B82496C3181G000

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Fixed Inductors are devices that are constructed to have a constant inductance value despite the fact that the applied voltage, current, or frequency may change. The B82496C3181G000 is an example of a fixed inductor. It is a surface mount, wire-wound type inductor with a low to medium DC current rating and a high peak current rating. The inductance range of this particular fixed inductor is from 0.1 microhenry to 100 microhenry.

The primary function of a fixed inductor is to store energy in the form of a magnetic field in response to a current flowing through it. The stored energy is released back into the circuit when the current flow is decreasing. This phenomenon is known as inductive reactance. This is done by using electromagnetic induction, where a varying current creates a varying magnetic flux. This varying flux induces a voltage in the inductor that opposes the current through it.

The B82496C3181G000 is suitable for a range of applications. It is designed for power supply and signal line noise suppression for mobile communications, automotive electronics, and LED lighting. It can also be used for signal coupling and DC/DC converters in telecommunications applications. These fixed inductors are available in multiple sizes and are made out of a high grade ferrite core material, ensuring both low losses and high efficiency.

In terms of features, the B82496C3181G000 has an inductance tolerance of ±10%. It includes a termination cap for easier soldering and mounting, and the devices are available with anti-corrosion coating on terminals if requested. Additionally, they have a dc resistance range of 0.01 to 1 ohm and an operating temperature range of -40C to 125C. This wide temperature range allows them to be utilized in a wide variety of environmental conditions.

The most common way to measure an inductor\'s value is to measure the inductance, which can be done with an inductance meter. An inductance meter measures the amount of voltage produced when the current in the inductor changes, and the result is the inductance value. Although inductance meters are very accurate and accurate measurements of inductance can be achieved, they are usually very expensive. An alternative to using an inductance meter is to use a method known as the “self-resonant frequency”. This method involves connecting the inductor to the proper equipment, applying an alternating current and measuring the frequency at which the inductor’s voltage approaches zero.

In terms of construction, the B82496C3181G000 utilizes a unique construction technology that utilizes a magnetized ferrite core, which acts as an inductor. This construction method is especially useful for devices that require increased inductance due to the minor losses in the core. The high heat resistance of the materials also make these devices particularly suitable for applications requiring high temperature stability.

In conclusion, the B82496C3181G000 is a high-performing fixed inductor suitable for a broad range of applications. Its construction utilizes a unique core technology, which minimizes power losses, and its low resistance and wide temperature range make it suitable for a variety of environmental conditions. Moreover, its inductance and ability to be measured using the self-resonant frequency method make it a practical device for those needing an efficient, cost-effective device that can withstand a range of conditions.

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