36502C1R2JTDG

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Fixed inductors are electrical components that use induction to store energy and are mostly designed to be used in specific applications. The 36502C1R2JTDG is an example of a fixed inductor that is used in a variety of industries and applications. This article will give an overview of the application field and working principle of 36502C1R2JTDG.

Application Field

The 36502C1R2JTDG fixed inductor is usually used in Power Supplies, Switching Power Supplies, DC/DC Converters, and Automotive battery chargers. It is also commonly used in communications, consumer electronics, industrial and medical applications. This inductor is great for applications where high power and low losses are desired.

The 36502C1R2JTDG fixed inductor is a modified version of the same inductor with extended lifetime and improved performance. It is well-suited for use in a wide range of industrial and medical applications, and is suitable for use in medical diagnostic equipment, critical instrumentation, industrial control systems, and motor control systems.

The 36502C1R2JTDG fixed inductor is also ideal for demanding applications which require high power and high currents, such as high-power switching systems. It is especially beneficial when used in combination with a power supply system, improving power density and reducing the required footprint. This induction component is also used in a variety of automotive applications such as fuel tanks, filtration systems, and even airbag systems.

Working Principle

The 36502C1R2JTDG is a standard, linear, self-shielding fixed inductor in which current is induced to increase its amount of energy stored. The induction principle works by forming an electrical circuit including an inductor, or coil of wire, through which a current flow causes an opposing force, creating a magnetic field in the coil. This induced field enables stored energy to flow into the inductor and out again once the flow of current reverses.

When the inductor is connected in parallel with a control system, current flowing through the inductor’s coil creates a magnetic field that couples and induction occurs, increasing the amount of energy stored. This maintained energy drives the control system by allowing it to regulate voltage and current outputs for optimal functionality.

As current flows in the inductor, the material of the inductor prevents it from dissipating and stores it in the magnetic field of the inductor\'s coil. This stored energy can be used to power a DC motor, a DC power supply, or a power electronics application. By controlling the amount of energy stored in the inductor, the DC motor or power supply can operate correctly and efficiently.

The 36502C1R2JTDG fixed inductor includes a ferrite core, allowing it to be used in many different applications. The ferrite core helps to control magnetic flux leakage, and also increases the inductance value for higher current outputs. Additionally, the 36502C1R2JTDG includes self-healing coatings that can endure high temperatures and provides protection against short circuits.

Conclusion

The 36502C1R2JTDG is a fixed inductor designed to efficiently store energy for applications such as Power Supplies, Switching Power Supplies, Automotive battery chargers, and DC/DC converters. This induction component is ideal for applications that require high power and low losses. By using its ferrite core and self-healing coatings, it helps to efficiently maintain energy for a variety of industries.

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