LHLC06TB270K

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors

Fixed inductors are electronic components mainly used in emi suppression, power factor correction, filtering, decoupling and other applications.Their primary function is to introduce electrical reactance into a circuit, which regulates the flow of alternating current (AC) and controls how much energy is transferred from one part of an electrical system to another.The LHLC06TB270K is a fixed inductor that provides effective EMI suppression by providing a more constant impedance to high frequency AC signals than can be achieved with a fixed resistor. It has a maximum continuous operating temperature of 80°C and is made with an epoxy resin-encapsulated construction.

Application Field

The LHLC06TB270K can be used in the areas of portable electronics devices, home appliances, automation, industrial instrumentation, computer peripherals, automotive systems, and telecom power supplies.

The application fields for this ultra-low profile inductor are computer peripheral, automotive systems, industrial instrumentation, audio-video equipment, telecommunication power supplies , and medical devices.

The LHLC06TB270K is especially useful in mobile phones, wearable electronics, Tablet PC, as well as fast and efficient charging systems.

Working Principles

Fixed inductors are built with copper coils and a core material, come in a range of different shapes and sizes. Coils are composed of winding\'s of copper wire usually around ferrite core material, and the combination of windings and core determines the electrical specs of the inductor.

The LHLC06TB270K is wound with a tightly packed wind product. The core of this inductor is based on an E/D-Core construction which offers a maximum operating frequency range of 50 MHz to 1000 MHz while maintaining a minimum Q factor of 21 across the frequency operating range.The E/D-Core design also allows for a very low height profile of 0.6mm for the package.

The LHLC06TB270K works in generally the same way as any other type of inductor: when the current flowing through it changes, it produces an electromagnetic field. This field will cause a voltage to be induced in the same coil, opposing the current. This voltage is not required, and must be minimized as much as possible in order to reduce the power consumption and ensure stability of a connected circuit.

The inductor’s inductance value is key to controlling the current flow. In an AC circuit the inductance value can be used to calculate the induced voltage. In a DC circuit the inductance value can be used to calculate the amount of current the inductor can support while minimizing power losses due to the inductor’s winding resistance.

The specific data is subject to PDF, and the above content is for reference