LHL10NB390K

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Introduction

Fixed inductors are types of components that are brought about to store energy in the form of magnetism. The stored energy can then be released in a controlled manner depending on the application. They are vital in the regulation of frequency and voltage in power electronic circuits. Fixed inductors act as filters and voltage stabilizers in high-frequency circuits, and LHL10NB390K is a type of fixed inductor.

Overview of the LHL10NB390K

The LHL10NB390K is a non-linear inductor that has an inductance of 10µH+/-10%. It also has a 580 max saturation current rated at 55℃, and has a temperature range of -65°C to 125°C. Its core material can be made from ferrite or powdered iron, and its height can range from 7.9 mm to 8.4 mm.

Application Fields of the LHL10NB390K

The LHL10NB390K has numerous applications and can be used in numerous electronic circuits. It isan ideal choice for a wide range of DC/DC converters, boost converters, and flyback converters because of its excellent storage capability. Its inductance helps to generate the power needed to hybrid electric vehicles and aerospace, and it can also be used in communication systems. Its temperature stability makes it a great choice for power factor correction filters, and it is also used for low-frequency distribution applications.

Working Principle of the LHL10NB390K

When the load connected to the LHL10NB390K is increased, its inductance decreases and it starts behaving as a non-linear inductor. Its core material transfers some of the power stored as stored in the inductance into heat. The power generated within the inductor depends upon the rate of increase of the current. It also helps to stabilize the voltage and prevent it from dropping significantly below the operating load. The LHL10NB390K will also dissipate excess energy when the current is reduced, so that the voltage does not rise above the operating limit.

Conclusion

The LHL10NB390K is a type of fixed inductor that is commonly used in many electronic circuits. It is suitable for different application fields such as DC/DC converters, boost converters, and flyback converters. Its working principle entails the stored energy in its inductance being transferred to heat when the load increases, which helps to regulate the voltage and prevent it from dropping significantly below the operating load. The LHL10NB390K also dissipates excess energy when the current is reduced so that the voltage will not peak too high.

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