ELC-06D331E

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Fixed Inductors

Fixed inductors, or also known as inductors, are passive electronic components that store electrical energy in a magnetic field when electric current passes through it. Although these electronic components are small in size, they play an important role in many electronics and industrial applications, such as power generation, power conditioning, filtering, and more. As a result, fixed inductors are becoming increasingly important in the world of electronics and industrial applications.

The ELC-06D331E is a type of fixed inductor designed for various applications including power generation, power conditioning, filtering, and DC-DC converter applications. This type of inductor is specifically designed for operating and junction temperatures up to 125°C, higher than normal operating temperatures seen in many inductor applications. The inductance range of this inductor is from 0.1uH to 4.7mH, with a maximum current rating of 2.2A and a temperature coefficient of 0.8%.

ELC-06D331E boasts a superior high voltage capability up to 500V, allowing it to better withstand high voltage applications as compared to other models. This makes it a top choice for applications such as DC-DC converters, where high voltage is required. In addition, this inductor alsofeatures an extremely low radiated electromagnetic interference (RFI) and low self-humming so that it can be used in applications that require stringent low noise standards such as AC/DC electronic ballast. The inductance tolerance of the ELC-06D331E is also among the best in the market,with a tolerance range of 5% and 10%.

The ELC-06D331E uses a two-layer construction, with a special winding structure that helps reduce AC losses while providing extended temperature stability. This winding structure also helps minimize magnetic packing density and magnetic coupling. The ELC-06D331E also features a high core saturation current, making it suitable for applications where high output current is needed. In addition, its high self-resonant frequency, low series resistance, and low temperature drift make the ELC-06D331E ideal for high frequency applications such as switched mode power supplies (SMPS).

So, how does the ELC-06D331E work? It is a passive device, meaning no external force needs to be applied in order for it to function. Rather, it consists of a conductor, usually copper, wound around a core, which is usually a ferromagnetic material such as iron. When an electric current is applied to the core, a magnetic field is created and power is stored in the form of electromagnetic energy. The power stored in the form of electromagnetic energy is called inductance, and it is measured in henries (H).

The ELC-06D331E works to create a constant magnetic field and inductance that remains closely within the predetermined specifications. This is an important feature, as the inductance influences the capacity of the component to withstand voltage or current surges, and affect the operation of other components within a circuit. To provide this consistent performance, the ELC-06D331E is constructed with high-temperature coating and nickel-plated terminals to offer superior reliability and durability.

In conclusion, the ELC-06D331E is a type of fixed inductor designed for high voltage applications such as DC-DC converters. It features a two-layer construction with a unique winding structure for maximum efficiency. This inductor also features a high core saturation current and a low temperature drift that make it suitable for high frequency applications such as switched mode power supplies (SMPS).

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