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Through Hole Resistors

Through hole resistors are used in many electronic applications today. One such resistor is the RN65C2001BBSL, which combines some of the best features of a wide variety of resistance technologies. This makes it a popular choice for both commercial and consumer applications, as it\'s able to provide strong performance and reliability. In this guide, we\'ll explore the key features of this resistor, as well as its applications and the working principles behind them.

Application Fields for the RN65C2001BBSL

The RN65C2001BBSL is designed for high-current through-hole resistor applications, such as in power supplies, converters and motor controllers. It\'s also well-suited for a wide variety of telecommunications, automotive and military applications. Finally, it can also be used in power management solutions for computing systems.

When used as part of a power control solution, the RN65C2001BBSL is able to provide both high current rating and high power dissipation. Additionally, it has a low temperature coefficient, meaning it\'s able to maintain a consistent resistance over a wide range of temperature variations. Finally, its low ohmic value is able to assist in reducing power consumption, as it allows for more efficient power conversion.

Working Principle of the RN65C2001BBSL

The main principle behind the RN65C2001BBSL is that it acts as a current limiter, when the current passes through it. The resistor is made from a solid metal sheet that is core mounted in a through-hole package. The core is connected to a series of resistive layers. When current passes through the resistor, each layer within the resistor re-directs some of the current away from its original path.

As each layer of the resistor takes some of the current, the total amount of current passing through the resistor is decreased. The effect of the resistance layers is to reduce the current until it reaches a safe level before reaching any components, which are connected further down the line. This is a major benefit of using a current limiting resistor, as it ensures that all of the components within a system remain safe and are not damaged due to excessive current levels.

Conclusion

The RN65C2001BBSL is a through-hole resistor that provides excellent performance and reliability for a wide range of applications. Thanks to its effective current limiting design, it can help to protect sensitive components from being damaged due to excess currents. Additionally, it provides a low temperature coefficient, which allows for consistent resistance over a wide temperature range. Finally, its low ohmic value helps to reduce power consumption for more efficient power conversion.

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