WNA2R0FE

Through hole resistors are widely used in many applications, one of the most important members being the WNA2R0FE. In this article, we will take a closer look at the WNA2R0FE application field and working principle.

Construction and Types

The WNA2R0FE through hole resistor is a type of axial resistor which is constructed out of a ceramic body and electrolytic nickel plated copper leads. It has two end caps made from epoxy and contains two rings which are connected to the leads. The resistor is available in multiple resistance values ranging from 0.1Ω up to 10Ω. Its power rating is 0.2 Watt with a tolerance of 10%.

Application Field

The WNA2R0FE is well-suited for a variety of electronic applications. These include: audio frequency divider networks, RF, and other RF related circuits. Its wide resistance range, small size, and high-temperature endurance make it a popular choice for many applications. Additionally, the WNA2R0FE resistor is ideal for use in consumer products, medical devices, and even in military applications.

Working Principle

Through hole resistors work by modifying the current flow in a circuit. This is done by restricting the flow of electrons, which creates an opposition — or resistance — to the flow of current. The WNA2R0FE through hole resistor is no different, as it works by essentially creating a barrier between current sources and preventing the current from flowing in excessive amounts. This in turn regulates the current and ensures that the circuit is operating within its specified parameters.

The resistance value of the WNA2R0FE resistor is determined by the number of rings connected to the ends of the leads. These rings contain a specific number of electrons, which will determine the amount of current flowing through the resistor, and the resistance value. As such, the WNA2R0FE through hole resistor is an ideal choice for circuits which require precise control over the current flow.

Conclusion

The WNA2R0FE through hole resistor is an excellent choice for applications which require precise control over the current flow. Its small size and wide resistance range make it ideal for use in a variety of electronic products. Additionally, its high-temperature endurance ensures that it can handle extreme environments. With its versatility and reliability, the WNA2R0FE is an excellent choice for many electronic applications.