FKN100FR-73-68R

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Through Hole Resistors are one of the most commonly used devices in the fields of industry and electronic engineering. The FKN100FR-73-68R, in particular, is a highly versatile resistor type due to its size and wiring capabilities. Its primary application and working principle are quite simple and effective.

FKN100FR-73-68R is a type of thick-film chip resistor used mainly as a shunt resistor in DC or AC power supplies and instrumentation. It works by providing a low-resistance path to ground or other common reference point. The device creates a current shunt to ground to reduce the voltage towards ground and thus protect the components from damage due to excessive current. This process, known as “shunting”, is used in the FKN100FR-73-68R to effectively reduce the amount of current that reaches the components in a circuit.

In addition to being used as a shunt resistor, FKN100FR-73-68R is also commonly used in other applications, such as switching, grounding, and positioning. In switching applications, the FKN100FR-73-68R can be used to quickly control the flow of current through a circuit. In grounding applications, it provides a ground connection that can be easily monitored for continuity and safety. Finally, in positioning applications, the resistor can help to accurately position the active components of a circuit, ensuring that the circuit is correctly wired and functioning correctly.

The FKN100FR-73-68R is renowned for its exceptional accuracy and reliability, and its wide range of uses are an indication of the device’s versatility. This thick-film chip resistor is an ideal choice for a wide range of applications in industry and electronics, particularly in those where accuracy and reliability are important.

The FKN100FR-73-68R typically features a resistance rating of 100 ohms, and is available in a variety of resistor sizes and power ratings. Its construction consists of two circular cutouts on the surface of a substrate, each having a metal contact. These contacts are the two terminals of the resistor and are connected to the circuit’s power and ground line. The resistor functions as a “shunting” device by providing a low-resistance path to ground, which can help to reduce the amount of current reaching the components of the circuit.

Thick-film chip resistors like the FKN100FR-73-68R are also known as “fixed” resistors, as their resistance value does not change significantly over time. This makes them highly reliable and accurate components for use in all types of circuitry. As well, the FKN100FR-73-68R has a low thermal coefficient of resistance, meaning its resistance value will not be significantly affected by changes in temperature.

Due to its small size and high accuracy, the FKN100FR-73-68R through hole resistor has found itself being used in all types of applications. Many are used in military, automotive, industrial and medical applications for providing a lower-resistance path to ground or other common references. Its highly accurate rating also makes it popular for use in precision circuit applications.

In short, the FKN100FR-73-68R is a highly versatile and reliable thick-film chip resistor that can be used in all types of applications. Its small size, high accuracy and low thermal coefficient of resistance make it a great choice for precision applications such as those found in the military, automotive, industrial and medical fields. Additionally, its easy-to-access wiring capabilities make it an ideal choice for shunt resistors in power supplies and instrumentation.

This versatile device is just one of the many types of Through Hole Resistors available today. Through Hole Resistors have found their way into all kinds of circuit applications, ranging from simple power supplies to complex military and industrial systems. They are an essential component of many complex and advanced electrical circuits, and their versatility, reliability and accuracy make them an ideal choice for a wide range of applications.

The specific data is subject to PDF, and the above content is for reference