Product Introduction
Ferro-Silicon Combination Inductor series is a new type of inductors designed with Ferro-Silicon alloy core and composite structure, which is suitable for medium to high current scenarios such as new energy storage, industrial inverters, automotive electronics (e.g. OBC chargers), high power supplies, etc., and can meet the core requirements of circuit filtering, energy storage, ripple suppression, and so on. The product adopts iron-silicon alloy core and multi-strand flat copper wire/enameled wire combination winding, with high-temperature epoxy package, compatible with SMD, plug-in and customized mounting methods, which is able to adapt to high-density circuit layout and complex working conditions.
Product Advantages
Balanced Magnetic Performance: Fe-Si cores have both high permeability and low hysteresis loss, which improves saturation current compared to traditional ferrite inductors and reduces energy loss compared to pure iron cores, and maintains stable inductance at medium to high currents, which is suitable for dynamic loading scenarios.
Outstanding heat dissipation and durability: Combined winding design increases heat dissipation area and reduces thermal resistance compared to a single winding with high temperature resistant packaging materials; meanwhile, the core and windings are resistant to vibration and corrosion, and the core components have a life expectancy of more than 12 years.
Flexible Adaptation and Cost Optimization: Supporting inductance value and current specification customization, it can match with different power level equipment; Combined structure simplifies the production process and reduces the cost of all-alloy inductors, which is suitable for batch application in industrial and automotive electronics fields, taking into account the high performance and economy.
Product Advantages
Balanced Magnetic Performance: Fe-Si cores have both high permeability and low hysteresis loss, which improves saturation current compared to traditional ferrite inductors and reduces energy loss compared to pure iron cores, and maintains stable inductance at medium to high currents, which is suitable for dynamic loading scenarios.
Outstanding heat dissipation and durability: Combined winding design increases heat dissipation area and reduces thermal resistance compared to a single winding with high temperature resistant packaging materials; meanwhile, the core and windings are resistant to vibration and corrosion, and the core components have a life expectancy of more than 12 years.
Flexible Adaptation and Cost Optimization: Supporting inductance value and current specification customization, it can match with different power level equipment; Combined structure simplifies the production process and reduces the cost of all-alloy inductors, which is suitable for batch application in industrial and automotive electronics fields, taking into account the high performance and economy.