LQW15AN8N8G80D

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Fixed inductors, or inductors in general, are electrical components that use the principles of electromagnetism to store energy in the form of a magnetic field. The LQW15AN8N8G80D fixed inductor is especially suited for use in switching power supply circuits, due to its low power consumption, high frequency response, and low temperature coefficients.The fixed inductor consists of copper windings wound around a ferrite core. This core may be made from iron or ferrite – iron oxide powder mixed with a ceramic binder. The number of turns in the windings will determine the inductance of the component, which is measured in henrys (H). It is important to note that the inductance of the component will decrease slightly with an increase in temperature.The design and size of the ferrite core will determine how much current can be safely handled by the component. The nominated size for the LQW15AN8N8G80D, for example, will allow a maximum current of 15 A at a frequency of 100 kHz. In operation, the fixed inductor stores energy in response to changes in the applied current flowing through the coil. The stored energy is then released gradually, allowing conversion of direct current (DC) to alternating current (AC).When used in switching power supplies, the inductor helps to regulate the voltage and current within a wide range of frequencies. The inductor also helps maintain high efficiency in the power supply by preventing switching losses. In low frequency power supplies, the inductor acts as a reservoir for the energy, allowing more efficient transfer of energy than is possible when using a capacitor alone. The inductor also provides some additional protection from disruption to the power supply.The fixed inductor is also often used in regulated voltage output power supplies. In this case, the inductor’s role is to control the output voltage by regulating the current flow. This is done by controlling the rate at which the voltage is switched between varying levels.In conclusion, the LQW15AN8N8G80D fixed inductor is an ideal component for use in switching power supply circuits, and in regulated power supplies. The low power consumption and high frequency response of the component make it well-suited for applications that require low levels of noise and distortion, and low temperature coefficients over a wide range of operating temperatures.

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