BR3FB50L0

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Through Hole Resistors are constructed from a metal or ceramic core that is wound with a resistive wire. The ends of the resistive wire are the two terminals of the resistor, and the entire core is sealed by an insulator, typically made from varnish, epoxy, or glass. The resistance value of the resistor is determined by the type of material used and the spacing between the windings.

The BR3FB50L0 Through Hole Resistor is a surface-mount device designed for automated assembly processes in the electronics industry. The resistor is used in applications that require high current capacity, high power dissipation and good temperature performance. This resistor utilizes a unique design that combines the best of low-profile feature of surface-mount technology with the ruggedness of through-hole mounting.

BR3FB50L0 Application Field

The BR3FB50L0 Through Hole Resistor is used in a wide range of applications. Common application fields include:

• Power supplies
• High power LED lighting
• Automotive industry
• Inverters
• Medical equipment
• Motor control applications

The BR3FB50L0 is typically used in high power applications, where current capacity and power dissipation are the primary concerns. The resistor is also suitable for applications that require good thermal performance, as the through-hole mounting ensures that the heat generated by the resistor is dissipated efficiently.

BR3FB50L0 Working Principle

The BR3FB50L0 Through Hole Resistor works by reducing the voltage or current through its two terminals. The resistance of the resistor is determined by the type of material used and the spacing between the windings. The resistive wire is connected between the two terminals of the resistor and the voltage or current is reduced as it flows through the resistive wire.

The current flowing through the resistor is inversely proportional to the resistance value. The higher the resistance value, the lower the current through the resistor. When a resistor is used in a parallel circuit, the highest current level through the resistor will be at the point at which the resistance is the lowest. On the other hand, when a resistor is used in a series circuit, the lowest current level through the resistor will be at the point with the highest resistance.

The BR3FB50L0 Through Hole Resistor is able to withstand high power dissipation and has an excellent temperature performance. This makes it suitable for demanding applications, such as medical equipment or automotive systems. The resistor is also known for its resistance to vibrations, contaminants, and its compatibility with lead-free solder.

Conclusion

The BR3FB50L0 Through Hole Resistor is a state-of-the-art device that combines the best of low-profile feature of surface-mount technology with the ruggedness of through-hole mounting. This makes it ideal for high power applications, where current capacity and power dissipation are the primary concerns. The resistor is also suitable for applications that require good thermal performance, as the through-hole mounting ensures that the heat generated by the resistor is dissipated efficiently.

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