RLR07C7500FSRE6

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Through Hole Resistors are an essential component to any electrical circuit, and the RLR07C7500FSRE6 is no different. It’s a large 75K ohm, three-terminal, through-hole axial resistor with excellent temperature stability.

RLR07C7500FSRE6 is most commonly used for power resistors and current-sensing resistors for AC/DC converters. It also functions as a transient voltage suppressor, protecting the circuit from unexpected surges. Additionally, its large wattage makes it a great choice for applications requiring a large power rating, such as power supplies and high power/current filters. These resistors are also commonly found on boards with RF audio equipment and sound systems.

The resistor is comprised of three parts: the body, the insulation between the two electrical connections, and the leads. The body of the resistor is made from the highest-grade material to ensure the consistent operation. The insulation between the two connections is thick, providing strong mechanical protection while remaining flexible. The leads are securely mounted in the body and heat-treated for extra durability.

The working principle behind Through Hole Resistors is relatively simple. It works on the principle of Ohm’s law, which states that the current in a circuit is equal to the voltage divided by the resistance. An RLR07C7500FSRE6 is composed of a loop of coils that introduce a specific resistance, called electrical resistance. When voltage is applied to the circuit, the current will flow through the resistor, generating heat which is dissipated by the resistor. The level of current that will flow through the resistor will depend on the amount of resistance in the circuit.

Overall, the RLR07C7500FSRE6 is a great choice for a wide range of applications. It is highly reliable and can handle high power/currents, making it a great choice for audio equipment. Its high wattage makes it suitable for power supplies and current-sensing resistors. Its robust design gives it excellent temperature stability and good mechanical protection, making it a great choice for transient voltage suppression. The resistor’s working principle is based on the foundation of Ohm’s law, making it a great choice for electrical circuits.

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