ELC-06D391E

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Fixed Inductors provide a wide range of solutions for many different applications. Additionally, a range of inductors exist within the field, each offering different advantages and disadvantages for its intended purpose. One such inductor is the ELC-06D391E, which offers many benefits for specific applications and operations.

ELE-06D391E Application Field

The ELC-06D391E can be utilized in any field where small and high power inductors must operate at low frequencies. This makes the ELC-06D391E well-suited for automotive electronics, control systems, power hardware, power supply, and other fields. Its non-shielded operation makes it suitable for indoor use, while its robust design, which includes many different materials and parts, strengthens its ability to operate at higher temperatures and resist shock.

The ELC-06D391E has a wide range of characteristics when it comes to current and power handling, making it an ideal inductor for multiple power applications. It has a rated current of 6.0A, a peak current of 30A, a Delta Impedance (ΔZ) of 5.4m, an inductance of 390µH, and a maximum DC resistance of 0.14 ohms. In addition, its maximum temperature rating is +125°C.

ELC-06D391E Working Principle

The ELC-06D391E is a fixed inductor that makes use of an on-board core, a surrounding bobbin, and a number of winding layers to create an electromagnetic field. When current is applied to the inductor, the magnetic flux generated diffuses through a magnetic material, thus creating an inductance that stores energy in the form of a magnetic field.

The ELC-06D391E exhibits a simple, yet efficient, working principle. The application of current to the inductor causes it to become inductively coupled in the form of an electrostatic field. As the current passes through the inductor, the electrons in the wire interact with the inductor\'s core, creating a voltage. This voltage generates a counterforce, known as the back-EMF, which in turn works against the current, thus creating a substantial resistance.

The ELC-06D391E\'s core and winding layers also play a vital role in its performance. The wound layers serve to create an electrolytic relationship between the core and the coil, which grants the inductor with greater stability and inductance when compared to a single-layer inductor. The core’s material, which can be either ferrite or iron, further improves the inductor\'s consistency while increasing its ability to handle higher temperature ratings.

When it comes to applications, the ELC-06D391E\'s wide range of current handling, inductance, and temperature rating make it an ideal choice for multiple operations. Its small size and non-shielded construction make these inductors suitable for automotive electronics, control systems, power hardware, power supply, and other fields.

With its advanced construction, wide range of properties, and high temperature rating, the ELC-06D391E is an excellent fixed inductor for a variety of applications that require high power and low frequency, making it an ideal choice for many power electronics engineers.

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