ELL-6PV1R8N Inductors, Coils, Chokes

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Fixed inductors are widely used in various electronic circuits, and one of the most commonly used devices in this field is the ELL-6PV1R8N. This component is a resistant element that serves as a part of a circuit. It is commonly used in radio frequency (RF) applications such as antennas, filters, and choke coils.

The ELL-6PV1R8N is an inductor typically used in applications that require high frequency signals. It is capable of operating at a range of frequencies, from 0.001 MHz to 2.4 GHz. It is also capable of operating at temperatures ranging from -10°C to 70°C. Additionally, this inductor has a maximum operating voltage of 10 volts and a maximum current rating of 0.4 amperes.

The ELL-6PV1R8N’s working principle is fairly straightforward. It consists of a conductive coil, which is wrapped around a ceramic core. When a current is applied to the coil, a magnetic field is produced around it. This magnetic field then interacts with the ceramic core, which causes an inductive effect on the circuit. This effect results in the inductor passing on the current that was applied to it in the form of an electric field.

In order to maximize the potential of the ELL-6PV1R8N, it is important to pay attention to its dimensions. The inductor can be mounted on either a PCB or a breadboard. The component is only 8.2mm in length, making it highly compact and capable of being used in a variety of applications. The component also has a relatively low profile height of 0.8mm, making it suitable for applications that require space-saving solutions.

The ELL-6PV1R8N is also known for its high efficiency and low power consumption. It is constructed with magnetic disk-shaped ferrite core chips, which helps it to provide up to 85% efficiency in different RF applications. Additionally, its low power consumption ensures that the component consumes minimal energy, which helps to reduce the total cost of production.

The ELL-6PV1R8N is an effective and reliable inductor that is suitable for use in a wide range of applications. It is ideal for radio-frequency circuits, DC/DC converters, filters, and antennas. Additionally, it is highly efficient, has a low profile height, and consumes minimal energy, making it an ideal option for cost-effective solutions.

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