RNC60H3321FRBSL Datasheet/PDFA traditional resistor is a two-terminal device that behaves like a valve, dissipates energy as a result of its electrical resistance, thereby creating a voltage drop between the two terminals. Through hole resistors, namely RNC60H3321FRBSL, are the most widely used type of resistors, because they are compact, reliable and low-cost. These resistors offer high temperature stability, low aerodynamic noise and low internal noise.
Application Field
RNC60H3321FRBSL Through Hole Resistors have a wide range of applications. For instance, they are used in the automotive industry to protect circuits and components against overloads, short circuits, and voltage spikes. They are often used in the aerospace industry as they are small and light, and can cope well with high temperatures and vibration. They are also used in medical and industrial equipments. In audio application, they are used to remove noise from the signal.
Working Principle
The RNC60H3321FRBSL Through Hole Resistor works the same way as other types of resistors. The resistance of the resistor increases as the temperature increases as in a negative temperature coefficient (NTC) resistor. This resistance should be sufficient to drop the voltage down to the desired level to prevent above-rated current from flowing. The internal construction of the resistor is basically a metal-oxide-silicon (MOS) structure, which creates a resistance within the resistor. The value of the resistance depends on the length, width, and material used.
The RNC60H3321FRBSL Through Hole Resistors also have an excellent tolerance, which means they can hold the desired resistance value even if there are fluctuations in temperature and voltage.
Conclusion
RNC60H3321FRBSL Through Hole Resistors are the most widely used type of resistors due to their compact size, reliability, low-cost and excellent performance. They are used in various applications such as automotive, aerospace, medical, industrial, and audio applications. The working principle of these resistors is the same as other resistors, which creates a resistance within the resistor. Their excellent tolerance also makes them a great choice for electronic circuits requiring high accuracy.