4379-182JS

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Fixed inductors are widely used in a variety of applications, ranging from medical devices to consumer technologies and industrial controls. The 4379-182JS is one such inductor which is used in a broad range of products including robotics, alarms, detectors, display and printer power supplies, home theater equipment, and multirange measurement instruments. In this article, we’ll explore the 4379-182JS application field and working principle.

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A fixed inductor is an electrical component consisting of a coil and a magnetic core, usually made of ferrite, designed to generate a fixed amount of inductance when an electrical current is passed through it. As its name implies, a fixed inductor maintains a consistent level of inductance regardless of load or frequency. The 4379-182JS is a fixed inductor capacitor combination which provides high reliability and is ideal for high-temperature and low-frequency applications.

The 4379-182JS fixed inductor has a wide range of uses, including in switching power supplies, home audio amplifiers, automotive electronics, and communication networks. It is especially useful in these applications as it offers a low harmonic distortion, a high-current capability, and a low power dissipation.

The 4379-182JS fixed inductor comprises a robust 10.90 mm x 10.90 mm x 4.90 mm chip, which is constructed of high-phosphor bronze alloy for superior RF performance. This part is designed with an inductance of 182uH, a DC resistance of 0.04 Ohm, a Q factor of 40, and a rated current of 0.67A. Additionally, this inductor has a broad temperature range of -40°C to 85°C, and can withstand a temperature shock of -55°C for 10s. It also features RoHS and REACH compliant options.

The 4379-182JS fixed inductor is capable of operating at frequencies up to 1MHz and offers high-quality performance in demanding environments. Its superior construction ensures a reliable product and excellent resistance to vibration, shock, temperature, and humidity.

In terms of working principle, an inductor works by converting electrical energy into magnetic energy. When an alternating current passes through it, the inductor stores energy in the form of a magnetic field and then slowly releases it. This magnetic field sets up a flux, which induces a voltage in the coil, and this is the basis of the electrical energy which the inductor provides.

The 4379-182JS fixed inductor works best in applications where the voltage is lower than the peak voltage of the signal. This is because, at lower levels of voltage, the electrical energy is less likely to be dissipated as heat and thus, the inductor will provide a more pure signal with minimal distortion.

Conclusion

In summary, the 4379-182JS fixed inductor is an ideal component for a variety of applications where high reliability and performance are required. Its robust construction and wide temperature range make it highly suitable for a variety of environments, from low-frequency electronics to high-power systems. By converting electrical energy into magnetic energy, this inductor offers a stable output with minimal distortion. Overall, this is an excellent inductor for applications requiring high-performance components and reliable operation.

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