RN65D9761FRE6

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Through Hole Resistors

A through hole resistor, generally known as general-purpose or discrete resistor, is a self-contained electronic component specifically designed to provide electrical resistance in a circuit. Through hole resistors come in many types, and one type is the RN65D9761FRE6. This article will discuss the application field and working principle of the RN65D9761FRE6.

The Application Field of RN65D9761FRE6

The RN65D9761FRE6 through hole resistor can be used in a wide variety of applications. It is ideal for use in analogue and digital circuits, such as converters, displays, amplifiers, audio systems, machines, industrial automations, and other consumer electronics. It is often used in circuits that require small size, low cost, and precision resistance values. For example, it can be used in surveillance systems, where its small size and ability to provide a precise resistance make it an excellent choice.

Working Principle of RN65D9761FRE6

The RN65D9761FRE6 is an axial through hole resistor, which means that its lead terminals come out of the resistor body on opposite sides and require additional space inside the board for mounting. The resistor consists of a conductive material, typically carbon, in a cylindrical shape which creates a small gap between the two leads that can be adjusted to control the voltage drop in the circuit. This feature allows resistors to be used for voltage regulation and for creating a fixed voltage drop for timing and control. The RN65D9761FRE6 is rated at 5 watts, with tolerances of 5%, and temperature coefficient of 50ppm/°C.

Conclusion

The RN65D9761FRE6 through hole resistor is an economical and reliable solution for a variety of applications. Its size, low power rating, precision resistance values, and operating temperature are key features that make it a highly versatile component. It is most suited for use in analogue and digital circuits, such as converters, displays, amplifiers, audio systems, machines, industrial automations, and other consumer electronics. While it can serve many different purposes in a circuit, its primary purpose is to create a voltage drop that can be used to control the amount of current in a circuit.

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