NRS4010T4R7MDGG Inductors, Coils, Chokes

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Fixed inductors are a type of electronic component designed to store energy in the form of a magnetic field when it is connected to an external current. The NRS4010T4R7MDGG fixed inductor is a surface mount form component used to create choke coil inductors with top performance characteristics.

The NRS4010T4R7MDGG is a 920 nH coil inductor with a low DC resistance of 0.08 ohms. This low resistance results in greater current densities and more efficient heat dissipation. The inductor has an overall size of 4.2 x 4.2 mm, making it suitable for space-limited applications.

The operating temperature range of the NRS4010T4R7MDGG fixed inductor is a maximum 65° C. Under this temperature, performance characteristics remain unchanged over the entire range of operating voltage, allowing the device to function reliably over a wide temperature range. The inductor also has a superior self-resonance frequency, enabling higher resonant frequencies.

The primary application area for the NRS4010T4R7MDGG fixed inductor is in choke coil inductors. Choke coils are used in power supplies, low-pass filters, signal conditioning circuits, and RF receivers and transmitters. The inductor\'s low DC resistance and high flux density make it an ideal component for creating efficient choke coils. It can also be used in frequency filters, inductive voltage dividers, and line filters.

The NRS4010T4R7MDGG fixed inductor works by generating an electromagnetic field when current flows through it. The inductor stores energy in the form of this magnetic field. When the current direction changes, the electromagnetic field collapses, releasing the energy stored in the field. This action results in a voltage spike that can be used to filter and condition signals or to generate a steady voltage output from an AC signal.

The NRS4010T4R7MDGG fixed inductor is an ideal component for a variety of power and signal conditioning applications. Its low DC resistance and superior resonant frequency make it a versatile and efficient component for high frequency applications. Its small form factor also makes it suitable for space-limited applications.

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