NLV25T-056J-PFD

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Fixed Inductors are passive electronic components which are used in many types of electronic circuits. They are primarily used to provide inductance and are composed of a coil of wire, usually wound around a core material such as ferrite or air. The inductive element of an inductor has the ability to store energy in the form of a magnetic field. When a voltage is applied across an inductor, a current will flow through the coil, and a corresponding magnetic field will be created. The energy stored in this magnetic field can be used to limit the flow of current in the circuit, or to further aid in filtering or smoothing the signals. Further, the inductor can be used to distribute the signal power so it reaches the load more efficiently.

NLV25T-056J-PFD is a fixed inductor designed and manufactured by Murata Electronics. It uses a two-piece ferrite core, which provides improved inductor stability and higher frequencies compared to air core inductors. This inductor has a total of 19 turns, with 9 turns in each of the two core halves. It has a rated inductance of 25.0 microhenries (uH), a rated current of 1.5 Amps and a rated DC resistance value of 0.6 Ohms. While it\'s quite small (15.7 mm x 5.0 mm in size), it is capable of operating up to a frequency of 100 MHz.

NLV25T-056J-PFD inductors are used in wide range of circuit applications. They are mainly used in designing of radio frequency (RF) circuits, wherever an inductance is needed above 10MHz. The inductor is used in mobile communication, radar systems, satellite communication systems, automotive systems, and medical equipment. It is also used in general-purpose analog filter designs, such as low-pass, high-pass, band-pass, trap, and notch filters, as well as power supply design systems. With a low profile and a stable inductance, NLV25T-056J-PFD inductors are ideal for designs where thermal considerations and heat dissipation requirements are important.

The working principle of NLV25T-056J-PFD is quite simple; when a voltage is applied across the inductor, a current will flow through the coil, and a corresponding magnetic field will be created. The amount of current that flows is determined by the inductance of the component, the frequency of the signal applied, and the total inductor resistance (DCR). When the voltage is removed, the magnetic field collapses and releases the stored energy back into the circuit. By controlling the amount of current passing through the inductor, it can be used to filter or smooth the signal, or even to increase the signal power.

In conclusion, NLV25T-056J-PFD inductors are widely used in a range of RF and analog filter circuit applications due to their high frequency performance and low DCR. They are compact and provide stable inductance, making them ideal for designs requiring thermal efficiency. Although the working principle of NLV25T-056J-PFD is fairly simple, understanding how the inductance, frequency, and DCR affect its performance is key to successful design implementation.

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