CDR105NP-330MC

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Fixed inductors are non-variable inductors that are used to create a fixed electrical field in circuits or systems. The CDR105NP-330MC fixed inductor provides a stable current for both DC and AC applications. This device has a maximum rated current of 330 mA and is designed to be used in low-noise, low-power circuits such as mobile phone RF and switching regulator circuits.

The CDR105NP-330MC fixed inductor is constructed with two winding layers of copper around a ferrite core. The core material can contain either ferrite or ferrite cores with high-permeability magnetic materials. The CDR105NP-330MC fixed inductor has various operating temperatures, which range from -40°C to +105°C.

The CDR105NP-330MC fixed inductor is designed to provide inductance, current, and voltage characteristics that ensure a stable operation in a circuit. This device can also reduce switching losses in high-frequency switching circuits. The inductor features a low equivalent series resistance (ESR) which makes it ideal for power supply and DC/DC converter circuits. It also has a very low temperature coefficient, which allows the inductor to maintain its inductance over wide temperature ranges.

The CDR105NP-330MC fixed inductor is typically used in SMPS, power supply, DC/DC converters, clock frequencies, and RF front-end converters. It is also used in LED lighting, notebook computers, and smart phones, as well as in automotive, medical, and consumer electronics applications.

The working principle of the CDR105NP-330MC fixed inductor is based on the principle of magnetic flux. When a current passes through the winding, it generates an electromagnetic field, which is known as inductance. The generated inductance is used to resist the current and create an electrical field. The generated field limits the flow of current and voltage through the inductor.

The CDR105NP-330MC fixed inductor also has high-temperature coefficient of resistance, which keeps the inductor from losing too much of its inductance, even at elevated temperatures. The high-temperature coefficient allows the inductor to maintain its inductance, even at higher temperature levels. This feature is especially beneficial in high-thermal environments, such as in automotive and medical applications.

In conclusion, the CDR105NP-330MC fixed inductor is a reliable and stable component that can be used in a variety of applications. It is suitable for both AC and DC circuits and provides reliable, stable currents in low-noise and low-power circuits. The device has a high-temperature coefficient of resistance and temperature stability, making it ideal for use in high-thermal environments. Not only does the CDR105NP-330MC fixed inductor provide reliable performance, but it also offers cost-efficiency.

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