3094-682KS

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Fixed Inductors are electromagnetic components that store potential energy and release it as electrical power when a current is applied, resulting in electrical resistance. The 3094-682KS is a type of fixed inductor that has a range of useful applications, along with a distinct working principle.

The 3094-682KS fixed inductor consists of two key components, which are the inductor and the transformer. The inductor is an electrical device that stores electrical energy and is typically made from an insulated wire wrapped around a ferrite core. It stores energy in electro-magnetic fields, proportionally to the current applied. The transformer, on the other hand, is an electrical device that converts the stored energy from one form to another and is comprised of a primary winding and a secondary winding.

The main purpose of the 3094-682KS fixed inductor is to increase the effectiveness of high-volume power source systems such as DC-DC converters, high-frequency switching power supplies, motor drives, switching regulators, and audio amplifiers. In addition, it can also be used in battery chargers, power supplies for computers and office equipment, and automotive applications. The 3094-682KS fixed inductor offers superior performance in higher power applications, and is able to operate in extreme temperatures. Furthermore, it has very low frequency losses, making it ideal for applications that require long term reliability.

However, the true power of the 3094-682KS fixed inductor is in its working principle. This inductor utilizes a unique “back-to-back” winding technique, which enables a higher voltage to be applied to the inductor without exceeding the saturation level. This is achieved by using two identical inductors arranged linearly, so that the AC voltage applied to the primary winding of the one is equivalent to the AC voltage applied to the secondary winding of the other. The result is that the maximum voltage rating of the inductor is increased, enabling it to handle higher levels of power for longer periods.

In addition to the aforementioned applications, the 3094-683KS fixed inductors can also be used in high-frequency oscillators and other frequency-selective circuits. As the frequency increases, the impedance of the inductor increases, which makes it ideal for applications involving harmonic resonance. Furthermore, due to its high resistance and the increased saturation level, it can be used in circuits with high voltage spikes, such as high-voltage inverters and lightning protection systems.

The 3094-682KS fixed inductor is a versatile and important component for a range of applications. It is designed to be small and lightweight yet still offer superior performance in a variety of scenarios. Its unique working principle – the back-to-back winding technique – makes it highly reliable and able to handle a higher level of power for longer periods, making it perfect for high-frequency applications. The 3094-682KS is an indispensable part of many power systems, transforming voltage and providing excellent performance.

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