0819-62H

Fixed inductors are components commonly used in electronic circuits, primarily used to introduce reactance into a circuit so as to control the transfer of power. The 0819-62H is a fixed inductor, and it sees applications across a wide range of electrical and electronic systems. In this article, we dive into the 0819-62H application field and explore its core working principles.

Application Fields and Electrical Specs

The 0819-62H is conventionally designed for use in high current circuits. Its operating temperature is between -40 and +85 degrees Celsius, and it also features a working current of up to 4A and an inductance of 1mH. The inductor also has a maximum DC resistance of 0.13 ohm and a Saturation condition of 3.6A.

The 0819-62H also consists of a core component – a ferrite nugget – with two electrodes which are wire-wound around it. This inductor is suitable for a wide range of applications, such as switching circuits, choke input filters, AC circuits, and more. It can also be used in a variety of industrial systems to add inductance, such as in generators, motors, security systems, and other applications.

Working Principle

The 0819-62H works primarily by manufacturing inductance from electrical energy. It does this by creating a directional magnetic field which passes through a coiled wire, typically made of copper or aluminum. The winding process is also known as “trapping and storing” electrical energy. The energy trapped in the field can then be discharged in a controlled manner through the wire by adding or removing current.

The process of creating inductance also requires two other components – a magnet and electric current. The current passing through the conductive wire creates a magnetic field, while the magnet reacts to produce a strong opposing force, Trap and Store. This trap and store process creates inductance, which then passes through the coil and affects the flow of electric current.

Conclusion

Fixed inductors like the 0819-62H are commonplace components, and they are used for a wide range of applications. They can be used to add reactance to a circuit and introduce inductive elements. The working principle of this inductor sees a wire coil wound around a ferrite core, which is placed in a magnetic field and carries an electric current. That current creates a reactive force in the coil, which then stores electrical energy.