ELL-6PM7R5N Inductors, Coils, Chokes

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Fixed Inductors are an important type of component used in many different types of electronic circuits, and of particular use in many Power Management applications. The ELL-6PM7R5N is one such fixed inductor that is used in many Power Management applications, due to its specific properties and construction. This article looks at the application field and working principle of this particular fixed inductor and how it has been designed to maximize its power management and reliabiliy in application.

Applications

The ELL-6PM7R5N is designed as an ideal choice for applications in power management, particularly in the aerospace and military sector where robustness, high performance and reliability are key requirements. It also has a number of other potential applications that are worth looking into; for example, it can be used in a variety of power supplies such as those used in server racks, battery charging applications, and so on.

One of the advantages that the ELL-6PM7R5N offers when used in power management is its high tolerance, meaning it can cope with high voltage surges without causing any damage to the circuit or other components in the system. This makes it an ideal choice for applications such as lightning protection, which need to be able to withstand high voltages and cope with significant variances in voltage.

In addition to power management, the ELL-6PM7R5N has also been used in a variety of other application fields that require reliability and high performance. For example, it has been used in motor control applications, where its high core diameter allows it to remain stable even at high operating speeds. It has also been used in communication circuits and in audio applications, both of which require high levels of stability.

Working Principle

The ELL-6PM7R5N fixed inductor is designed with a unique construction, which has an extremely high tolerance to high voltages and surges. This is due to its unique copper magnetic core, which is self-shielded with a special dielectric. This shielded core is composed up of two semiconductor layers – one inner and one outer – that are separated by a thin insulating layer. This arrangement maximizes the inductance by reducing the magnetic leakage and minimizes the core losses. The core itself is made from an alloy of copper and non-magnetic material, which provides a high degree of stability and minimizes the core loss.

The ELL-6PM7R5N has a special winding structure that is designed to take high voltage surges without compromising the integrity of the component or the performance of the circuit in which it is used. This winding structure is made up of three additional layers, which are insulated and arranged in such a way that they minimize the parasitic effects of high voltages and surges. The winding construction also ensures that the inductor functions efficiently at higher operating frequencies.

The combination of the self-shielded core and the winding structure of the ELL-6PM7R5N fixed inductor lends itself to a variety of applications where high levels of performance and reliability are required. The component has been designed to maximize its power management and reliabiliy in application, and as such is an excellent choice for a variety of power management related applications.

The specific data is subject to PDF, and the above content is for reference