CDPH28D11FNP-1R0NC

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Fixed Inductors are used to create an inductance in a circuit, allowing a steady current of electrons to flow through a wire. The CDPH28D11FNP-1R0NC is a specialized inductor designed for use in applications involving high power and frequencies. In this article, we will discuss the applications and working principles of this particular model of inductor.

Application of CDPH28D11FNP-1R0NC

The CDPH28D11FNP-1R0NC is an inductor designed specifically for use in high-power, high-frequency applications. It is well-suited for use in power management circuits, power supply circuits, and in high frequency switching circuits. This type of inductor can also be used in radio frequency antenna matching networks, as well as in RFID readers and antenna matching circuits. It is also ideal for use in voltage-stable buck-converters, synchronous rectifiers, and LED drive applications.

Working Principle of CDPH28D11FNP-1R0NC

Physically, the CDPH28D11FNP-1R0NC is a toroidal core inductor enclosed in a plastic case. The inductor contains a wire, wound around the toroidal core, that creates magnetic flux that can be used to induce a voltage in a wire or circuit. As current flows through the winding, a magnetic field is created, and this in turn induces a voltage in the circuit.

The inductance of the CDPH28D11FNP-1R0NC is determined by the length of the wire, its diameter, and the number of turns around the core. It also has an inductive reactance, which is determined by the number and winding pattern of the windings. The reactance can be adjusted by altering the number of windings or changing the shape of the core.

An important feature of the CDPH28D11FNP-1R0NC is its high power rating. This means it can handle currents up to 1.2A without becoming saturated, and it can also handle voltages up to 70V. This type of inductor can also operate at frequencies up to 8MHz without becoming overloaded.

Conclusion

The CDPH28D11FNP-1R0NC is an ideal choice for use in high-power, high-frequency applications. It is well-suited for use in power management circuits, voltage-stable buck converters, RFID readers, LED drive applications, and many other high power, high frequency applications. The inductor has a high power rating, and a reactance that can be adjusted. The working principle of this inductor is based on the creation of a magnetic field as current passes through the winding, inducing a voltage in the circuit.

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