6000-122K-RC

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Fixed Inductors are inductors that have a set inductance that they are built to create. While this can be a highly precise process, it is not always needed and values can vary due to tolerances needed or available. The most common type of fixed inductor is the six-pin SMD inductor from manufacturers such as Murata, TDK, and NIC Components. The 6000-122K-RC is a fixed inductor device from NIC Components.

The 6000-122K-RC is a fixed inductor designed for 0.3 to 0.75 Amps of continuous current. This device has a wide range of applications within portable devices, power supplies, high-frequency and high-efficiency audio circuits, BlueTooth or Wi-Fi, and electronic toys. This low profile device has an inductance of 122μH and is built with an tapped inductance type package. This device is a surface mount device and is designed to be mounted in a circuit board.

The working principle of the 6000-122K-RC is relatively simple. An electrical current passing through the device creates a magnetic field which induces an electrical field within the device itself. This electricity within the device then creates a magnetic field that opposes the original field, creating a force which is called induction. This induction is the property which creates the amount of inductance within the device.

The operation of the 6000-122K-RC is similar to that of many inductors. When current passes through the device, the magnetic field is created. This magnetic field intersects the bonded wire, which forms a loop, and induces an electrical field. This field then opposes the original field, creating the induction force which creates the inductance. The flux which is created between the fields is measured in units called microhenries (μH).

The 6000-122K-RC is an ideal choice for any application needs a fixed inductor with a low profile. Its wide range of applications, its 122μH of inductance value, and its design make it a good choice for any circuit design. Its efficiency is also high due to its low profile, which keeps it from taking up too much space in the circuit board.

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