ELC-09D560DF

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Inductors are one of the key components in electrical circuits, and fixed inductors have gained wide usage across multiple industries due to their cost effectiveness and reliability. In this article, we will discuss the specific application field and working principle of the ELC-09D560DF, a type of fixed inductor.

The application field of ELC-09D560DF can vary from various scenarios. Generally, it can be used in power supplies, switch mode power supplies, ballasts, voltage regulators, flyback converters. It can also be used in switching circuits, power circuits, filters, and detection circuits. Due to its versatile usage, this type of inductor has become one of the most widely used components.

The working principle of this type of inductors is based on Faraday’s law of induction, which states that an electromagnetic field is created when an electrical current is passed through a conductor. The ELC-09D560DF is composed of a wound wire core which the electrical current passes through. The resulting electromagnetic field of the wire creates a magnetic field, and this magnetic field induces a voltage in the wire. This induced voltage is then converted into electrical energy and is stored in the inductor until the electricity is released.

In order to increase the coil inductance, the number of turns in the wire can be increased or the wire core size can be increased. The number of turns also affects the range of frequencies that the inductor can accept. At lower frequencies, the inductor will be able to store more energy and therefore have a higher inductance. At higher frequencies, the energy that can be stored is decreased, resulting in a decrease in inductance.

The ELC-09D560DF is a U-shaped metal-sealed sealed fixed inductor, mainly used in power supplies, DC-DC converters and other related electronic circuits. It has an inductance value of 560uH, a rated current of 10A, a maximum current of 20A, and a rated impedance of 200mΩ, allowing it to maintain a stable output voltage. It also has a resonance frequency of 0.5-5MHz, allowing it to be used in a variety of circuits. Another advantage of this type of inductor is its low losses, which helps increase efficiency in power circuits.

ELC-09D560DF can offer great stability and reliability in its use. Its higher copper content improves its performance while still maintaining its low cost. It is also considered to be one of the best thermal shock resistance inductors available. It is also highly recommended for its vibration resistance, making it suitable for use in applications where vibration is present.

In conclusion, ELC-09D560DF is a high-performance fixed inductor that is suitable for a wide variety of applications, making it one of the most widely used components across multiple industries. Its working principle is based on Faraday’s law of induction, and its high copper content, low losses, excellent thermal shock and vibration resistance makes it a reliable and cost-effective choice.

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