BASiC Semiconductor Launched Pcore™2 - Automotive Half-bridge SiC MOSFET Modules for Large-scale Vehicle Applications

2023-04-12 BASiC Semiconductor News
SiC MOSFET,Automotive Half-bridge SiC MOSFET Module,BMF600R12MCC4,BMF400R12MCC4

The Automotive Half-bridge SiC MOSFET Module Pcore™2 is developed and launched by BASiC semiconductor, especially as a power device in the main traction drives, it features high power density and long service life in large-scale vehicle applications, such as electric cars.


Part Number

• BMF600R12MCC4

BMF400R12MCC4


The product utilizes a standard ED3 package,  and adopts a double-sided pressure-assisted silver sintering connection process, high-density copper wire bonding technology, and high-performance AMB-Si3N4 ceramic substrate, and can be adapted to a standard CAV application-type package. This product effectively reduces the temperature rise and power loss of power devices in the main motor drive and fuel cell energy management systems in electric vehicles.


Pcore™2 family features low switching losses, high-speed switching, reduced temperature dependence, high reliability, and operating junction temperatures up to 175℃. Thanks to the same package size as the conventional silicon-based power module, Pcore™2 can replace IGBT modules of the same package to a certain extent, thus helping customers effectively shorten the product development cycle and improve the efficiency of the design process.



Product Features

Trench-type, low RDS(on) SiC MOSFET chip

Double-sided pressure-assisted silver sintering

High-performance Si3N4AMB ceramic substrate

Nanosilver dielectric layer with high thermal conductivity

High-density copper wire bonding technology

Die Top System (DTS) technology

Copper base plate direct-cooling structure

Adapted to standard CAV application-type package


Advantages

Devices service life extended by 5 times

Low switching loss

Low on-resistance

High-speed switching

Reduced temperature dependence

Operating junction temperature up to 175℃

High reliability


Applications

Motor drive in electric vehicles

Fuel cell power systems

Electric propulsion systems in mobile platforms

Solar inverter and energy storage systems

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