1945-31G

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Fixed Inductors play a major role in electronic circuit design, allowing smooth and steady current flows. Popularly referred to as transformers, chokes, or inductors, they have the ability to convert electrical energy from one form to another, while offering magnetic and electrical storage capabilities. The 1945-31G inductors are one of the most widely used in electronic circuit applications, and are known for their small size, high efficiency, and robustness. This article will discuss the 1945-31G application fields and their working principle.

Applications

The 1945-31G inductors are used in a wide range of applications. They are most commonly used in power conversion, DC/DC voltage regulation, voltage smoothing, and high frequency switching applications. They are also used in voltage levelers, logic circuits, electronic ballasts, and in battery charging circuits. Moreover, they are widely used in controlling AC motors, as well as in instrumentation, and spark suppression circuits.

Working Principle

The 1945-31G inductors use a simple, yet effective working principle. Essentially, when a current passes through a wire that is wound around a magnetic core, a magnetic field is generated. This phenomenon is known as the electromagnetic induction. When the current flows through the wire, the induction effect creates a voltage across the wire, which is called the back-emi voltage. The amount of voltage created is determined by the amount of current passing through the wire, as well as the number of turns in the coil.

The 1945-31G inductors also feature a shielded core, which helps to reduce the effect of stray magnetic fields. This makes them an ideal choice for applications that require minimal interference, such as in battery charging circuits or logic circuits. The shielded core also ensures a stable performance for a wide range of voltages.

Conclusion

The 1945-31G inductors are one of the most widely used in electronic circuit applications due to their small size, high efficiency and robustness. They are also well-suited for power conversion, DC/DC voltage regulation, and voltage smoothing applications. Moreover, they are used in voltage levelers, logic circuits, and spark suppression circuits. Their excellent performance is attributed to the shielded core, which helps to reduce the effects of stray magnetic fields.

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