3483-330M

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Fixed Inductors are components which are used to store electrical energy in the form of a magnetic field.

A 3483-330M is a commonly used fixed inductor. It is a low-profile, higher inductance version of the 3380 inductor series. It is designed to fit in tight spaces where other inductors do not fit.

The 3483-330M features a small footprint which allows it to occupy only a small percent of a circuit board real estate. It is also available with a wide range of inductance values from 150nH to 820 nH.

The honeycomb construction of the 3483-330M contributes to its compact size and reduced weight. It is also constructed with a high-temperature plastic core and a high-temperature, low-inductance copper winding.

The 3483-330M can operate in temperatures from -40°C to 125°C and withstands up to 1000g shock. Furthermore, the 3483-330M is compatible with high-volume pick and place production.

The 3483-330M is designed for use in printed circuit board (PCB) assemblies, power supplies, home appliances, and automotive applications. In these applications, it is used to reduce EMS noise, to add enhanced filtering, or to reduce switching losses through synchronous rectification.

The 3483-330M has a maximum DC current rating of 2.5 A and a high saturation current rating of 10 A. It also has a low DC resistance of 0.62mΩ, which makes it perfect for high-power switching applications.

The working principle of the 3483-330M involves the principle of electromagnetic induction. When an electrical current passes through a wire, it creates a magnetic field that induces a voltage on the same wire. This is known as the self-induction effect. By turning a coil or winding around the initial wire, the magnetic field will become much stronger and will produce a larger voltage. This is how the 3483-330M inductor works.

By varying the number of windings, the inductance of the 3483-330M can be adjusted to different levels. This action affects the amount of current that can pass through the inductor and can be used to filter or reduce noise in circuits.

In conclusion, the 3483-330M is an excellent choice for a wide range of applications due to its small size and low inductance. It is well suited for high-power applications due to its high saturation current rating, low DC resistance, and high operating temperature. Its working principle of electromagnetic induction allows it to be used as a filter to reduce EMS noise in circuits.

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