RNX03810M0FNWF

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Through Hole Resistors are commonly used in a variety of electronic applications, as they provide a reliable and efficient means of controlling resistance in a circuit. The RNX03810M0FNWF is a type of through hole resistor which is suitable for use in a range of applications. It has a resistance value of 0.38 ohms, and a power rating of 10W.

The RNX03810M0FNWF is made up of a cylindrical ceramic core, onto which a metal strip is coiled. This metal strip is highly resistant, and the resulting coil can be classified as a non-inductive resistor. As the name implies, this type of resistor does not possess any magnetic properties, meaning that it will not interfere with sensitive electronic components such as sensors or transistors. The coil is then covered with a ceramic sleeve, which serves to protect it from damage from external electrical interference.

In terms of its application, the RNX03810M0FNWF is suitable for use in a number of situations, including the control of power supply voltages in industrial and consumer electronic devices, as well as in audio and video equipment. Its high power rating enables it to be used as a safe and reliable way of controlling current in circuits. It is also suitable for use in situations where temperature regulation is an important factor, as it has a temperature coefficient of 0.0002.

In terms of its working principle, the RNX03810M0FNWF works in much the same way as other through hole resistors. It utilizes a metal strip, which is coiled to achieve the necessary level of resistance. As the current passing through the resistor increases, so does the resistance, thus providing a safe and reliable way of controlling the current.

The RNX038010M0FNWF is also extremely durable and reliable, as its ceramic casing provides excellent protection against external electrical and mechanical interference. Furthermore, its construction allows it to operate effectively in temperatures of up to 250°C.

Overall, the RNX03810M0FNWF is an excellent choice for use in a variety of electronic applications. Its reliable performance, durability and temperature regulation make it an ideal option for controlling power supply voltages in a variety of applications, from industrial equipment to consumer electronics.

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