IMS05BH390K

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Fixed inductors are a core component in many electronic equipment and circuits. They are also known as coil, coils, chokes, or autotransformers. Generally, fixed inductors store energy in the form of a magnetic field when current flows through them. The IMS05BH390K is one such fixed inductor.

The IMS05BH390K is a shielded inductor with a bobbin-can type of construction. This type of construction is similar to a traditional fixed inductor but allows for more manageable heat dissipation. Additionally, it is ideal for applications that require very high-performance inductors. The IMS05BH390K has a saturation current of 5.9 A, a dc resistance of 0.418 mΩ, and an inductance of 390 nH.

The IMS05BH390K can be used an electrical part in many different applications. These include DC to DC converters, power supplies, high-frequency circuits, PWM control circuits, and communication systems. The IMS05BH390K is a cost-effective solution for these applications and provides a reliable, steady performance. Moreover, its shielded design ensures the components are protected from EMI and other types of interference.

The working principle of a fixed inductor such as the IMS05BH390K is relatively simple. When an electric current passes through the inductor’s winding, a magnetic field is created in the center core, storing energy. Alternating current is supplied to the inductor, and this produces an alternating polarity of the magnetic field. The frequency of the alternating magnetic field is determined by the AC voltage’s frequency. When the AC voltage is removed, the magnetic field stored in the core begins to dissipate and the voltage across the inductor falls to zero.

The IMS05BH390K produces a high efficient and reliable performance. Its high inductance allows for a wide variety of uses, from PWM control circuits to power supplies. Furthermore, its shielded construction protects components from EMI and other types of interference. This makes it an ideal choice for many applications, such as DC to DC converters and communication systems.

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