LQW04AN56NJ10D Inductors, Coils, Chokes

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Fixed Inductors allow an electrical current to flow through it, while at the same time providing an inductive component within the circuit. The LQW04AN56NJ10D is one such type of Fixed Inductor. This device is a fixed-core type of inductor, and is applied in electronic power supplies, motor drives, and frequency control.

There are two main working principles of the LQW04AN56NJ10D Fixed Inductor. First, it acts by providing a constant DC (direct current) voltage in the presence of a varying AC (alternating current) signal. Second, it helps to filter out high-frequency AC noise present in the power supply and also provides short-term current limiting.

The LQW04AN56NJ10D is designed for use in applications such as power supply protection and DC-DC converters, in addition to providing a low cost and reliable method of frequency control. It is a high-performance Fixed Inductor, with a breakdown voltage of up to 72 V, a high saturation current of up to 1.6 A, and a high resistance of up to 175 ohms. The LQW04AN56NJ10D is also able to withstand up to three times its rated value in circuit overload.

The application field of the LQW04AN56NJ10D Fixed Inductor is varied and includes uses in motor control, microcontroller-based applications, switching converters, and AC-DC and DC-DC switching power supplies. The inductor is suited for use in applications where the power supply needs to be protected from high frequency noise, as well as those where a low frequency response is desired. In addition, the LQW04AN56NJ10D Fixed Inductor can also be used for signal filtering, providing for improved signal stability and noise rejection.

To maximize the performance of the LQW04AN56NJ10D Fixed Inductor, it is important to consider certain parameters, such as operating temperature, inductance, leakage inductance, and DC resistance. The operating temperature should be taken into account when selecting a suitable Fixed Inductor, as the inductance of an inductor changes significantly with temperature changes. Leakage inductance is important for applications in AC-DC and DC-DC switching power supplies, as it influences the EMC properties of circuits and can cause interference. The DC resistance of the inductor should also be checked, particularly in applications where efficiency is of paramount importance.

In summary, the LQW04AN56NJ10D Fixed Inductor is a reliable, cost-effective, and high-performance inductor designed for use in a wide variety of power supply protection and frequency control applications. It is important to take into account various parameters such as operating temperature, inductance, leakage inductance, and DC resistance to ensure the maximum performance of the inductor and to provide a high-quality solution to the customer.

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