100V MOSFET in New Package also Ideal for Electric Scooters
SEOUL, South Korea and SAN JOSE, Calif. -- MagnaChip Semiconductor Corporation announced the release of a 100V Mid-Voltage MOSFET (Metal Oxide Semiconductor Field-Effect Transistor) with a new thermal package (“M2PAK-7P”) designed for the fast-growing e-Bike market. This MOSFET with M2PAK-7P is suitable to meet the particular requirements of electric bike (e-Bike) systems.
E-Bikes, an emerging trend especially with electric scooters, have become an integral part of a new eco-friendly wave of transportation, and represent a “green personal mobility” movement in urban markets. According to market forecasters, the global e-Bike market is projected to grow at about CAGR of 9% to reach an estimated $39 billion by 2025 from an estimated $21 billion in 2018.
E-Bikes and electric scooters are powered by electric motors running on lithium-ion batteries. MagnaChip’s 100V MOSFET, featuring a best-in-class thermal package, is an essential electronic device that controls the speed of the motor and supplies a stable current of electric power to the lithium-ion Battery Management System (BMS). The 100V MOSFET is a product of MagnaChip’s Power Products Division which offers a wide range of products including a family of MOSFETS, IGBT devices, Battery FETS and Power ICs.
MagnaChip’s 100V Mid-Voltage MOSFET is especially suitable for e-Bikes requiring high power systems. With M2PAK-7P, this new MOSFET achieves a best-in-class thermal performance and a lower Rds(on)*, as compared to other MOSFET products currently on the market. It also increases the maximum operating current to 240A. These features enable a high level of operational efficiency and a secure supply of power, both of which are necessary for high-powered e-Bikes.
MagnaChip also plans to introduce 80V and 135V Mid-Voltage MOSFET products in M2PAK-7P. With this strategy, MagnaChip plans to aggressively expand its presence within the e-Bike market and become an industry leader for all power products within it.
For more information, please visit www.magnachip.com.
