AIMC-0402-1N0S-T

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Fixed inductors are widely used in circuit designs. AIMC-0402-1N0S-T is one type of fixed inductors. It has been widely used in various electronic applications where low-profile, low current, and high relevance are required. In this article, we will explore the application field and working principle of the AIMC-0402-1N0S-T.

The AIMC-0402-1N0S-T is a small SMD (surface-mounted device) inductor with a size of 0402(1.0 x 0.6mm) and an impedance of 0.25 ohms. It is commonly used in a variety of applications that require low-level current such as power dividers, filters, amplifiers, and signal-related circuits. The general characteristic of the AIMC-0402-1N0S-T include low ESR, low DCR, excellent reliability and good temperature-time stability.

The working principle of AIMC-0402-1N0S-T fixed inductor is based on the fact that electric current creates a magnetic field and the magnetic field can induce a voltage when it changes. This is the concept of electromagnetism. As the current flows through the inductor, the number of turns of the coil, the core material, and the shape of the loop all affects the inductance of the device. When the electric current is constant, the magnetic field will be constant too, and no voltage will be induced. However, when the electric current changes, the magnetic field will be changed accordingly and a voltage will be produced.

The main application field of AIMC-0402-1N0S-T fixed inductor includes power conversion, DC/DC converter and signal conditioning, RF antenna feed lines, low-frequency amplifier, motor drive and other circuits. The fixed inductor is able to store energy in the form of a magnetic field, similar to a capacitor, and transmit energy to other components. It also helps to reduce or eliminate interference, thus improving signal integrity.

In conclusion, AIMC-0402-1N0S-T fixed inductor belongs to the category of fixed inductors. It is a small SMD (surface-mounted device) inductor with a size of 0402(1.0 x 0.6mm) and an impedance of 0.25 ohms. The working principle is based on the concept of electromagnetism, where changing electric current creates a magnetic field and the magnetic field can induce a voltage. It is commonly used in a variety of applications that require low-level current such as power dividers, filters, amplifiers, and signal-related circuits. It is also used for power conversion, DC/DC converter and signal conditioning, RF antenna feed lines, low-frequency amplifier, motor drive and other circuits.

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