LQW18AN5N6G80D

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Fixed inductors, also known as chokes, are components that store and release energy by creating a magnetic field. They are widely used in electronics and offer the benefit of increased efficiency in many applications. The LQW18AN5N6G80D is a type of fixed inductor that is suitable for high-frequency applications and is made up of an anisotropic glass-filled epoxy core that is wound with a high-purity copper coil.

The inductance of the LQW18AN5N6G80D is measured in millihenries (mH), which is a unit of inductance. This type of inductor is capable of withstanding a wide temperature range of -40°C to +125°C, making in an ideal device for harsh environments. It also provides excellent performance with low DC resistance (DCR) and a high self-resonance frequency (SRF).

The primary application of the LQW18AN5N6G80D is in radio-frequency (RF) circuits, most commonly used in wireless communication systems where transmission of signals across a certain frequency range is necessary. The device can also be used in audio electronics and signal conditioning circuits.

The working principle of this type of inductor is fairly simple. As the current runs through the coil, a magnetic field is generated. This field in turn creates an electromotive force (EMF) that opposes the current flow. This opposition causes the inductor’s voltage to drop, which increases with the amount of current running through it. The more current that flows through the coil, the greater the opposition to the current flow and the larger the amount of voltage drop. This ultimately reduces the amount of power that is delivered to a circuit, allowing higher current levels without overloading circuits.

In short, the LQW18AN5N6G80D is a fixed inductor that is designed for operation in RF circuits and symbolizing excellent performance with low DC resistance and a high self-resonance frequency. Utilizing the core and winding benefits of anisotropic epoxy cores, the LQW18AN5N6G80D offers better inductance stability and frequency of operation when compared to conventional ferrite cores.

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