NRV3012T4R7M

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Fixed inductors play an important role in both analog and digital circuits. In order to carry out its operations, an inductor usually requires some kind of external manipulation — either through a variable electrical current, a varying magnetic field, or combination of both. The NRV3012T4R7M is one such inductor, an SMT modeled inductor.

The NRV3012T4R7M is an SMT molded inductor that combines a good consistent inductance with a wide range of temperature resistance. It is ideal for use in a range of RF systems and is also commonly used in power line networks. It features a DCR value of 5.5Ω and an inductance value of 4.7uH. This makes it an excellent choice for use in situations when consistent performance is required, such as when dealing with different loads and a variety of environments.

The NRV3012T4R7M may be used in a variety of different applications, such as power supplies, motor controllers, military and aerospace systems, antennas, and RF filters. It also is suitable for portable systems, where the low DCR value and low leakage inductance are essential to maintain a clean operation.

In terms of the working principle of the NRV3012T4R7M, it operates on the self-inductance principle. This is the technique used for designed inductors, in which the voltage or current across it causes a circular electric field induced within the coil. As the induced electric field varies, so does the inductance, impedance, and current. This makes the NRV3012T4R7M an excellent choice for applications where its self-inductance and low leakage inductance are essential.

It also has a wide range of temperature resistance, allowing it to be used in a variety of temperature environments, including extreme cold and hot temperatures. This makes it suitable for use in military and aerospace systems and is used in motors, switches, and antennas.

In conclusion, the NRV3012T4R7M is an SMT molded inductor with a variety of uses. It is suitable for use in power line networks, antennas, RF filters, and motor controllers. Its low DCR value and low leakage inductance make it excellent for situations where consistent performance is needed. Additionally, it is resistant to a wide range of temperatures, making it suitable for use in a variety of applications.

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