RN60C4990BBSL

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Through Hole Resistors serve a variety of applications and are commonly used in many types of circuits. The RN60C4990BBSL is a Through Hole Resistor specifically designed to meet the needs of advanced applications, such as high-precision resistors or resistors used in high-current applications. Understanding the application field and working principle of the RN60C4990BBSL is essential to ensure these component types can maximize their performance.

RN60C4990BBSL Application Field

The RN60C4990BBSL is part of a family of Through Hole Resistors that are designed for serious applications, where accuracy, stability, and high-current handling capabilities are of paramount importance. This device is suitable for a variety of applications where high-precision resistors are needed, such as in analog signal-processing and communication circuits. It is also suitable for applications where resistors with high-current handling capabilities are required, such as in electrical and electronics control circuits.

The RN60C4990BBSL can also be used in high-power circuits where very low failure rates are desired, such as in the aerospace and automotive industries. In addition, it has a wide range of resistance values to suit nearly any application. The resistance range from 10 Ohms to 1.5 Meg Ohms provides users with the freedom to customize the resistance for their specific application. Finally, the RN60C4990BBSL is designed with a low-temperature coefficient of resistance, guaranteeing a consistently low resistance value over a wide temperature range.

RN60C4990BBSL Working Principle

The RN60C4990BBSL is a Through Hole Resistor designed using carbon-film technology. This device works by utilizing an array of metal legs that can be used to adjust the resistance value. The legs are arranged around the center of the device and they are connected to the ends of a thin film of carbon. When the current passes through the legs, the resistance is adjusted depending on the number of legs in contact with the carbon film. The resistance value can be varied by adding or removing legs to the central hub.

In addition, this device is designed with a high-degree of temperature stability. The metal legs are coated with a special insulation material which prevents the metal from oxidizing and changing the resistance value due to temperature changes. This ensures that the device can perform consistently over a wide temperature range.

The RN60C4990BBSL is also designed to be able to handle a wide range of currents without compromising performance. It is rated to handle currents up to 1.4 amps and it can operate up to a temperature of 125 degrees Celsius. This makes this component suitable for many applications where high-current is needed.

Conclusion

The RN60C4990BBSL is a Through Hole Resistor designed for a wide range of applications. It has a wide range of resistance values, a high-degree of temperature stability, and a high-current handling capability. This device is suitable for analog signal-processing, communication circuits, electrical and electronics control circuits, and high-power circuits where low failure rates are desired. Understanding the RN60C4990BBSL application field and working principle is essential to ensure that this type of component can maximize its performance.

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