Application Details

EV Charging Station

The global energy shortage and air pollution problems are becoming more and more serious. The green and low-carbon development of the automobile industry has become an effective means to reduce carbon emissions of the whole society and enhance national competitiveness.
 
For electric vehicle owners, shortening the charging time is a very important requirement, and high-power charging is the key supporting technology. Charging (application) requires high voltage, high current, and high performance in a high-temperature environment. The development of charging piles with high energy efficiency, high performance, and rich protection functions is essential to achieve longer mileage with the shortest possible charging time. At present, the significant advantage of DC charging piles is that the charging power is large, and charging can be completed quickly.

The launched SJ MOS and IGBT series products can meet the application of high-power DC charging modules.

Topological Structure Diagram

 

Recommend Products: SiC MOS

Infi**on Model No. ST**croelectronics Model No.

SHY SEMI Model No.

IMW120R140M1H

SCT040W120G3

SYSD040120R

IMZC120R040M2H

SCT040W120G3-4AG

SYSD040120J

IMW120RO90M1H

SCT070W120G3AG

SYSD080120-R

AIMZH120R080M1T

SCT070W120G3-4AG

SYSD080120-J

IMW120RO90M1H

SCT070W120G3-4AG

SYSD080N120T44

IMZC120R017M2H

SCT015W120G3-4AG

SYSD170N022AG1

IMZC120R017M2H

SCT015W120G3-4AG

SYSD120N015A

IPDQ65R040CFD7A

SCT040TO65G3

SYS065N030THF