1944-10H

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Fixed inductors refer to the inductance that the electrical current generates in the conductive coil in the form of an electrical component, and the physical size does not change, and the specific inductance remains unchanged. This inductor is formed by winding a copper wire into a loop, and the inductance is generated by Maxwell\'s right-hand rule. The specific value of the inductance is proportional to the current and the loop area it generates. The inductance reflects the ability of the conductor to send signals and the amount of magnetic field generated.

A 1944-10H is a type of fixed inductor. It is used mainly in applications such as DC-DC converters, antenna circuits, SCR control circuits and rectifiers, power supplies, medium and high-frequency circuits, electronic ballasts, filter circuits, and small loudspeakers. As an electrical component, the 1944-10H has various specifications, including inductance, voltage resistance, current capacity, and magnetic performance.

The 1944-10H has a bipolar structure, with a balanced DC current of 10 A, a maximum DC resistance of 10.00 ohms, and a galvanic power of 70 Watts. Its working principle is primarily based on load current. The internal core material is made of iron powder and is composed of five layers. When the external signal enters, it will generate a magnetic field in the core material. The two ends of the coil are connected to the output end, which induces the alternating current signal output through the mutual inductance generate by the load and the two ends of the coil.

Unlike other inductors, the 1944-10H is designed with an open loop core, using balanced windings, which have a strong anti-interference ability and higher power. And its winding type is bifilar winding, which is simple and effective. Its characteristics include improved dynamic response and reduced stray inductance, which make it more efficient for use in specific application fields. Additionally, the core material can quickly absorb heat, helping dissipate the heat generated by it.

In conclusion, the 1944-10H is a fixed inductor suitable for use in various application fields, and it can be applied to DC-DC converters, antenna circuits and SCR control circuits. By using the right core material and the bifilar winding technique, its efficiency and performance are significantly improved, making it an ideal choice for various electronic applications.

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