S4924-564J

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Fixed inductors are electromagnetic components capable of storing energy and releasing it flowed through the electric field. The S4924-564J is a small-sized, high-frequency, fixed inductor, designed to provide increased current capacity and efficiency. It is suitable for high-frequency switching applications such as DC-DC converters, DC-AC inverters and high-frequency power converters as well as for magnetic components such as antennas and radio transmitters.

The S4924-564J is constructed using two flat, rectangular, CuNi ferrite sheets with four mounting screw holes. The inductor is divided into two parts: the core and the coil. The core is a CuNi alloy which in itself is an inductor. This core is then used to wind the coil of wire (depending on the inductance required).

The core is designed to provide efficient energy storage and release. It is resilient against high-speed switching currents, thus reducing losses in switching applications. It also has a low core loss factor, resulting in an optimal efficiency. This means that the S4924-564J has a high-frequency response, low magnetic saturation, low equivalent series resistance (ESR) and low stray capacitance.

The S4924-564J also has a wide operating temperature range of -40°C to +125°C, so it can operate even in extreme environments. The characteristic impedance of the S4924-564J is also very low and its performance is stable under varying temperatures, allowing for reliable and consistent operation.

In terms of use, the S4924-564J is suitable for high-frequency DC-DC and DC-AC power converters. It is also suitable for various wireless communication systems, such as antennas, power amplifiers, transmitters and receivers, and for any application requiring an inductor with a high working frequency. Furthermore, its small size and easy assembly make it suitable for space-limited designs.

Overall, the S4924-564J is a small but powerful fixed inductor, capable of efficient energy storage and release and designed to operate in a wide range of temperatures. It is suitable for any application requiring a high-frequency inductor and its small size makes it ideal for space-limited designs. It is capable of providing increased current capacity and stability, and ensures efficient operation in various applications.

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