LQW04AN1N4C00D

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Fixed inductors, or coils, are two-terminal electronic components that store energy in the form of electromagnetic induction. LQW04AN1N4C00D is a type of fixed inductors, it is available in an innovative Miniaturized SSOP-20 package, approximately 1/3 the size of a regular leaded 1210 type inductor. This type of inductor has a high inductance of 0.47uH and a low DC resistance of 0.115 ohm. The rated current for this inductor is 6A, with a maximum of 11A.

Application field of LQW04AN1N4C00D

LQW04AN1N4C00D is suitable for a wide range of applications, such as in cellular phones, digital cameras, laptops, tablets, and so on. The inductor’s low DC resistance, along with its high inductance and moderate saturation current capabilities, make it ideal for applications such as DC-DC converters, switching power supplies, and low voltage DC-AC inverters. It is also suitable for power amplifier circuits of audio signal, and for high speed logic circuits.

Working principle of LQW04AN1N4C00D

The working principle of LQW04AN1N4C00D is based on the law of induction. As current passes through the inductor, it causes a change of flux in the coil. With a growing magnetic field, a back-EMF (electromotive force) is induced that opposes the change of flux. This induced electromotive force, or voltage, is proportional to the rate of change of the current in the coil.

When the current increases, the rate of change is also increased which produces a higher voltage. When the current remains constant, the voltage is zero. Therefore, an inductor will increase the current’s amplitude, as the output of the wave is dependent on the induced voltage. The flux density in the coil also brings about a unique relationship between the current and the coil’s inductance.

As the current increases, the inductance of the coil decreases. This drop in inductance causes the voltage across the inductor to drop, as the opposition to current through the coil is reduced. This adds to the limitations of inductors, as they are not able to carry large power levels in their circuit due to the decrease in inductance.

In the case of LQW04AN1N4C00D, the inductance increases with the current. This allows for the inductor to carry higher current, as the inductance increases the opposition to the current through the coil. This increases the capability for the inductor to handle higher power levels, thus increasing the circuit’s performance.

LQW04AN1N4C00D is designed to handle high peak currents, which it can convert into distributed energy storage. This is achieved by the inductor’s ability to store energy in its magnetic field. As the current decreases, the magnetic field and induced back-EMF voltage dissipates, releasing the stored energy in the form of a pulse.

This type of inductor is often used to filter frequencies in applications such as noise suppression and power inverters. These inductors are also used in high performance RLC filters and audio circuits. They are designed to reduce ripple noise and increase the power efficiency of digital circuits.

The LQW04AN1N4C00D is a high quality, low profile, high performance inductor, ideal for use in a wide range of applications. The inductor’s high inductance and low DC resistance makes it an ideal choice for high current applications, making it an ideal choice for users looking for a reliable, high performance inductor.

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