OEM manufacturer Current Shunt - Fe-Based Amorphous C Cores MLAC-2133 – Malio
OEM manufacturer Current Shunt - Fe-Based Amorphous C Cores MLAC-2133 – Malio Detail:
Application
● Reactor cores for PV inverter
● Filter reactor of high-frequency super switching power supply
● Major-transformer of UPS power supply
● High-frequency transformers for X-ray CT, induction heating equipment, welding machines, and communication equipment
● Inductors for power regulators for photovoltaics, wind power, fuel cells, etc.
● Inductors for boost/buck converters for HEV, FCV, UPS, etc.
Features
● High saturate induction-Reducing core volume
● Rectangular structure-Easy for coil assembling
● Core cutting-Good for anti-DC-bias-saturation
● Low core loss-anti-termpearture-rising(1/5-1/10 compared to silicon steel)
● The core loss of cut cores is much lower than other magnetic metal materials
● The high saturation flux density (Bs=1.56T) and low core loss characteristics of the cut cores allow the design of applications with high operating flux densities.
● Good stability-Stable working from -55℃ to 150℃
Loss versus frequency of cutting cores of different materials
Product detail pictures:
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We rely upon strategic thinking, constant modernisation in all segments, technological advances and of course upon our employees that directly participate inside our success for OEM manufacturer Current Shunt - Fe-Based Amorphous C Cores MLAC-2133 – Malio , The product will supply to all over the world, such as: Cyprus, Netherlands, Luxembourg, We also provide OEM service that caters to your specific needs and requirements. With a strong team of experienced engineers in hose design and development, we value every opportunity to provide best products and solutions for our customers.
By Novia from New Delhi - 2017.09.29 11:19
The factory workers have rich industry knowledge and operational experience, we learned a lot in working with them,we are extremely grateful that we can encount a good company has excellent wokers.
By Eileen from Tunisia - 2018.09.08 17:09
