2150-10G

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Fixed inductors are widely used in multiple electrical applications, covering power supplies, high resistance products, industrial equipment and much more.  The Inductance value of a fixed inductor stays constant regardless of the amplitude or frequency of the current applied to it, making it suitable for use in applications where a constant inductance is desired. The 2150-10G is a fixed inductor that falls into this category.

The 2150-10G is a ceramic-encased, 10 mm Fixed Inductor with an inductance value of 2150 µH.  It is designed to operate at low frequencies, typically 50-400 kHz, and is best suited for applications requiring power, signal processing or filter components.  This inductor is also fairly small and lightweight, taking up minimal space on the board. Additionally, it is RoHS compliant, meaning that it does not contain hazardous materials, like lead, that could be harmful to the environment.

The 2150-10G is suited to many types of industrial applications. It is particularly useful in signal processing applications due to its ability to provide consistent inductance when exposed to AC inputs or when changing frequencies. The inductor can also be used in audio equipment and in AC power supplies, motor controllers, electric vehicles and for filtering high frequencies.  The high frequency filtering capabilities of the 2150-10G make it suitable for use in electronics such as multi-bay storage systems, video equipment and Point of Sale systems.

Understanding the fundamentals of the 2150-10G\'s working principle helps to further explain how the inductor can be used successfully. All inductors work by introducing a kind of electrical resistance that impedes current from flowing, and in the case of fixed inductors this resistance is constant regardless of the amplitude or frequency of the current. The 2150-10G works by passing a current through its windings of insulated copper wire which generates a magnetic field.  When an alternating current (AC) is applied to the inductor, the current causes a constant voltage drop in the windings as the field is repeatedly established and then collapses. This helps to reduce the surge voltage, as the inductor acts to "absorb" some of the current.

The physical construction of the 2150-10G therefore contributes to its effectiveness in terms of its working principle.  The fixed inductor has a ceramic encasing to hold the components together and a winding selection underneath the cover, which consists of two sets of twisted insulated copper wire windings. The overall shape of the inductor is designed to maximize the magnetic field within the windings. This has the effect of helping to reduce the average saturation current.

In summary, the 2150-10G is a 10 mm fixed inductor with an inductance of 2150 µH and can operate at low frequencies in excess of 400 kHz.  It is suited to a range of industrial applications such as power supplies, signal processing and in motor controllers and filters. This inductor helps to reduce surge voltage by generating a constant voltage drop in its windings when exposed to AC inputs. The ceramic casing and winding selection within the inductor work to maximize the magnetic field and reduce average saturation current.

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