CW252016-68NG

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Fixed inductors offer a static electrical resistance through which a voltage can be applied, resulting in a current that increases linearly with the applied voltage. The CW252016-68NG is a fixed inductor designed for application in communication and computing systems.

The CW252016-68NG’s design is based on a multi-layer core of copper wire, insulated and wound around an iron core, in which one or more turns of wire are arranged. This wire configuration produces an inductor with a specific inductance, which is dependent upon the core material, the number of turns of wire, and the size of the wire. The CW252016-68NG is designed to be used in high frequency circuits and is designed to handle up to 12 amps of current.

The primary characteristic of the CW252016-68NG is that it has a low DC resistance, making it suitable for applications that require high signal voltages. The low resistance of the inductor also makes it well suited for use in high frequency switching applications, where the high frequencies cause the inductors to become saturated and unable to maintain the desired inductance.

The CW252016-68NG has been designed for superior performance in communication and computing systems. Its low inductance and low DC resistance characteristics make it ideal for applications requiring high frequency signal voltages, such as cellular phones and wireless networks. The fact that the core of the coil is insulated increases the dielectric strength of the inductor, allowing it to withstand much higher voltages without breakdown. This allows the inductor to handle larger signal voltages, making it suitable for a wide range of applications.

The CW252016-68NG can be used in a wide range of high frequency circuit applications, from machine control circuits to mobile communication systems. Its construction ensures that it is capable of providing a high quality signal in the presence of high voltage, while its small size and low resistance make it suitable for high density designs. The CW252016-68NG can also handle high peak currents and provide superior performance in switching circuits where high frequency signal voltages are present.

The CW252016-68NG offers a wide range of design flexibility, and can be used in a variety of applications. It is designed to be used in high frequency circuits, and can handle high frequency signal voltages, while it’s low DC resistance allows for a greater range of input voltages. Since the cores are insulated, the inductor is capable of handling larger signal voltages without breakdown, making it an ideal choice for communication and computing applications.

In summary, the CW252016-68NG is a fixed inductor designed to be used in communication and computing systems for superior performance. It is built with a multi-layer core of copper wire wound around an iron core for increased inductance and low DC resistance, while providing protection against high voltage breakdowns. This makes it suitable for use in high frequency circuits and switching applications that require high signal voltages.

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