AIMC-0402-3N9S-T

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors

Fixed inductors are passive electrical components, usually made from tightly wound coils of metal. They are used in many electronic circuits to provide a source of electrical current in a stable and predictable way. The AIMC-0402-3N9S-T is a fixed inductor used in many electronic applications.

What are Fixed Inductors?

Fixed inductors are also known as inductances or simply as “inductors”. They are made up of a number of tightly wound coils of metal which resist changes in electrical current. Because the inductor is essentially a coil of metal, it has the ability to generate its own magnetic field when electrical current is passed through it. In essence, this magnetic field is used to help regulate the electrical current throughout the circuit and provide more stable electricity.

The AIMC-0402-3N9S-T is a fixed inductor with a very small footprint. It is a 0402 case size with three pins, and is made using N9S-T material and technology.

AIMC-0402-3N9S-T application fields and working principle

The AIMC-0402-3N9S-T fixed inductor is commonly used in RF and power applications such as telecoms power amplifiers and broadband amplifiers. It is also suitable for many signal conditioning, audio, and control applications, where it can provide improved performance over conventional inductors. Its small footprint makes it ideal for use in tight spaces and congested circuit boards.

The working principle of the N9S-T fixed inductor is based on Faraday’s Law of Induction. This law states that a changing magnetic field will produce an electrical current. In the case of the AIMC-0402-3N9S-T, when current is applied to the inductor, it will generate a magnetic field. This magnetic field will then induce a voltage in the rest of the circuit, and this voltage will then cause current to flow through.

To optimize the performance of the AIMC-0402-3N9S-T fixed inductor, it must be matched to the application. This is done by adjusting the inductance value of the inductor to the specific application. In power or RF applications, the inductance should usually be as high as possible, to minimize the amount of power that the inductor consumes. In signal conditioning or audio applications, the inductance should usually be as low as possible, to minimize signal distortion.

Other factors that should be taken into consideration include the operating temperature of the inductor, the size of the inductor, and the losses associated with the inductor. The size of the inductor should be small enough to fit in the space available, but also large enough to provide the desired inductance. And the losses should be as low as possible to ensure that the inductor is energy efficient.

In summary, the AIMC-0402-3N9S-T fixed inductor is suitable for use in a variety of applications, including RF and power applications, and can provide improved performance over conventional inductors. Care should be taken to ensure that the inductor is matched to the application, by adjusting the inductance value as required. Other factors such as size, temperature and losses should also be taken into consideration, to ensure that the inductor performs optimally.

The specific data is subject to PDF, and the above content is for reference