

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Through Hole Resistors are often used in many applications and the RNX03811M1FKR6 is one of the most widely used types, due to its excellent performance and various applications. Although it is available in numerous variations, its features, mounting, and use remain similar across the range.

The RNX03811M1FKR6 belongs to the class of through hole resistors, meaning it is designed to be mounted through a hole in a printed circuit board. This allows for easy insertion and placement, eliminating the need for extensive soldering or specialized tools. Its shape is unique in the sense that it is pierced on one side, while the opposite side has a flat exterior, ensuring a continuous connection when it is soldered. Additionally, this through-hole resistor also includes a cylindrical shaped external shell, which is made of a durable metal alloy. Having such a structure, it provides stability and protection without compromising flexibility.

The main application of the RKX03811M1FKR6 resistor is to limit the amount of current in a circuit, but it can also provide a voltage drop and some basic filtering functions. It is quite versatile thanks to its wide range of resistances, and it is also extremely reliable. The RNX03811M1FKR6 can handle voltages up to 250V, and it can withstand temperatures between -65°C and +175°C.

The working principle of the RKX03811M1FKR6 is fairly straightforward. When an electrical current is applied to the wires, it encounters the resistance element and is partially blocked as a consequence. This limits the amount of current in the circuit, thereby reducing the risk of damage to components. Additionally, since this resistor can handle high voltages and temperatures, it can be used in a variety of applications, from prevention of over-current in circuits to basic filter relief.

In conclusion, the RNX03811M1FKR6 through hole resistor is one of the most versatile and reliable components available. Its cylindrical metal shell provides stability and protection, while its unique shape ensures a continuous electrical connection when soldered. Additionally, the wide range of resistances it offers makes it suitable for a variety of applications, including over-current protection and voltage drops. Furthermore, its ability to handle high voltages and temperatures make it ideal for circuit protection.

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