CW100505-15NJ

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Fixed inductors are components used in electrical circuits to store adjustment. A fixed inductor, such as the CW100505-15NJ, works to create a coil or loop of wire in order to create a magnetic field. The wire is usually made up of copper or some other conductive material. When current passes through the wire, a magnetic field is created. This field can then be used to store energy, resist changes in electrical currents, or sometimes filter frequencies.

The specific inductor model CW100505-15NJ has been designed by SRF Components for pulse applications. It features a high inductance, with a minimum inductance value of 105nH and a tolerance of +-20% over the specified range. It also has a low DC resistance (DCR), which helps provide high efficiency in the device while reducing energy dissipation from heat. The inductor also has a high current rating of 3 Amps, making it suitable for applications which involve higher current signals.

Apart from the mechanical design and electrical parameters, the inductor also has a very high impact resistance, thanks to the material used in its construction. This means it is able to handle sudden current fluctuations better, making it an ideal choice for applications which involve high-frequency signals. The inductor also has a high temperature rating of up to 125℃, which makes it suited for use in high-temperature environments.

The working principle of the CW100505-15NJ is the same as any other inductor. It works by creating an electromotive force (EMF) in the coil which opposes any changes in the current, thus controlling the flow of electrons. This helps regulate the output voltage or keep it relatively constant, making it ideal for pulse applications. This means that any sudden changes in current can be dampened, making the inductor a great choice for use with sensitive electronics.

In conclusion, the CW100505-15NJ fixed inductor is a great choice for applications which involve controlling current fluctuations or dampening sudden changes in electrical currents. It is made from high-quality materials to provide excellent resistance to impacts and high temperatures. Its inductance is also relatively high and its DC resistance is low, making it energy efficient. All together, this makes it a great choice for a variety of different applications.

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