LBR2012T2R2MV

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Fixed Inductors are widely used for electrical and electronic applications such as impedance matching, wave shaping and filtering in many fields like consumer electronics, communications and power systems. The LBR2012T2R2MV is a Fixed Inductor designed for use in switching power supplies, DC-DC converters, audio amplifiers and general purpose applications. It is also suitable for a variety of other applications, such as RF communication transmitters and receivers, wireless security systems, and industrial equipment and test instrumentation.

The LBR2012T2R2MV is a surface mountable through-hole device, meaning it can be installed on printed circuit boards (PCBs) easily. It features a 2.2µH inductance range with a low DC resistance (DCR) of 0.14 ohm and a maximum current rating of 3.9A. The product is housed in a lead-free RoHS compliant generic inductor case, eliminating the use of lead in the construction, which helps reduce environmental and health hazards. Designers should take into account that different case sizes are usually associated with different inductance values. Furthermore, the product has been tested to meet the requirements of AEC-Q200 and UL 94V-0, and is available in reel of 2000 for automatic surface mount applications.

The LBR2012T2R2MV is a fixed inductor designed mainly for power applications in the automotive, computing and consumer electronics industries. It is used to provide a steady current flow or voltage divider, and is capable of handling higher current and interference than clamp-on inductors or common-mode chokes. The inductor is designed to reduce and or filter alternating current and voltage variations. The core is generally made from magnetic material like iron, bronze, steel or laminated ferrite. The wire used in a fixed inductor is generally made from copper or aluminum with an insulation layer.

The fixed inductor works by providing a low-resistance path for the current flow from its input to its output. As current passes through the item, it induces a magnetic field with the help of the core material. This field prevents the current from passing out and as a result, limits the current flow. The resulting magnetic field also helps to reduce or filter AC current or voltage variations and is usually used in combination with other electronic components to form a filter circuit. The filter gives rise to a well-defined series of cut-off and pass frequencies.

The LBR2012T2R2MV’s outstanding features make it the ideal solution for applications such as voltage divider, interference-reduction and in-rush current-reduction applications. It also offers design flexibility, because users can select from several different case sizes to ensure they are getting the correct inductance value. This space-saving inductor is perfect for high power applications due to its increased current rating and low DC resistance.

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