2021 New Style Signal Transformer - Fe-Based Amorphous C Cores MLAC-2133 – Malio
2021 New Style Signal Transformer - 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:
Related Product Guide:
Every single member from our higher effectiveness product sales staff values customers' requires and organization communication for 2021 New Style Signal Transformer - Fe-Based Amorphous C Cores MLAC-2133 – Malio , The product will supply to all over the world, such as: Monaco, Bahamas, United Arab emirates, Adhering to the management tenet of "Managing Sincerely, Winning by Quality", we try our best to provide excellent products and service to our clients. We look forward to making progress together with domestic and international clients.
By Belinda from Kenya - 2018.12.14 15:26
The customer service staff is very patient and has a positive and progressive attitude to our interest, so that we can have a comprehensive understanding of the product and finally we reached an agreement, thanks!
By Frances from Nigeria - 2018.02.08 16:45
