RNC50H1181FRRE6

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Through Hole Resistors are an incredibly important subset of resistors that can be found in a wide variety of applications. The RNC50H1181FRRE6 is a unique resistor within this category specifically designed for high power or high voltage applications. This article will explore the application field, geometry, and working principle of the RNC50H1181FRRE6 through hole resistor.

Geometry: The RNC50H1181FRRE6 through hole resistor consists of two relatively large plates with a small central hole sandwiched between them. The two plates act as the electrodes (anode and cathode) that conduct the electrical charge and determine the resistance value. The internal core of the resistor holds the resistor in place while the plates are connected. The resistor in this case is circular, with a diameter of 12.1mm and a hole of 7mm in the center.

Application Field: Due to its specific design and geometry, the RNC50H1181FRRE6 through hole resistor is especially suited for high power or high voltage applications. Its high power capabilities allow for higher current loadings while its high resistance value (which can range from 1.2 k to 8.7 k) allows for a wide variety of applications. Among these are power sources, protection circuits, signal conditioning, and motor control. The resistor is also suitable for a large variety of medical and industrial applications due to its ability to handle high currents and voltages.

Working Principle: For any resistor, the working principle is simple – a voltage is applied across the resistor and current begins to flow. The amount of current that flows is determined by the resistor’s resistance value. In the case of the RNC50H1181FRRE6, the two electrodes are responsible for providing the linear path for the conduction of electricity. As the electrical charge moves through the resistor, the electricity is dissipated as heat, thus creating the resistance. This process continues until the desired resistance value is achieved.

To summarize, the RNC50H1181FRRE6 through hole resistor is designed specifically for high power and high voltage applications. The resistor features two large plates with a small central hole sandwiched between them that provide the linear path for conduction of electricity. This resistor is suitable for a wide range of applications including power sources, protection circuits, signal conditioning, and motor control. Finally, the working principle of the RNC50H1181FRRE6 is that a voltage is applied and current flows, dissipating as heat until the desired resistance is achieved.

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