A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
CERAMIC SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A HEAT DISSIPATION SUBSTRATE, A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A POWER SEMICONDUCTOR MODULE, AND A POWER SEMICONDUCTOR MODULE INCLUDING A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE
The embodiment relates to a power converter including a power semiconductor module and a power semiconductor module equipped with a unique code, and a method of manufacturing the same comprising a ceramic substrate for a heat dissipation substrate with a unique code, a heat dissipation substrate for a power semiconductor module with a unique code, a power semiconductor module including a heat dissipation substrate with a unique code.A ceramic substrate for a heat dissipation substrate for a power semiconductor according to an embodiment includes an effective area of the ceramic substrate, a dummy area of the ceramic substrate disposed outside the effective area and a unique code marked on the dummy area of the ceramic substrate.
CERAMIC SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A HEAT DISSIPATION SUBSTRATE, A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A POWER SEMICONDUCTOR MODULE, AND A POWER SEMICONDUCTOR MODULE INCLUDING A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE
The embodiment relates to a power converter including a power semiconductor module and a power semiconductor module equipped with a unique code, and a method of manufacturing the same comprising a ceramic substrate for a heat dissipation substrate with a unique code, a heat dissipation substrate for a power semiconductor module with a unique code, a power semiconductor module including a heat dissipation substrate with a unique code.A ceramic substrate for a heat dissipation substrate for a power semiconductor according to an embodiment includes an effective area of the ceramic substrate, a dummy area of the ceramic substrate disposed outside the effective area and a unique code marked on the dummy area of the ceramic substrate.
CERAMIC SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A HEAT DISSIPATION SUBSTRATE, A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE FOR A POWER SEMICONDUCTOR MODULE, AND A POWER SEMICONDUCTOR MODULE INCLUDING A HEAT DISSIPATION SUBSTRATE EQUIPPED WITH A UNIQUE CODE
JANG MIN YUP (author)
2024-11-28
Patent
Electronic Resource
English
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