LQB18NNR33J10D

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Fixed inductors refer to the inductance component that will not change within certain power. The core inside is usually composed of metal, iron and other materials. As a type of inductors, the core of fixed inductors does not rotate, and its characteristics and applications vary depending on the core material.

The LQB18NNR33J10D model fixed inductor is a fixed inductance component widely used in electronic radios, calculators, computers, LC resonant circuits, communication products, filter circuits and other electronic equipment. Because of its wide range of applications, its model is even commonly seen in electronic engineering.
"LQB18NNR33J10D" can be understood as “referring to winding type inductors” or “referring to fixed inductors”. The core material determines the performance of the inductance, and the LQB18NNR33J10D uses an air core inductor in its design. The air core inductor is light and has an ultra-small volume, which is a characteristic of copper wires wound around high insulation materials.

The LQB18NNR33J10D fixed inductor\'s working principle is based on the concept of electromagnetic induction. When a magnetic current passes through, it will generate a magnetic field. Since the two ends of the inductance in the magnetic field will form an induction ring, the induction ring will generate a type of magnetic pole, thus causing a voltage axial direction between the two ends of the coil. In the magnetic ring, the direction of the magnetic field has circular symmetry. There is also a force between the two parallel currents of the same direction and the opposite direction in the magnetic field, and the magnitude of the force is determined by the direction and size of the current.According to the Faraday’s law of electromagnetic induction, when the magnetic field around the two ends of the coil changes, it will induce electromotive force between the two ends of the coil. On the other hand, when an electromotive force is added to the two ends of the coil, the current strength of the coil will change with time, thus causing a variation in the magnetic field of the coil. This is the working principle of the LQB18NNR33J10D fixed inductor.

The LQB18NNR33J10D fixed inductor is mostly used as a filter inductor or a decoupling inductor. As a filter inductor, it helps to filter the interfering signals in the current, and as a decoupling inductor, it is based on the principle of Faraday induction. It is mainly used to reduce the electromagnetic interference of power supply devices on the circuit. This type of inductance\'s trigger capacity is used as part of the circuit\'s AC/DC conversion, usually used to filter the higher order harmonic wave components in the power supply. Moreover, the LQB18NNR33J10D fixed inductor can also be used as an impedance component in a tuned circuit and in power transmission lines to reduce the transmission line impedance of the circuit.

In addition, the LQB18NNR33J10D fixed inductor is a low-cost inductor with low power loss. It usually has a small resistance and a small inductance, and it is small enough to be accommodated by many electronic equipment. Thus, it is required to have high reliability and high stability to ensure the stability of the equipment. Its features and advantages are also closely related to its application field.

The LQB18NNR33J10D fixed inductor is an inductive component with good performance and wide application. With its highly practical features, it is commonly used as filter, decoupling and impedance component in various electronic products. As the core material of this model is air core inductance, the LQB18NNR33J10D fixed inductor prevents the interference of external magnetic fields and plays an important role in the whole electronic circuit, making it a suitable and highly efficient component in the application.

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