RL20S7R5GBSL

Through Hole Resistors

The RL20S7R5GBSL is a popular through-hole resistor. It combines a rugged metal power resistor with a versatile and cost-effective resistor element. This transistor-based device features excellent performance, an easy-to-use format, and a wide range of application fields.

Application Field

The RL20S7R5GBSL is well suited for applications in the industrial, automotive, commercial and military applications. It is widely used for current limiting (which is the purpose of a resistor), voltage stabilization, power regulation, and other electrical system applications. The device’s robust construction makes it suitable for a wide range of environmental conditions and extreme temperature ranges. Its low thermal resistance and its manufactured tolerance of ±1-20 % enable precision operation.

Working Principle

The RL20S7R5GBSL works by dissipating heat in order to regulate the current flow. When DC, AC or pulsed current flows through the resistor element, heat is generated, which is dissipated through the package housing. The temperature rise is proportionate to the size and type of resistor element, and dependent on the wattage and current it is rated for. This heat must be dissipated in order for the device to function correctly. The RL20S7R5GBSL is an axial-lead transistor-based resistor, which features a robust tolerance of ±1-20%, making it ideal for high-precision applications.

Features

The RL20S7R5GBSL is a high-power, through-hole resistor ideally suited for current limiting, voltage regulation, power supply regulation, and other electrical system applications. It is composed of a rugged and reliable metal housing, an easy-to-use format, and a high performance element that features a ±1-20 % tolerance. The device has a wide range of temperature stability and performance and is capable of withstanding different environmental conditions.

Conclusion

The RL20S7R5GBSL is a top-notch through-hole resistor that can meet the demands of both industrial and military applications. Combining a rugged metal housing with a versatile and cost-effective resistor element, this device features excellent performance and a high tolerance of ±1-20 %. Its low thermal resistance and wide range of temperature stability and performance make it an ideal choice for highly demanding applications.