SM104032005FE

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Through Hole Resistors have become increasingly popular in a variety of applications today. The SM104032005FE is a typical one of this type of resistors. It is made up of a ceramic substrate that houses an integrated resistor device along with a small metallic coating.

The SM104032005FE is advantageous for providing high accuracy, reliability and temperature stability. The small package size also makes it ideal for high density applications, such as in automotive and medical electronics.

The SM104032005FE is designed to be able to dissipate a large amount of thermal energy. This feature is beneficial in situations where high temperatures are present, such as in high power electronic circuits or when it is connected to high voltage circuits. It can also in many cases protect the circuit from being damaged due to over voltages.

The working principle of the SM104032005FE is related to its resistor component. A resistor works by preventing the flow of current through it. It does this by creating a barrier with a certain amount of resistance, which is determined by the material and size of the resistor. This resistance causes a voltage drop across the resistor, reducing the current flowing through it.

The SM104032005FE is thus highly suitable for applications in which high accuracy, reliability and temperature stability are necessary, such as in automotive and medical electronics. Its small package size also allows it to be used in high density applications, thereby providing cost and space savings. Furthermore, its ability to dissipate a large amount of thermal energy makes it suitable for applications with high temperature and high voltage environments.

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