1025R-82J

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Fixed inductors are one type of electrical component that is used as a key component in a wide range of electronic circuits. 1025R-82J is an example of this type of inductor. It is used in different applications where an inductor is needed.

The 1025R-82J is constructed using a combination of compatible components, including an inductor core, a winding wire, a ferrite core, a thermoset epoxy package, and a protective outer casing. It can operate over a wide range of frequencies (from 10KHz to 10MHz) and consists of a 0.5uH inductance and a peak current rating of 12A. The size of the inductor is 25x17x9.5mm and its typical impedance is 0.18 ohms.

The 1025R-82J is used in many applications. It is typically used to reduce the voltage ripple in switched DC/DC converters, boost regulation in power supplies, filter high frequency signals and magnetic resonance imaging systems. Additionally, this inductor can also be used in motor control systems, radio frequency circuits, and switching power supplies.

The 1025R-82J\'s working principle is based on electromagnetic induction. This is the process where electromagnetism creates a voltage in an inductor, based on a changing magnetic field. The 1025R-82J uses this principle to create an alternating current, which can be used for a variety of purposes in electrical circuits.

In a typical application, the 1025R-82J is placed between the power source and the load in order to reduce voltage spikes or ripples that occur with the switching of loads. This occurs because the inductor reduces the amount of current flowing through the circuit, allowing the power supply to supply a constant voltage to the load.

In conclusion, the 1025R-82J is a type of fixed inductors that can be used in a wide range of applications. It works on the principle of electromagnetic induction to create an alternating current, which can be used for different purposes in electrical circuits. It is typically used to reduce voltage spikes or ripples that occur with the switching of loads in power regulation, high frequency signal filtering, magnetic resonance imaging systems, motor control systems, radio frequency circuits and switching power supplies.

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