DRA124-680-R Inductors, Coils, Chokes

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Regularly used in electrical and electronic circuits, the DRA124-680-R Inductor is a fixed inductor. It is a component that holds electrical energy in a magnetic field as a stimulus passes through it. The expanse of applications for this device is broad and growing. This article will explore the application areas of the DRA124-680-R and its working principle.

This particular inductor is commonly used in electric vehicle power converters, solar power inverters, low voltage lighting applications, power supplies, audio amplifiers, and motor controls. With the requirements of renewable energy products on the rise, the DRA124-680-R may likely play a key role in the design of their power components.

The benefits of using the DRA124-680-R Inductor encompass a range of aspects. For starters, it has an operating temperature of -40°C to 85°C and withstands a voltage of all the way up to 200 volts. It has a high thermal stability, and yet still maintains a low DC resistance. The self-resonant frequency (SRF) of the DRA124-680-R is particularly robust and diverse, with 6 categories ranging from 8.17 to 55.7 MegaHertz.

The mobile phone sector is now adopting higher-powered signal amplifiers with increased frequency. The linear performance of the DRA124-680-R Inductor helps this device perform extraordinarily well in applications such as microphones and speakers. Furthermore, its broad range of inductance values make it a desirable choice for relay coils and HF transformers.

The coils of this device comprise a ferrite core and an air-spaced layer wound around it. The physical design is customizable, with custom-coil design and production capability. Since metal foil inductors have a relatively slim construction, the DRA124-680-R Inductor can be generated in any size and shape. Its small size means it can easily be integrated into miniaturized and space-limited electronic circuits.

When it comes to working principles, the DRA124-680-R Inductor works the same as other inductors. It’s operation relies on Faraday’s law of induction, which states that when an electric current is passed through a conductor, an opposing magnetic field is created. This property can be used to generate electric output, and the output level can be adjusted by varying the current input and the inductance of the circuit. Using this principle, the DRA124-680-R Inductor can be used to create a variety of electrical energy levels.

In summary, the DRA124-680-R Fixed Inductor has numerous practical applications in the rapidly increasing mobile and renewable energy industries. Its versatile design and customizability make it a favorite component amongst electrical and electronic engineers for a myriad of circuit designs. It is virtually unmatched for its SRF range, temperature range, and resistance values. The device also operates on the simple yet reliable principle of Faraday’s law of induction.

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