RLR32C6490FPRE6

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Through Hole Resistors

Through Hole Resistors, or THRs, are resistors that are mounted through a pad or hole on a circuit board to provide electrical connections between the board and other components. In general, THRs provide uniform resistance and a greater power rating than their Surface Mount Resistor counterparts. The RLR32C6490FPRE6 is one such THR that is suitable for a range of applications, as well as versatile enough to be used in many different circuit designs.

Application field

The RLR32C6490FPRE6 is designed for use in DC and AC circuits, and is suitable for a range of general electronics applications. Its low power rating of 600mW makes it ideal for small to medium current applications, such as low-power LED lighting, motor control electronics, and general circuitry. It is also suitable for applications requiring low power voltage drops, such as when constant current source is required for proper operation. The RLR32C6490FPRE6 THR also offers improved contact resistance over other through-hole resistors, making it an ideal choice for applications requiring high contact reliability, such as when used in communications equipment.

Working principle

The RLR32C6490FPRE6 THR works on the same principle as other resistors: current flows through the body of the resistor, and the resistor provides electrical resistance in the form of generated heat. The mechanical construction of the RLR32C6490FPRE6 THR ensures it can stand up to both AC and DC currents, and it can handle up to 600mW without becoming over-heated. Its large size makes it an ideal choice for applications requiring higher power ratings up to 5W. Its large size also means it provides increased contact resistance, making it reliable in applications requiring high contact integrity.

Conclusion

The RLR32C6490FPRE6 THR is a versatile, reliable, and powerful THR suitable for a range of applications. Its low power rating and large size make it ideal for low power and high power applications, and its ability to handle both AC and DC currents makes it a great choice for a range of circuit designs. Its large size also increases contact resistance, making it an excellent choice for applications requiring high contact integrity.

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