RLB0912-6R8ML

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Fixed inductors refer to magnetic components with a fixed inductance value. Common fixed inductors include ordinary cubic iron core inductors, toroidal inductors, and ferrite core inductors. The RLB0912-6R8ML type fixed inductor is an internal molding type inductor with an internal coil winding and footprint size of 9.2mmx12.7mm, a height of 6.5mm, and a straight stand-up terminal pin with a pin diameter of 0.8mm.

The RLB0912-6R8ML is an internally molded ferrite core fixed inductor and is mainly used as an input filter inductor in AC/DC adapters, power supplies, and EMI filtering applications. The RLB0912-6R8ML has an inductance of 8.2uH ±30%, a DC resistance of 0.29 ohms max, and a rated current of 1.2A.

The operating principle of the fixed inductor starts by the current flowing through a loop of wire that creates an invisible magnetic field in the surrounding space. The magnetic field lines flow between the poles of the magnet and the detector then reacts to the changes in the magnetic field, which creates a voltage. The size of the voltage is determined by the amount of change in the magnetic field and is proportional to the rate at which the changes occur. This voltage helps to create an inductance, or the inverse of electrical resistance.

The working principle of the RLB0912-6R8ML is different than other types of inductors because it has an internal coil winding with an internal ferrite core. This helps to reduce the size and weight of the device while increasing its efficiency. The ferrite core also helps to provide a stable inductance by suppressing the effect of magnetic field lines on the internal coil. Additionally, the RLB0912-6R8ML features an internal heat dissipation technology for increased reliability and stability.

In conclusion, the RLB0912-6R8ML is a type of fixed inductor that is designed for use as an input filter inductor in AC/DC adapters, power supplies, and EMI filtering applications. It features an internal coil winding with a ferrite core, an inductance of 8.2uH ±30%, a DC resistance of 0.29 ohms max, and a rated current of 1.2A. The working principle of the RLB0912-6R8ML relies on the current flowing through a loop of wire, creating an invisible magnetic field in the surrounding space, and the detector reacting to the changes in the magnetic field to create a voltage. Its internal heat dissipation technology helps to provide stable operation and increased reliability and stability.

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