LHL10TB271K

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Fixed inductors are components used in electrical circuits to store energy in the form of magnetic field. They are most often used in capacitive rectifier circuits, but can be used in a variety of other applications. The LHL10TB271K is an example of a specific type of fixed inductor: an axial type inductor. It is designed specifically for automotive applications such as audio systems and engine control units.

The LHL10TB271K is a non-magnetic, low profile axial inductor, designed for automotive applications. It has a wide operating temperature range (-40/105°C) and has a low DCR at room temperature (430mΩ). It also has a low inductance range of 16 mH to 2.2 mH, and an inductance tolerance of 5% (100kHz 1V RMS). The LHL10TB271K is also RoHS compliant and halogen free, which makes it an ideal choice for green automotive solutions.

The working principle of the LHL10TB271K is relatively simple. It works by creating an inductor coil around a central core. When an electric current is applied to the coil, a magnetic field is generated. This magnetic field generates a flux in the core, which in turn induces an electric current. The magnitude of the current depends on the number of turns in the coil, the amount of current supplied, and the size and shape of the core. The LHL10TB271K is able to provide a consistent inductance value due to its high tolerance, and its low DCR ensures that its heat efficiency is high.

The LHL10TB271K has a variety of applications in the automotive field. It can be used as the power supply for audio systems, for example, or as an AC rectification filter for power supplies. It can also be used to reduce EMI in control circuits, or as an AC bridge in control circuits. In addition, the LHL10TB271K can be used for power line filtering, providing low-noise filtering to reduce interference in the power lines.

In conclusion, the LHL10TB271K is an ideal choice for automotive applications such as audio systems and engine control units. Its wide operating temperature range, low DCR, and low inductance range make it well suited for these applications. Its simple working principle and ability to provide consistent inductance values make it an excellent choice for power supply filtering, power line filtering, and EMI reduction.

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