IHD3EB471L

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Fixed inductors or chokes are passive two-terminal electronic components which primarily resist a change in current flow. The IHD3EB471L is an example of a fixed inductor. It is a 3mm x 3mm, shielded, SMD (Surface Mount Device) inductor. This device works on the principle of electromagnetic induction and maintains a steady current. It is designed for applications that require higher levels of shielding, such as circuit boards and motherboard.

The IHD3EB471L is a high frequency, self-shielded device. It has a high initial permeability and low DC resistance. Its construction consists of a thin-film of copper on a non-magnetic substrate. This is wound together to form an inductive element. The coil is then encased in a nylon shell, with ferrite shielding material embedded in it. This shield helps to minimize the effect of external interference on the device.

The IHD3EB471L is primarily used in power supplies, switching circuits, digital signal processing (DSP) systems, and electronic communications. In power supplies, its high initial permeability keeps the current from fluctuating, which helps to regulate the output. In switching circuits, the IHD3EB471L acts as a filter to reduce surges, resulting in greater stability and longer life of the connected equipment. In communications systems, it serves to reduce noise and interference in order to ensure reliable transmission.

The IHD3EB471L is generally used in DC applications, but it can also be be configured for use in low-level AC applications. It is available with either a vertical or a horizontal profile. In addition, the IHD3EB471L can be used in conjunction with other components, such as capacitors, to form filter networks that can reduce the amount of interference within a system.

In sum, the IHD3EB471L is a self-shielded, fixed inductor, designed for low-level DC and AC applications. Its small size and high efficiency make it an ideal choice for circuit boards and other electronic systems. Its high initial permeability helps to maintain steady currents and reduce interference. Additionally, it can be used in conjunction with other components to form filter networks and provide further protection against unwanted noise and interference.

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