RNC60H1803DSRSL

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Introduction to Through Hole Resistors

Through Hole Resistors are an extremely commonly used type of electronic component in many types of modern electrical and electronic circuitry. They are used to control the flow of energy in a wide variety of applications from automotive, home electronics, and medical equipment to telecommunications, computer systems, and instrumentation systems. Over the years, resistor technology has evolved to the point where both through-hole resistors and surface mount technology (SMT) are both available. The choice between them is determined by the environment, cost and space considerations.

RNC60H1803DSRSL Application Field and Working Principle

The RNC60H1803DSRSL resistor is a through-hole resistor designed for use in a range of power customers’ applications, such as power supplies, rectifier circuits, switching power supply, linear and switching amplifier, RF/IF, and other related products. Featuring a space-saving design, this products will provide reliable performance in various applications. It is also RoHS compliant, meaning it meets the European Union’s Restriction of Hazardous Substances mandate.

In terms of construction, the RNC60H1803DSRSL resistor has a resistor element contained in an molded resin shell. It is designed to provide reliable performance in the most demanding applications, including high temperature and high voltage. It has a maximum temperature rating of up to 219°C and a maximum power rating of up to 5 W, and a maximum voltage rating of up to 600V.

The RNC60H1803DSRSL resistor features three contacts on its shell, two on one side and one on the opposite side. The two contacts on the same side are the positive and negative contacts and the remaining contact is the shield. The shield acts as an insulation layer to protect the internal components of the resistor from damage and to reduce noise and interference.

The working principle of the RNC60H1803DSRSL resistor is fairly simple. When an electric current passes through the resistor, it will generate heat which will allow for energy to be dissipated. That heat can be used to control a variety of circuit parameters, including protection from over-voltage or over-powering, as well as noise reduction. The higher the current that passes through the resistor, the more heat will be generated, and the more precisely the circuit parameters can be controlled.

Conclusion

In conclusion, through hole resistors such as the RNC60H1803DSRSL are widely used in many types of electronic circuitry. They have a simple yet effective working principle, with a unique design that allows them to handle high voltages and temperature ratings while still providing reliable performance in various applications. This makes them a great choice for any circuit board project, offering reliable performance and noise reduction capabilities.

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