RNC60H1471FSB14

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Through Hole Resistors are electronic components used in various electrical and electronic devices to provide electrical resistance, which limits the flow of current in a circuit. They are available in many different types, with the RNC60H1471FSB14 being one of the more commonly used. In this article, we will discuss the application fields and working principle of the RNC60H1471FSB14 through hole resistor.

The RNC60H1471FSB14 through hole resistor is a general purpose resistor manufactured by NIC components. It features a profile of only 0.2 inches in height and is made of a ceramic / nickel-chrome combination in order to increase its durability. The resistor has an operating temperature range from -55°C to +125°C and a power rating of 1 watt.

This through hole resistor is primarily used in industrial high-power applications as a method for dissipating heat energy. In most applications, the resistor is used as a load for circuit control, such as the control of motor speed, solenoid valves or the operation of relay circuits.

The RNC60H1471FSB14 works by limiting the amount of current flowing through a circuit by providing electrical resistance, which is measured in Ohms. When electric current passes through a resistance, it produces a voltage drop, which is proportional to the amount of resistance. By connecting multiple resistors in series or in parallel, different voltage drops can be achieved.

In addition to industrial high-power applications, the RNC60H1471FSB14 is also suitable for a wide variety of commercial applications such as medical and automotive. One of the primary benefits of this resistor is its small size which allows it to fit into increasingly compact electronics, as well as its superior thermal dissipation which makes it ideal for high-power applications.

In summary, the RNC60H1471FSB14 through hole resistor is a reliable and dependable component for use in a variety of electronic applications. It can be used to in industrial high-power applications to dissipate heat, as well as commercial applications such as medical and automotive. It works by limiting the amount of current flowing through a circuit by providing electrical resistance which is measured in ohms. It also features a compact size which makes it suitable for use in increasingly compact electronics.

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