NS10145T100MNV Inductors, Coils, Chokes

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Fixed inductors generally don’t vary with time but they do vary with the voltage applied to them. An example of this is the NS10145T100MNV. This is a fixed inductor which can be used in a variety of applications, such as in power supplies, line output stages, filters, and voltage regulators. It has a high storage capacity, and is therefore suitable for applications where there is a need for a large charge over a short period of time.

The NS10145T100MNV is a high current capacity, surface mount inductor with low output impedance. It is constructed of an air-gap core and features a copper-clad steel coil which helps to reduce DC resistance. The inductance of the inductor is rated at 100 mΩ and the saturation current at 200 mΩ. This allows it to support a nominal operating temperature range of -55°C to +105°C. The inductor is rated at 40 V and is able to deliver up to 3 amperes of current.

The working principle of the NS10145T100MNV is simple. When there is a DC voltage or current present across the inductor leads, a current is created in the inductor that is proportional to the applied voltage or current. This current will then be stored, and will flow until a different voltage or current is applied. This means that the inductor will act like a “battery”, and can be used to store energy that can then be used for various applications.

In summary, the NS10145T100MNV is a high current capacity, surface mount inductor designed for use in power supplies, line output stages, filters, and voltage regulators. It is constructed of an air-gap core and features a copper-clad steel coil which helps reduce DC resistance and increase storage capacity. The working principle of the NS10145T100MNV is simple: when there is a DC voltage or current present, a current is induced that is proportional to the applied voltage or current. This current will then be stored until a different voltage or current is applied, meaning that the inductor will act like a “battery” and can be used to store energy.

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