FKN5WSJR-73-6R2

Through Hole Resistors

The FKN5WSJR-73-6R2 component is a through hole resistor, mainly used as a part of an electrical circuit that restricts the current or modifies the voltage levels in the circuit. Through hole resistors can be classified according to their electrical characteristics. Resistors, such as the FKN5WSJR-73-6R2, are typically built up of several materials, for example, metal and plastic.

There are two main types of through hole resistors, namely, wire-wound and film-type. The FKN5WSJR-73-6R2 component belongs to the wire-wound type, which consists of a wire tightly wrapped around a ceramic body. This type of resistor is used mainly in high-frequency and high-power applications where the resistance must be accurate and stable. The wire-wound type of resistor is also better suited to handle very high temperature ranges.

The working principle of the FKN5WSJR-73-6R2 component is based on Ohm\'s Law. This states that the voltage drop across a resistor is proportional to the current flowing through it, and is equal to the product of the resistance and the current. As a result, any change in the current flowing through the resistor will cause a corresponding change in the voltage level across the resistor.

In addition, the FKN5WSJR-73-6R2 component can be used in a variety of different application fields, including those in the automotive, medical and consumer electronics industries. In the automotive industry, through hole resistors can be found in car ignition systems, fuel pumps, airbags, and suspension systems. In the medical field, these components can be used in pacemakers, thermometers, and personal emergency response systems. In the consumer electronics industry, they are commonly used in televisions, radios, amplifiers, and other audio equipment.

Overall, the FKN5WSJR-73-6R2 component is an important component of any electrical circuit. It can be used in a variety of different application fields and is based on the principles of Ohm\'s Law. This resistor can be used to create precise and stable voltage and current levels in any given electrical application.