3094R-222HS

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Fixed Inductors are widely used in a wide variety of circuits where a stable inductance is required. The 3094R-222HS is one such device and is suitable for use in applications such as switch mode power supplies, buck converters, LED drivers, phase-shift power oscillators, DC-DC converters, and more. In this article, we will discuss the application field and working principle of the 3094R-222HS.

Applications

The 3094R-222HS is a suitable choice for high frequency applications where a constant inductance is required. It is capable of operating at frequencies up to 200kHz, and can handle up to 1A of current. This makes it ideal for applications such as switching power supplies, buck converters, LED drivers, phase-shift power oscillators, DC-DC converters, and more. It is also suitable for use in circuits with high frequencies and high operating temperatures, such as microprocessor circuits.

Working Principle

The 3094R-222HS is a fixed inductor, meaning that its inductance remains constant regardless of the frequency of the signal it is exposed to. This is achieved through the use of a ferrite core, which provides the magnetic field necessary for inductance at frequencies up to 200kHz. The device also features a high-temperature insulation coating, which helps to ensure that its inductance remains stable even at high temperatures.

The 3094R-222HS also features an internal heat sink, which helps to dissipate any excess heat that is generated by the device. This helps to ensure that the device does not overheat and can operate for extended periods of time without issue. Additionally, the device has a low profile, which helps to reduce the amount of space needed to mount the device in the circuit.

In summary, the 3094R-222HS is a fixed inductor that is suitable for applications such as switch mode power supplies, buck converters, LED drivers, phase-shift power oscillators, DC-DC converters, and more. It is capable of operating up to 200kHz and can handle up to 1A of current. The device features a ferrite core, high-temperature insulation coating, and an internal heat sink, which help to ensure its inductance remains stable and accurately over a wide range of frequencies and temperatures.

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