LAV35VB331J

Fixed inductors, such as LAV35VB331J, are widely used in various electronic circuit applications due to their several advantages.

These inductors are usually constructed with a conducting coil wound around a magnetic core made of ferromagnetic material. Compared to other inductors such as variable inductors, fixed inductors are composed of only one winding structure which determines the static inductance and impedance characteristic. There is no need to add additional components for adjustment.

The primary advantage of the LAV35VB331J is its stable inductance value and reliability over a wide range of frequencies. The primary application for LAV35VB331J is power source filtering. It can also be utilized to filter repetitive high-frequency noise, allowing for very low harmonic distortion in circuits.

In order to understand LAV35VB331J application field and its working principle, it’s important to note that the inductor stores energy in the form of a magnetic field generated by the current. When there is no current flowing, no voltage is measured across the inductor. When the current passes through the inductor, the magnetic field expands and collapses, and a voltage is present.

When an AC voltage is applied to the inductor, the direction of the current keeps changing and the current and voltage are out of phase. The inductor opposes the change in current passing through it, resulting in a voltage with a phase difference of anywhere from 0 degrees to 180 degrees. This phase difference is related to the inductor\'s inductance, while the size of the voltage is related to the inductor\'s resistance.

The inductance of an inductor can be changed by changing the material of the core, the number of turns of the winding and the permeability of the core material. This means that LAV35VB331J provides the benefit of being able to select an inductor with the desired properties by making a selection from its wide range of products.

Given its superior properties, the LAV35VB331J is a popular choice for many applications, including DC/DC converters, switching converters, Oscillators, electrical motors, telecommunications signaling, and power transformers. The inductor works to filter various forms of interference, such as transient and harmonic distortion, making it possible to deliver clean power free from noise.

In summary, the LAV35VB331J fixed inductor is an important element in the design of power sources and power supply systems. It provides a stable inductance value and reliable performance over a wide frequency range. Its primary application field is power source filtering, while other applications include DC/DC converters, switching converters, power motors, and telecommunications signaling.