MLG1608SR39JT000 Inductors, Coils, Chokes

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Fixed inductors, also known as chokes, coils, or reactors, are passive components used in electronics consisting of a wire wound on a core of ferromagnetic material. The inductor\'s main function is to provide inductance to an electronic circuit, thereby limiting the flow of current. One such inductor is the MLG1608SR39JT000, an 8mm x 8mm x 4.5mm shielded surface-mount power inductor.

MLG1608SR39JT000 has a minimum inductance of 39nH, ­maximum inductance of 50nH, DCI rated current of 16A, and saturation current of 22A. Its AC current rate is 7A, its DC resistance is just 0.056ohm, and its DC self-resonance frequency is 13MHz. With its low core losses, low radiation, and robust construction, the MLG1608SR39JT000 is a great choice for power delivery in demanding applications.

The MLG1608SR39JT000 is widely applied in power conditioning circuits, such as power adapters, battery chargers, and motor drives. Its magneticshielding ensures low electromagnetic interference (EMI) with the surrounding circuit. The low stability of MLG1608SR39JT000 enables the circuit to perform harmonically even in turbulent environments.

The working principle of this inductor is based on the principle of electromagnetic induction. When a current carrying wire is wound around a ferromagnetic core, a resulting magnetic field is generated in the core. This generates a voltage in the coil, which opposes the change in current that produced it. This resistance to the change in current is known as inductance and is expressed in henries.

It is also important to consider the reactance of an inductor, which depends on the frequency of the applied voltage. At low frequencies, inductors can be seen as an open circuit, while at higher frequencies, they can be seen as a short circuit. Thus, this inductor will act differently depending on the frequency of the applied voltage.

In summary, the MLG1608SR39JT000 inductor is a great choice for power delivery in demanding applications and is widely applied in power conditioning circuits due to its excellent magnetic properties. By virtue of the principle of electromagnetic induction, this inductor is able to generate a magnetic field in the core, and this field is able to oppose the change in current, which defines the inductance of the inductor. Finally, the reactance of the inductor varies with the frequency of the applied voltage, meaning it behaves differently at different frequencies.

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