PM3316S-2R2M-RC

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Fixed Inductors are used in various electronic circuits, from basic radio controls to high-end applications. The PM3316S-2R2M-RC is an example of one such inductor that is specifically designed and built to operate at a certain current. Its application and working principle will be explained in this article.

The PM3316S-2R2M-RC is a fixed-core inductor designed to handle certain electrical loads. It has a range of specifications such as a maximum operating voltage of 220V, a maximum operating temperature of 85 degrees C, and a maximum operating current of 2.2A. It has a 100kHz switchable frequency, with a 2uH inductance value.

The primary applications that this particular inductor has been designed for include TV receivers, computer power supplies, and audio power amplifiers. It is used in these applications as a reactive element in order to prevent power-supply ripple from causing potentially hazardous performance changes. Its properties also make it suitable for use in low-voltage applications.

The working principle behind this particular inductor is the same as with other inductors: when a current is passed through the coil, a magnetic field is generated as a result. Inductors are specifically designed to react against inductive load, which is constantly changing. The generated magnetic field is what helps with the stabilization of the current, and the resistance of the coil is adjusted accordingly.

The PM3316S-2R2M-RC specifically is designed to have low power consumption, as well as low electromagnetic interference levels. It also features a stable inductance, so it remains effective even when the load conditions are varied. The inductor can also operate with efficiency for prolonged periods of time without having to be taken off the power line.

In conclusion, the PM3316S-2R2M-RC is a specific fixed-core inductor that has been designed for an array of applications. Its properties allow it to be an effective reactive element in low-voltage applications, such as TV receivers, computer power supplies, and audio power amplifiers. Its working principle involves using the generated magnetic field to stabilize the current, while its design helps it operate with efficiency and low power consumption.

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