CL08-10T
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
CL08-10C
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
CL03-15C
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
CL03-18C
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
UX-F8D
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
2CL75A
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
2CL74
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
2CL73
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
2CL72
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...
2CL71A
Using the world's latest high-voltage rectifiers level design process, its basic features are the number of mesa-type silicon chips stacked together, in order to achieve a layered cell structure of high pressure, using a unique new PN junction passiva...