IHD3ER470L

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed inductors are passive components that use stored energy in a magnetic field to create a current in an alternating magnetic field.Inductors, or coil components, can be applied to a range of different circuits, supplying power to inductors, regulating current in series or parallel circuits, and providing a balanced frequency response.The IHD3ER470L is a Fixed Inductor component used in electric circuits which is specially designed to supply power to electronic components in a PCB, where it can regulate current in linear or switching AC circuits.

The IHD3ER470L has a uniquely designed construction, consisting of a few layers of metal: an outer shell of ferrite material (also known as an iron core) and a second layer of copper with insulation.The ferrite core functions as a conductor, carrying current in the form of a magnetic field. The copper layer serves as a shield, preventing interference from outside sources when electricity passes through the IHD3ER470L.The space between the two metal layers is filled with an insulating material, which prevents the flow of current in the online-connected environment in which these components are sometimes used.

The IHD3ER470L component can be used in a variety of circuits, including RF (Radio Frequency) circuits, as it can provide a balanced frequency response over a range of frequencies. It is also a good choice for circuits which require a stable current output, such as those used in power conversion. Other applications include induction motors, generators, and switching power supplies.

The working principle of the IHD3ER470L fixed inductor is based on the principle of self-inductance. This is the process of the component creating a magnetic field which passes through the metal of the component, resulting in the current travelling in circles in the copper layer of the component. This creates a counter-EMF (electromotive force), in opposition to the applied voltage. Each turn of the copper layer increases the induced current, eventually creating the desired current output. The self-inductance of the IHD3ER470L can be adjusted to suit the current and voltage requirements of the circuit.

The IHD3ER470L inductor is a versatile component which has a wide range of applications. With its unique construction, this component can be used in a variety of circuits providing a stable current while maintaining excellent frequency response. It can also be used for power conversion in efficient circuits, thus providing a reliable source of power for electronic components.

The specific data is subject to PDF, and the above content is for reference