RLR05C6800GRB14

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Through Hole Resistors are one of the most commonly used components in electrical circuits and systems as they are small, economical, and easy to handle. They are used in a variety of applications including power supplies, high-precision electronics, and telecommunications systems.

Roughly speaking, they are resistors that are mounted through holes on a board. Through hole resistors differ from surface-mounted through hole components in terms of assembly, which requires considerable effort compared to standard SMD components.

The RLR05C6800GRB14 is a typical through hole resistor. It is a high power resistive device which contains two distinct resistors in its construction, one being of a ceramic variety and the other of a metal-alloy variety. The resistor has a rated power of 6.8 W. The resistor can withstand a continuous current of 5A and temperatures of up to 200 degrees Celsius. The resistor also has a high dielectric strength of 8 MV/m, making it suitable for a wide range of applications in both high-voltage and low-voltage electronics.

The working principle of the resistor is based on the Joule heating effect. When electric current flows through a resistor, the electrons inside the resistor experience a force due to the electric field, which results in them bouncing back and forth. This creates thermal energy, thus causing the resistor to heat up. This in turn results in a voltage drop, which is how the resistor works.

The RLR05C6800GRB14 is suitable for a wide range of applications, including power supplies, radio equipment, digital signal processing, and consumer electronics. It can also be used in the automotive, medical, telecommunications, and industrial industries. It can be used in high-frequency transmission lines, for impedance matching, and in other specialized applications. Its temperature coefficient is low, making it suitable for temperature-sensitive applications.

Overall, the RLR05C6800GRB14 is an ideal choice for those applications where high power, low temperature, and high dielectric strength are required. It can be used in a variety of applications where thermal dissipation, current carrying capacity, and precision are critical and cannot be compromised. It is an excellent choice for those who need stability and reliability in their circuits and systems.

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