Furthermore, research into (instead of planar) promises to squeeze even lower resistance out of the same die area.
The evolution of power electronics is driven by the "More than Moore" paradigm, seeking materials capable of operating in extreme environments. Silicon, the workhorse of the industry, suffers from low thermal conductivity and a relatively low breakdown electric field, necessitating bulky cooling systems and complex packaging. scd semiconductor devices
Furthermore, research into (instead of planar) promises to squeeze even lower resistance out of the same die area.
The evolution of power electronics is driven by the "More than Moore" paradigm, seeking materials capable of operating in extreme environments. Silicon, the workhorse of the industry, suffers from low thermal conductivity and a relatively low breakdown electric field, necessitating bulky cooling systems and complex packaging.