DFEH7030D-150M=P3

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Fixed inductors are electronic components used in various circuits to filter and store electrical energy. The DFEH7030D-150M=P3 is a type of fixed inductor that is commonly used in a range of applications. In this article, we will go over the applications and working principle of the DFEH7030D-150M=P3.

Applications of the DFEH7030D-150M=P3

The DFEH7030D-150M=P3 is an axial leaded fixed inductor from Samwha Electronics. This inductor can be used in a range of different applications, including:

• Power Supplies and Converters
• Voltage Regulators
• Smoothing Circuits
• LC Filters
• Noise Removal
• Signal Conditioning

It can also be used as an inductor for DC/DC converters and AC/DC converters, used in various circuit designs.

Working Principle of the DFEH7030D-150M=P3

The DFEH7030D-150M=P3 is a fixed inductor, which means that it has a fixed inductance value. The inductance is dependent on the material used for the inductor and the number of turns of wire in the coil. The inductance is measured in units of henrys.

When alternating current (AC) flows through the inductor, a magnetic field is generated. This magnetic field is proportional to the current and is capable of storing energy. When alternating current flows out of the inductor, the magnetic field collapses, and the stored energy is released. This energy is then sent to the load, which is typically a resistor.

The inductor will also oppose any changes in the current, as a result of Lenz’s law. This opposition is called inductive reactance, and can be used to remove noise and electrically isolate different parts of a circuit.

The DFEH7030D-150M=P3 has a rated inductance of 0.15 µH and a rated current of 40A. This means that the inductor is capable of withstanding higher current before saturation and larger inductance for longer periods of time.

Conclusion

The DFEH7030D-150M=P3 is a fixed inductor that is commonly used in various applications. It has a rated inductance of 0.15 µH and a rated current of 40A, making it suitable for numerous applications, such as power supplies, voltage regulators, noise removal, and signal conditioning. The inductor works by generating a magnetic field when AC current passes through it, and releasing this energy when the current passes out of the inductor.

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