RN65D2431FB14 Datasheet/PDFThe application field of the RN65D2431FB14 Through Hole Resistor is quite broad, and its working principle is based on Ohm’s law. The Through Hole Resistor is a common, static electronic component, which is used to add resistance to a circuit.
This resistor is constructed of two metal plates, each made of conductive material such as copper, carbon, iron, or a mixture of these materials, sandwiched together. Between the two plates, an insulating material is used to create a buffer zone. This insulating material increases the resistance across the resistor, thus altering the flow of current through the component.
The device is specified by its power rating, resistance, temperature coefficient and tolerance. The power rating is the maximum dissipation that the resistor can withstand before it fails - exceeding this rating often than results in damage to the device.
The resistance of the RN65D2431FB14 Through Hole Resistor is calculated using Ohm’s law. This law states that the voltage across a resistor will be proportional to the current flowing through it. This means that the resistance of the resistor can be determined by simply measuring the voltage and current across it. This measurement can be very precise using modern equipment and techniques.
The temperature coefficient of a resistor refers to its ability to maintain its resistance value over a range of temperatures. This coefficient is usually measured in parts-per-million per degrees Celsius (ppm/°C), and a lower value indicates better resistance stability over a wide temperature range. The RN65D2431FB14 Through Hole Resistor has a low temperature coefficient, making it suitable for use in many applications requiring stable resistance values over a wide range of temperatures.
The tolerance of the RN65D2431FB14 is also quite good, with an expected value of +/-10%. This means that the resistor’s actual resistance will be within +/-10% of the value printed on the part. This allows the resistor to be used in critical applications requiring precise resistance values.
In conclusion, the RN65D2431FB14 Through Hole Resistor is a reliable, high quality device that can be used in many different applications. It’s power rating, resistance, temperature coefficient, and tolerance make it suitable for a range of different applications, from automotive electrical systems to precision instrumentation.