RN55E2401BR36

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Through Hole Resistors are a type of electronic component, typically in the form of a cylindrical body, with two lead wires extending out from the two ends. Resistors restrict the flow of electric current in an electronic circuit, in accordance with Ohm’s Law, and vary widely in their resistance, tolerances, temperature coefficients, and other characteristics. RN55E2401BR36 is one type of through hole resistors.

RN55E2401BR36 is a through hole metal oxide film resistor. It is a non-inductive element with high accuracy, good stability and high insulation resistance. The resistance tolerance is within ±5%, and the temperature coefficient is ±100PPM/K. Its rated power is 0.125W and the maximum working temperature is +125℃. It is a small size resistor with a body length of 4.7mm, a body diameter of 3.2mm, and a lead diameter of 0.5mm.

In terms of application fields, RN55E2401BR36 can be used in signal transmission, measurement and control, electronic communication equipment, and intelligent automation. It is often used to provide circuit balance, adhere to accuracy, improve signal processing results, reduce noise interference, and increase equipment function and sophisticated level. In terms of the working principle, the resistor works through its internal features to limit the flow of electrons inside the circuit, thus reducing the electric current and voltage. It is composed of two layers of metal insulation oxide film, which is composed of a spiral line to enhance the electrical insulation and heat dissipation performance, and a wire wound type connection is used during production. When the current passes through, it forms an opposition force and adjusts the duty cycle of the voltage waveform.

For the superior performance of the RN55E2401BR36 resistor, some of its attractive features include its resistance, its rated power, its temperature coefficient, its temperature coefficient, and its tolerance. With these features, it can be used to make the circuit more reliable and stable, improve the accuracy of the whole system, enhance the signal processing results, reduce the interference, and improve the performance of the equipment, thus making it an excellent choice for various types of electronic applications.

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