ER1641-224JM

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Inductors are basic components for electronics and electrical systems, and are widely used in numerous electrical appliances, machines, instruments, and control systems. To meet the requirements of different applications, a variety of inductors have been developed, such as the ER1641-224JM Fixed Inductor. This specific type of inductor is suitable for low-power circuits, providing a stable current flow, and has found application in a variety of hardware devices.

The ER1641-224JM fixed inductor is a non-polarized, elongated molded toroidal inductor consisting of a high-grade, high-permeability ferrite core and a thin-wire winding. It has two terminals, a negative and a positive, on either side of the core, allowing current to flow in either direction. The ER1641-224JM is an ideal choice for creating low frequency filters, as its inductance remains relatively stable at varying frequencies. The inductance for the ER1641-224JM is specified as 0.2uH ±20%.

The ER1641-224JM Fixed Inductor exhibits typical characteristics such as high DC resistance, high maximum saturation current and low DCR. Its DC resistance is typically higher than a comparable air core inductor, making it suitable for applications requiring tight current control, where a high DCR is important. At the same time, the saturation current is relatively high, making it a desirable choice for applications that require high current flow. In addition, the ER1641-224JM has a low DCR, which minimizes power loss in high frequency switching circuits.

In short, the ER1641-224JM Fixed Inductor is a reliable, low-power, high-efficiency component ideally suited for low-power applications. Its stable current flow and tight current control make it an excellent choice for filters, amplifiers, and other low frequency circuits. It is also suitable for high frequency switching applications due to its high maximum saturation current and low DCR. For these reasons, the ER1641-224JM Fixed Inductor has become a popular component for both commercial and industrial applications.

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