RNS2FAD180K

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Through hole resistors are becoming increasingly important in the electronics industry as they offer good stability and a wide range of options. One of the most popular through-hole resistors is the RNS2FAD180K, which is a high power, low resistance, general purpose, non-inductive through-hole resistor.

Application Field

The RNS2FAD180K is typically used in power electronics applications, such as power supply modules, motor drives, and semiconductor flyback circuits. It also has applications in electric motors, inverters, control systems, and audio amplifiers. The RNS2FAD180K is also a great choice for power supplies and thermoelectric generators. In addition, the RNS2FAD180K is ideal for applications such as voltage switching, voltage regulation, power switching, and current detection.

Working Principle

The RNS2FAD180K is a general purpose, non-inductive through-hole resistor. It is designed with a resistor body made from a metal alloy and a terminal that is either made from silver or tin. The resistor body is made so that it contains an iron core. This metal alloy ensures a reliable electrical connection with the iron core, but also ensures that the resistor does not become hot when in use. The iron core creates a permanent magnetic field that causes the increase in electrical resistance. The terminal is used to connect the resistor to the circuit. The resistance of the resistor depends on the length of the iron core, the amount of current flowing through it, and the value of the resistor.

The RNS2FAD180K has a wide resistance range (from 0.5 ohm to 180k ohm), and can be used in temperatures between -55°C and +125°C. It can be used in both AC and DC circuits, and has a wide voltage range. The RNS2FAD180K has an excellent power to size ratio which makes it perfect for power electronics applications.

The RNS2FAD180K is a great choice for a wide variety of applications. Its reliable construction, wide resistance range, and high power to size ratio make it an ideal choice for any industrial application. It is also cost effective and offers good stability and reliability in electrically noisy environments.

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