ILC0603ER8N2K

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Fixed inductors are electronic components used to store energy in the form of magnetic fields. The ILC0603ER8N2K is a fixed inductor that is part of a wide range of inductor products designed to meet a variety of applications.

The ILC0603ER8N2K is a high-efficiency, low-profile inductor with a low DC resistance. It features a basic design that provides an efficient solution for applications such as power management, audio, video, and telecommunications. The inductor offers an inductance ranging from 4.7µH to 680µH with a current rating of 2.5A and a maximum DCR of 0.007ohms. The device also has an operating temperature range of -40°C to +105°C and a self-resonant frequency of 25MHz.

The main application field of the ILC0603ER8N2K is in power management. It is used in high-efficiency, low-profile DC-DC converters and voltage regulators. It can also be used for power voltage conversion, for switching current applications, and for regenerating current on DC lines in automotive systems. The inductor is also suitable for filter circuits, such as RF filters, LCD backlight inverters, and barcode scanners.

The working principle of the ILC0603ER8N2K is based on the basic laws of electromagnetism. The inductor stores energy in the form of a magnetic field, which is created when current passes through the coils. The magnetic field then induces an opposing current, which creates a voltage drop across the inductor. This voltage drop helps regulate the current in the circuit and can be used as a voltage source when the current is needed.

The ILC0603ER8N2K is a high-efficiency, low-profile inductor with a wide range of applications in power management, audio, video, and telecommunications. It features a basic design that provides an efficient solution for applications requiring an inductance of 4.7µH to 680µH with a current rating of 2.5A and a maximum DCR of 0.007ohms. The device works based on the basic laws of electromagnetism, storing energy in the form of a magnetic field that induces a voltage drop across the inductor.

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