Application-Dongguan Manitech Co., Ltd.

Application

	Standard magnetic permeability	Loss (mW/cc)	Bsat	Approximate cost	Application Solution
Iron nickel molybdenum	14-205	360(14~205u)	8,800	9.5	Iron nickel molybdenum provides excellent temperature stability performance, mainly used in high-end military industries such as aerospace, navigation, radar, rail transit, etc., or in extremely harsh working environments
MNP	14-205	220 (optimized 26~125u)	8,800	9.5	Rich ring options ranging from 4mm to 154mm.
High performance iron nickel	60 and 125	150	17,000	7.6	Provide the most outstanding magnetic saturation performance, with better core loss than iron nickel, and suitable for frequencies up to 2MHz.
MNH-L	60 and 125	150	17,000	7.6	Suitable for AI servers, new energy, energy storage, silicon carbide and gallium nitride high-frequency power solutions, and gold medal power solutions.
iron-nickel	14-160	200	14,800	6.5	Iron nickel provides excellent DC bias characteristics, suitable for power inductor applications such as power modules.
MNH	14-160	200	14,800	6.5
Low power version of iron nickel	26-125	250	14,800	6.5	The loss and DC bias characteristics are slightly lower than those of iron nickel, but the cost is the lowest, making it suitable for energy storage solutions with low characteristic requirements
MNH-W	26-125	250	14,800	6.5
Low loss iron silicon aluminum	26~90	450	16,500	1.8	Suitable for photovoltaic inverters and new energy storage solutions
MNF-L	26~90	450	16,500	1.8
Iron silicon	14-125	500	16,500	1.5	Iron silicon provides excellent magnetic saturation characteristics and low cost, making it suitable for solar photovoltaic applications.
MNF	14-125	500	16,500	1.5
High performance iron silicon	14-125	420	16,500	2.2	Suitable for AI servers and new energy storage solutions
MNV	14-125	420	16,500	2.2	Suitable for AI servers and new energy storage solutions
Iron silicon aluminum	14-160	240	9,000	1	Traditional iron silicon aluminum provides general characteristics but the lowest cost, suitable for EMI consumer electronics solutions.
MNS	14-160	240	9,000	1
High bias iron silicon aluminum	14-125	220	10,000	2	Working frequency up to 2MHz, suitable for power inductors, economical and efficient low loss materials. Applied to PD fast charging and inverter energy storage solutions.
MNS-C	14-125	220	10,000	2
High performance iron silicon aluminum	14-90	150	10,000	2.1	High performance iron silicon aluminum provides better magnetic saturation performance than traditional iron silicon aluminum, and the core loss is optimized by 50% compared to traditional iron silicon aluminum. It is suitable for frequencies up to 6MHz and is a cost-effective product. Suitable for high-frequency silicon carbide and gallium nitride power supply solutions and PD fast charging solutions.
MNS-H	14-90	150	10,000	2.1
Aerosolized iron silicon aluminum	14-125	320	10,000	2	Aerosolized iron silicon aluminum provides excellent DC bias characteristics and is an economically efficient low loss material. An optimized solution suitable for traditional iron silicon aluminum applications, with the effect of reducing costs and increasing efficiency.
MNS-L	14-125	320	10,000	2
Low loss iron silicon aluminum	14-125	230	10,000	2	Aerosolized iron silicon aluminum provides excellent DC bias characteristics and is an economically efficient low loss material. An optimized solution suitable for traditional iron silicon aluminum applications, with the effect of reducing costs and increasing efficiency.
MNS-P	14-125	230	10,000	2
DC bias optimization alloy MND	14-90	480	13,500	4.9	Providing optimized DC bias and loss characteristics at a lower cost than expensive iron nickel, it is a cost-effective material suitable for power modules such as new energy vehicles and supporting charging stations.
Loss optimization alloy MNC	14-90	260	13,500	4.9	Providing optimized DC bias and loss characteristics at a lower cost than expensive iron nickel, it is a cost-effective material suitable for power modules such as new energy vehicles and supporting charging stations, or replacing applications with general iron nickel requirements.