PM20S-R039M

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Fixed Inductors are essential to the function of electronic circuits in a wide range of applications. One such fixed inductor, the PM20S-R039M, offers users improved stability under high ambient temperatures, lower temperature drifts than many other inductors, plus greater power handling capabilities and improved load rules. A better understanding its application field and working principles gives valuable insight into how this fixed inductor is used.

Application Field

The PM20S-R039M is well suited for use in high-temperature, high-voltage environments and in applications requiring superior thermal, ESD, and surge protection. Its applications include but are not limited to power supplies, industrial robotics, communications equipment, computer motherboards, consumer electronics, and lighting systems. Furthermore, the PM20S-R039M is useful in cases where high levels of reliability and superior temperature stability are required.

Working Principle

The PM20S-R039M fixed inductor works using a combination of magnetic fields, currents, and voltage. When an electrical current passes through the inductor, two things occur: the current generates a magnetic field and a voltage is created. The magnetic field generated by the current passing through the inductor opposes the applied current, producing a voltage. This voltage is what drives the inductor’s output and is also what makes this inductor particularly useful in high-voltage applications.

It is important to note that the PM20S-R039M fixed inductor offers more than just high voltage tolerances. It is also designed to withstand high temperatures, providing excellent thermal stability and ESD and surge protection. Additionally, the device has excellent power handling capabilities, with a wide range of parameters and load rules.

Conclusion

The PM20S-R039M fixed inductor is an ideal choice for applications requiring superior thermal, ESD, and surge protection, especially when high-temperature, high-voltage environments are present. The combination of magnetic fields, currents, and voltage used to generate a voltage output makes the component a powerful and reliable choice. Furthermore, the wide range of available parameters and load rules gives the device a powerful feature set that makes it suitable for a variety of applications.

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