OX39GKE

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Through hole resistors are a type of electronic component that has been used in many areas for a long time. The OX39GKE is a particularly versatile through hole resistor, with wide application fields and versatile working principles. This article will take a look at how the OX39GKE can be used and how this particular component works.

Application Field of OX39GKE

The OX39GKE is a through hole resistor with many applications in a range of uses. One of the most common uses for the OX39GKE is in industrial electronics, as the resistor can provide reliable and accurate resistance in a wide range of situations. The OX39GKE is especially useful in wind turbine electronics, with the resistor able to handle the extreme variations in voltage and current that can be expected in these applications. The OX39GKE is also used in automotive electronics, as the resistor is able to provide reliable resistor values when exposed to the vibrations and other harsh environments that can be found in automobiles.

The OX39GKE is also used in medical equipment applications, where it is used to provide accurate resistor values when electronic medical equipment is operated. The OX39GKE is also versatile enough to be used in many other applications, including general consumer electronics, communications equipment, and lighting circuits, among other uses.

Working Principle of OX39GKE

The OX39GKE is a self-regulating through hole resistor, meaning that its resistance automatically adjusts based on the amount of current passed through it. This is achieved by the resistor\'s resistance elements being of varying size, and the smaller elements being more susceptible to damage at higher current levels. This ensures that the amount of current passed through the resistor remains within a safe range, as the resistor automatically adjusts its resistance to compensate for this.

The OX39GKE is also able to provide accurate and repeatable resistor values. This is due to the use of copper and nickel alloys to create the resistor elements, which helps to ensure that the resistance values remain consistent. The OX39GKE also has a low thermal coefficient, which means that the resistor is able to maintain its resistance even when exposed to varying thermal environments. Lastly, the OX39GKE has a wide tolerance range, allowing for a wide range of applications.

Conclusion

The OX39GKE is an incredibly versatile through hole resistor, with wide application fields and versatile working principles. The OX39GKE is able to handle the extreme variations in voltage and current that can be expected in industrial, automotive and medical applications, as well as providing accurate and repeatable resistor values. With its low thermal coefficient and wide tolerance range, the OX39GKE is able to handle a wide range of applications.

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