LB2016T4R7MV

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Fixed inductors, also known as choke coils, are components mainly used for blocking AC and passing DC, providing power filtering, and impedance matching. The LB2016T4R7MV is a quickly and easily mountable, RoHS-compliant, wire-wound, high-current, low-profile inductor with an inductance of 4.7 μH. This device has a rated DC current of up to 16 A and features a high-reliability design.

The LB2016T4R7MV inductor is mainly used in DC-DC converters, voltage regulators, and power supplies in laptops and other consumer electronic products. Its features, such as low DC resistance and low profile, make it ideal for these applications. It is also suitable for projects that require low-frequency, high-current power. The component is highly efficient and can improve power-supply stability and increase system utilization.

The LB2016T4R7MV inductor is based on magnetic induction and consists of two major components: a coil made from copper wire and a core made from magnetic material. The current flowing through the copper wire generates a magnetic field around the core, inducing an electric field in the core. This electric field (or electromotive force) induces a voltage in the wire, thus producing a resistance to the current. This is how the inductor performs its function of blocking AC and passing DC.

Furthermore, the LB2016T4R7MV inductor features a high saturation current of 16A, which makes it suitable for applications that require high current-capability and good power-handling capabilities. In addition, the high-temperature-resistant design makes it extremely reliable and ensures that it can perform well in high-temperature environments.

The LB2016T4R7MV inductor is also available in a variety of footprint sizes, making it suitable for a range of projects and applications. For instance, the device is available in a SMD (surface-mount device) version with a 2x3mm footprint, as well as a through-hole version with a 3mm height.

In conclusion, the LB2016T4R7MV inductor is a high-current, low-profile inductor, ideal for use in laptop computers and other consumer electronic products. Its features, such as high efficiency, low DC resistance, and compatibility with a variety of footprints, make it a great choice for applications that require high current-capabilities. It is based on magnetic induction and performs its function of blocking AC and passing DC through the generation of a magnetic field and electric field in the core.

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