LBC2016T680K Inductors, Coils, Chokes

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Fixed Inductors are essential components in electric circuits, and LBC2016T680K is a type of fixed inductors. It is applicable in many fields such as audio/video, automotive, telecommunications, computer, instrument, and medical electronics.

The LBC2016T680K is small in size and light in weight. It also has a high efficiency and low loss. This type of inductor uses a tin-plated eyelet to minimize the impact of environmental parameters, thereby achieving high reliability. It is suitable for high current designs and is excellent for use in dc-dc converters, and other power supply designs.

The LBC2016T680K is a miniature molded, power inductor type. It has an inductance value of 680uH, and an operating current rating of 550mA. The total diameter of the part is 8.5 mm and the total height is 3.2 mm. It has a maximum DC resistance of 68 mΩ and a saturation current of 1.2 A.

The working principle of the LBC2016T680K is based on the mutual inductance of two coils. When an electric current is applied to the primary coil, a magnetic field will be generated. This will in turn induce a current in the secondary coil and a voltage will be generated. The amount of voltage generated will depend on the intensity of the current in the primary coil and the strength of the magnetic field.

In addition, the inductor also works on the principle of Faraday\'s law of induction. This law states that a changing magnetic field will induce an electric current in a circuit. When the current in the inductor changes, the magnetic field will also change and this will in turn generate a voltage in the secondary coil.

The LBC2016T680K is a highly reliable device that can be used in various electrical circuits. It is small in size, light in weight, and efficient in operation. The inductor is suitable for use in audio/video, automotive, telecommunications, computer, instrument, and medical electronics. It has a high inductance value, low DC resistance, and high saturation current. The inductor works on the principle of mutual inductance and Faraday\'s law of induction.

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