RL20S200GBSL

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Through Hole Resistors are widely used in various fields, such as controlling current, measuring voltage, configuring circuits, and circuit protection. The RL20S200GBSL has been gaining popularity among designers and engineers specializing in high-precision analogue electronics. This resistor has a low resistance coefficient, superior stability, and excellent noise immunity. Its design ensures reliable performance even in adverse conditions. In this article, we will explore the RL20S200GBSL application field and working principle.

RL20S200GBSL Application Field

The RL20S200GBSL is suitable for various types of applications. Its low temperature coefficient of resistance, small size, and superior stability make it an ideal component for current regulation, voltage measurement, and other high-precision analogue circuit designs. The RL20S200GBSL is often used in medical electronics, professional audio systems, digital signal processing, computer systems, and other specialised applications.

RL20S200GBSL Working Principle

The RL20S200GBSL is a metal oxide film resistor. It consists of a filament coated with a metal film. The metal film serves as a resistive surface, and when electricity is applied, the current is distributed along the surface according to the resistance of the metal film. The resulting voltage and current components depend on the resistance coefficient of the film, and the distribution of the current is affected by the temperature coefficient of the resistor.

The RL20S200GBSL has a tolerance of better than 1% at +25°C. This provides precise voltage and current regulation at temperatures ranging from -60°C to nearly +200°C. Additionally, the superior noise immunity ensures precise measurements even in high noise environments, such as industrial settings.

Conclusion

The RL20S200GBSL is a low resistance coefficient, high-precision analogue electronics component. Its design makes it suitable for current regulation, voltage measurement, and other high-precision analogue circuit designs. Its superior stability and superior noise immunity enable reliable performance even in environments with extreme operating temperatures and high noise levels. In conclusion, the RL20S200GBSL is a highly reliable, easy-to-use component that is critical to many circuit designs.

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