PRNF14FTD27K4

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The PRNF14FTD27K4 is classified as a through-hole resistors. It is a small, fixed value resistor designed to be inserted into a PCB circuit board. It is typically used in industrial applications, such as power supplies, test benches, automotive electronics, CNC machine controls, consumer electronics, and other applications requiring precision resistance.

The PRNF14FTD27K4 is constructed from a carbon film element with nickel-plated brass end caps. It has a resistance value from 1 ohm to 2 million ohms (2MΩ) and a tolerance spanning from ±20 parts per million (ppm) to ±5%. Its rated voltage is typically 350 Vac and its temperature coefficient is 100-600 ppm/°C.

The PRNF14FTD27K4 is installed by hand, by soldering its leads to the circuit board. It is essential to ensure the specified amount of safety current can pass through the resistor and that the current rating of the component suitable for the application. Additionally, it is important to double check the voltage rating of the component before soldering. The component\'s temperature coefficient must also be taken into consideration, as it will have an impact on its performance over time.

The working principle of the PRNF14FTD27K4 is based on Ohm\'s law. Ohm\'s law states that the current through a conductor between two points is directly proportional to the voltage across the two points. For a resistor, the current that will flow in the conductor is inversely proportional to the resistance. Therefore, the PRNF14FTD27K4 will precisely control and limit the current flow within a circuit, allowing the circuit to function optimally.

The PRNF14FTD27K4 allows precise control of current flow within variety of consumer, industrial, and automotive electronics applications. Its small size makes it suitable for use in space-constrained settings, and its resistance value over a range of 1 ohm to 2 million ohms (2MΩ) provide a wide range of flexibility to solve a variety of problems. Its rated voltage of 350 Vac makes it suitable for higher voltage applications. Additionally, its in-built temperature coefficient of 100-600 ppm/°C ensures high accuracy performance over time.

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