RR01J91KTB

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Through Hole Resistors

Through hole resistors are a common type of resistors used in electronics. They are usually mounted on a printed circuit board, but can also be used in stand-alone applications. The most common types of through hole resistors are wirewound, carbon composite, film, and ceramic.

RR01J91KTB Application Field

The RR01J91KTB is a through hole resistor commonly used in low power applications. It is composed of metal-oxide-semiconductor (MOS) technology and can be easily mounted on a PCB. It is ideal for use in applications where the environment experiences extreme temperatures and moisture such as automotive, satellite, and medical instrumentation applications.

RR01J91KTB Working Principle

The RR01J91KTB works on the principle of resistivity. Basically, this means that the currents flowing through the material will cause its electrical resistance to increase as the amount of current flowing through it increases. In general, metal-oxide-semiconductor materials have a very high resistivity value, making them ideal for through hole resistors. When the currents flowing through the RR01J91KTB reach their rated value, an increase in electrical resistance occurs, preventing further current flow.

RR01J91KTB Benefits

The RR01J91KTB is known for providing higher precision and lower temperature coefficients than other types of resistors, such as carbon composite resistors. Additionally, it has a relatively low power rating and can handle higher voltage, making it a suitable choice for automotive and portable device applications. These features make the RR01J91KTB a better choice for applications requiring wide temperature ranges and harsh conditions.

Conclusion

The RR01J91KTB is a through hole resistor widely used for a variety of low power applications. Its MOS technology provides reliability in extreme temperatures and moisture, making it ideal for automotive, satellite, and medical instrumentation applications. The RR01J91KTB also offers higher precision and lower temperature coefficients than other types of resistors, providing better overall performance for these applications.

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