LQW15AN23NJ00D

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Fixed Inductors

Inductors are electronic components used for controlling the flow of AC or DC current in a circuit. The most common type of inductor in electronics is a fixed inductor, also known as a non-adjustable inductor, which is used to store and transfer energy within a device and to regulate the amount of power flowing through the circuit. The LQW15AN23NJ00D is a type of fixed inductor that is widely used in many types of electronic devices.

Application Field of LQW15AN23NJ00D Fixed Inductors

The LQW15AN23NJ00D fixed inductor is a key component of most power supplies and converters used in computer systems, personal electronics, and automotive electronics. It is often used in power supply designs to adjust the voltage or current output in response to changes in the load or the environment. Additionally, the LQW15AN23NJ00D fixed inductor is used as an integral part of many circuits such as switching regulators, power amplifiers, and motor driver circuits as well as for battery charging and loop filter components.

Working Principle of LQW15AN23NJ00D Fixed Inductors

The LQW15AN23NJ00D fixed inductor works on the principle of induced voltage, which occurs when current passes through a wire loop. When current passes through a wire, an electromagnet field is created. This field will then induce a voltage in any components within it’s magnetic field. The induced voltage can be either positive or negative, depending on the direction of the current.

The LQW15AN23NJ00D fixed inductor works by taking advantage of this principle, to create an impediment in the circuit to increase the amount of current. This is achieved by making use of two coils that are wound in opposite directions. This creates a ‘crosstalk’ effect, where the field of one coil is ‘pushing’ against the field of the other, increasing the strength of the induced voltage. This induced voltage impedes the flow of current, slowing it down and increasing its effectiveness.

The LQW15AN23NJ00D fixed inductor typically has a core material of ferrite which increases the strength of the induced voltage, allowing for a greater effect on the current. It is often used in inverters, switching regulators, and other circuits where current regulation and stability are essential.

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