VLS3012T-100MR72 Inductors, Coils, Chokes

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Fixed inductors, also known as fixed coils, consist of inductive elements with a wire wound around a core. They appear in many everyday applications to store energy or to create a filter to limit the flow of current or voltage. The VLS3012T-100MR72 is just one type of fixed inductor, and it has numerous uses in electronic equipment. Here, we will discuss the application field and working principle of the VLS3012T-100MR72.

The VLS3012T-100MR72 is a surface-mount ferrite chip inductor designed to reduce noise and high-frequency interference in applications such as power amplifiers, switches, and other related signal processing equipment. Its small size and low cost make it ideal for use in a range of small and intermediate sizes of electronic applications. It can also be used in medical instruments, in toys, and other consumer products.

The VLS3012T-100MR72 is made up of two ferrite cores wound together with a coil of copper wire to form an inductor. Ferrite cores are a type of high-permeability material that acts like an iron magnet, but without the same disadvantages of using electricity. These cores also allow for a wide frequency range of operation, making the VLS3012T-100MR72 ideal for high-frequency applications. The winding of its copper wire coil is constructed to minimize the effects of external magnetic fields, such as those created by RF signals.

The main components of an inductor are magnetic flux, inductance, and resistance. The magnetic flux consists of a magnetic field around the inductor, which encompasses both the ferrite core and the coil of copper wire itself. When an electric current passes through the copper wire, the magnetic field created by the electric current will also generate an inductance, which is a measure of the amount of energy stored in the inductor. This inductance also opposes the flow of electricity, creating a resistance that can help regulate the current flow.

The VLS3012T-100MR72 uses the principle of leakage inductance to further reduce the generation of noise. Leakage inductance works by creating an additional inductance in the form of a loop in the copper wire, which prevents interference from external electric fields by redistributing the current flowing through the inductor in a manner that prevents noise. This further reduces both external and internal noise as well as high-frequency interference.

The VLS3012T-100MR72 is a highly efficient and cost-effective inductor that is ideal for a variety of applications, ranging from medical instruments to consumer products. Its compact size and low cost make it a viable option for many types of circuit boards, and its high-frequency capabilities and leakage inductance capabilities make it a great choice for a variety of noise reduction needs. This versatile and reliable inductor is sure to be a welcome addition to any project.

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