9406-58

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Fixed inductors are widely used electronic components that store electrical energy in the form of a magnetic field. They are generally used in circuits to prevent rapid fluctuations of current and to reduce voltage or power loss. As such, they are an invaluable component for electronic engineers and hobbyists.

The 9406-58 application field and working principle are no exception. This particular fixed inductor offers a combination of high energy and low leakage. With a 4.7 uH and 33 mA current rating, the 9406-58 is a relatively small part with a working capacity of up to 120V AC and up to 200V DC. Its ceramic core allows for an unusually high tolerance of temperature fluctuations.

The 9406-58 form factor is generally a cylindrical structure, measuring a few millimeters in height and width and a few centimeters in length. The inductor consists of two windings, usually of copper wire, which are immersed in an insulating material. A ferromagnetic core is placed between the two windings to increase the inductance and attract magnetic flux.

The working principle of the 9406-58 is fairly simple. When a current passes through the two windings, its magnetic field attracts the ferromagnetic material, creating a varying magnetic flux that builds in the inductor. This variation in the magnetic flux induces a voltage waveform in the windings, which is proportional to the current. This induced voltage can be used to regulate the current, thus reducing power loss and preventing rapid fluctuations.

The 9406-58 is an excellent choice for those who require a versatile inductor with a wide range of operation. It is suitable for a variety of applications including filtering, motor control, and signal conditioning. Its ceramic core also makes it ideal for power supplies, as it can withstand temperature changes better than other inductors.

The 9406-58 fixed inductor is an extremely versatile and useful electronic component, and as such, is a valuable addition to any electronic engineers’ toolkit. With a combination of high energy, low leakage, and temperature tolerance, it is perfect for a wide range of applications and can help ensure the success of any project.

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