RN65D2741FR36

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Through Hole Resistors are widely used devices in the field of electrical engineering, which allow for precise resistances to be selected and controlled over a large range of values. The RN65D2741FR36 is an example of such a Through Hole Resistor, and is specially designed for precision control of circuit resistances.

This resistor consists of a metal conductor such as Nichrome Alloy that is placed in a carbon-filled polyimide film and held in place by a ceramic tube. This combination of materials provides a high insulation resistance for the resistor, as well as excellent temperature control and voltage breakdown ratings.

The RN65D2741FR36 is a non-inductive, low-noise through-hole resistor that operates in a wide temperature range of -55°C to 200°C. It is rated for a maximum power rating of 1/4 Watts with an acceptable operating voltage of 200 Volts. The resistance range for this resistor is from 5.11 ohms to 3.90 Mohms.

In terms of its application, the RN65D2741FR36 is commonly used in power supplies, audio and motor control circuits, temperature-controlled limiters, and other analog signal-processing circuits. Its low noise, high accuracy, and wide temperature range make it particularly suitable for use in these circuits, where it can help reduce electromagnetic interference. Additionally, the resistor can be used in applications where very precise control of resistance is required in order to avoid exceeding the maximum power dissipation.

Regarding its working principle, the RN65D2741FR36 uses thermal conduction to resist current flow, meaning that the resistant is temperature-dependent. As the temperature drops, the resistor creates a higher resistance to the flow of electrons, allowing for greater control over power consumption. In other words, if the temperature increases, the resistance decreases, which is why it is important to design a circuit with the temperature in mind.

The RN65D2741FR36 is an example of a Through Hole Resistor that is both practical and reliable, and is used in many different applications. It is designed to offer a wide range of resistances that can be precisely controlled. It is also capable of handling large voltage demands and minimizing electromagnetic interference. Finally, it uses thermal conduction to vary its resistance according to temperature, which can help in designing circuits that can meet power requirements without exceeding them.

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