RN60D5493FRSL Resistors

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Through Hole Resistors are passive components which use a combination of resistance and voltage to build circuits. They can be categorized as fixed, adjustable, or semi-adjustable based on their use. The RN60D5493FRSL is a high-current through hole resistor manufactured by Renesas Electronics. In this article, we will discuss its application fields and working principles.

Application Fields

The RN60D5493FRSL through hole resistor is designed for use in high-current relay circuits, automotive lighting, and automotive batteries. It is also used in industrial control systems, telecommunications, and consumer electronics. It offers a high pulse overload resistor for unrelenting performance in a wide range of external conditions. Additionally, it is built-in with snap-in terminal and is vibration/shock resistant.

Working Principle

The resistance of RN60D5493FRSL through hole resistor works on the principle of Ohm\'s Law. According to Ohm\'s Law, current is proportional to the voltage applied across the resistor. This means that if a constant voltage is given to a resistor, the current flowing through it will remain constant. This is independent of the connection between the absolute voltage source and the resistor. The higher the voltage across the resistor, the higher the current.

The use of high-current through hole resistors helps reduce power dissipation and costs by allowing higher currents to pass through resistors. This is accomplished by increasing the resistance of the resistor, allowing more current to flow without damaging the resistor or the circuit. It is also designed to be more reliable and more durable in harsh ambient conditions.

RN60D5493FRSL through hole resistor has a wide range of applications as it is built-in with snap-in terminal, is vibration/shock resistant, and offers a high pulse overload resistor for unsurpassed performance. It can be used in a wide variety of external conditions due to its ability to maintain a constant current even in the presence of higher voltages.

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