The high-performance ferrite core solutions launched by Magnet Cube are designed specifically to suppress electromagnetic interference in the power systems of new energy vehicles, including both pure electric and plug-in hybrid models. This solution, through an optimized core structure design, can effectively reduce noise interference produced during the operation of DC converters and AC inverters.
Use of advanced ferrite material technology.
Offers multiple material formulation options (MnZn/NiZn).
Modular design supports combined installation.
Wide temperature range performance (-40℃ to 125℃).
Precision machining ensures flat mounting surface.
Easy to Install.
Effectively solves noise interference Compact design for miniaturization.
Sample demonstrations available on request.
Quick prototyping and mass production delivery.
Power Sector
Custom ferrite cores are widely used in the power sector to manufacture transformers, inductors, and filters. The main function of these custom ferrite cores is to convert high-frequency AC signals into low-frequency or DC signals, which helps improve the efficiency of transmission, conversion, and filtering of equipment.
Communication Sector
In communication devices such as radio transceivers, radar, and GPS navigation systems, custom ferrite cores are indispensable components. Their main role is to convert radio signals, microwave signals, or RF signals into electrical signals, ensuring the transmission quality and stability of communication devices.
New Energy Vehicle Sector
With the development of the new energy vehicle industry, custom ferrite cores provided by leading electronic component manufacturers, have been widely used in motor drive systems. They can reduce the power consumption of motors, extend battery life, and increase motor output power, thereby enhancing the mileage and performance of new energy vehicles.
Interference Suppression Applications
Ferrite anti-interference cores serve as interference suppression devices, acting as low-pass filters to effectively solve RF interference issues in power lines, signal lines, and connectors, providing a more stable and reliable operating environment for equipment.
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