UP0.4C-390-R

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Fixed inductors are passive devices that can store energy when a current flows through them. These inductors provide efficient power delivery solutions for many applications, such as high voltage AC and DC power applications. The UP0.4C-390-R has become a commonly used inductor for power applications since it can be used for a variety of applications that require fixed inductance.

The UP0.4C-390-R is a fixed inductor obtainable in three versions – 2.2, 4.7 and 6.8 mH. It has a current rating of 3.9 A and is suitable for use in high current applications. The UP0.4C-390-R is manufactured using a small thin ceramic package material making it suitable for use in compact spaces as well as high temperature environments. It features 30 μH of inductance and a high saturation current rating up to 100 A.

The UP0.4C-390-R is an ideal choice for a variety of high voltage applications such as power supply units, power conditioning, AC/DC power supplies, energy storage, and distribution systems. It is also used for power factor correction, inverter drives, and switching power supply circuits, as well as high voltage buck converters.

The working principle of the UP0.4C-390-R inductor is based upon a basic formula known as Faraday’s law of induction which states that a changing magnetic field produces an electric field. This is then used to generate an electric current, which can be used to store energy. The UP0.4C-390-R features a ferrite core made of an alloy of iron, nickel, and cobalt. It also has a copper wire winding around it to create a magnetic field.

The UP0.4C-390-R acts as an energy storage device when a current is flowing through it. When the current is switched off, the energy stored in the inductor is released, allowing it to act as a power source for the application it is powering. This process is known as inductive energy transfer and is the main working principle behind the UP0.4C-390-R inductor.

It is essential to understand the working principle of the UP0.4C-390-R in order to properly use it in any application that requires high voltage AC or DC power. The UP0.4C-390-R should be used with caution as it can create high voltage fields when used in applications where high voltage power is required. The power generated by the UP0.4C-390-R should not exceed the maximum current rating of 3.9 A.

Overall the UP0.4C-390-R is an ideal choice for a variety of high voltage applications, as it features 30 μH of inductance and a high saturation current rating up to 100 A. Its small size and high temperature compatibility also make it suitable for use in compact spaces. The working principle of the UP0.4C-390-R is based upon Faraday’s law of induction, and it acts as an energy storage device when a current is flowing through it.

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