CW252016-10NJ

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Fixed inductors, such as the CW252016-10NJ, are used in a variety of electrical and electronic systems. The part number for this model is a single value indicating the manufacturer (CW25), the size of the part (2016) and the nominal inductance (10NJ).

A fixed inductor is an electrical component that stores energy in the form of a magnetic field generated by electric current passing through a coil. It is made up of the core, coil and terminals. The core is usually made of ferrite material that increases the inductance of the inductor. The coil is made up of many windings of insulated wire. The terminals are where the external connections are made.

The primary application of the CW252016-10NJ is for DC/DC conversion, voltage positioning and low no-load current applications such as switching power supply, military electronics, and consumer electronics. The inductor is used in these applications to reduce or filter noise, to limit the current, or to supply components with stable DC power.

The working principle of the CW252016-10NJ fixed inductor is similar to those of other inductors. When current passes through the inductor, a magnetic field is generated around it. This field stores energy, which is then released when the current is reduced or turned off. The inductor also has the ability to limit the amount of current passing through it as the magnetic field around the inductor opposes the flow of current. Depending on the inductance rating, the current is prevented from increasing beyond a certain level. This current limiting property makes the CW252016-10NJ ideal for applications such as switching power supplies.

Overall, the CW252016-10NJ fixed inductor is a versatile component that can be used for various applications in DC/DC conversion, voltage positioning and low no-load current systems. It works by creating a magnetic field that stores energy that is then released when the current is reduced or turned off. This technology can be used to limit the current and supply components with stable DC power.

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