NR3012T330M

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Fixed inductors have been used for many years due to their ability to efficiently and effectively store electrical energy and pass it back again through the inductor when needed. NR3012T330M is a popular fixed inductor which has become a staple in many different industries.

An inductor is a component which stores energy temporarily in a magnetic field between two conductors, typically coils of wire. The NR3012T330M is a particularly compact inductor with an integrated housing, and is normally available in a through-the-hole style, with pins or a leaded type. The inductance range is from 2.2 μH to 680 μH, which makes it a highly versatile product.

The main application of the NR3012T330M is in DC-DC converter circuits, where it functions to smooth the output voltage ripple or reduce the peak current. It is also used in filter circuits to help suppress the high-frequency switching noise from the power supply. In addition, it is used in RF circuits to reduce electromagnetic interference (EMI) and to improve high-frequency operation.

The NR3012T330M is an excellent choice for high-temperature applications as it is rated for temperatures up to 130°C. It also has excellent high-frequency performance with a high current handling capacity, which makes it a great choice for power inverters and other applications where high currents are commonly encountered. The low power loss characteristic also makes it an excellent choice for inverters and similar applications.

The NR3012T330M employs the well-known wound-coil technology. Its working principle is based on the magnetic properties of the inductor coils. The two lead wires of the device are magnetically attracted and repelled in sequence as electricity passes through them, creating a magnetic field in the vicinity of the coils. The magnetic field then induces a voltage across the two leads, increasing the current flow between the two leads and creating the desired output voltage.

The NR3012T330M has been widely adopted by commercial and industrial manufacturers for its high-quality performance and long-term reliability. Its compact design and high durability make it a viable option for many different applications. With its wide inductance range, excellent high-temperature and high-frequency performance, and low power loss characteristic, the NR3012T330M is an excellent choice for many different applications.

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