Silicon Carbide SiC Silicon Carbide inverter SiC inverter Silicon Carbide converter SiC converter Silicon Carbide power supply SiC power supply Silicon Carbide fet SiC fet Silicon Carbide jfet SiC jfet Silicon Carbide mosfet SiC mosfet Silicon Carbide igbt SiC igbt Silicon carbide transistor SiC transistor Silicon Carbide diode SiC diode Silicon Carbide device SiC device High Efficiency Silicon Carbide High Efficiency SiC Silicon Carbide solar inverter SiC solar inverter High Temperature Silicon Carbide High Temperature SiC  
 
 
Silicon Carbide SiC Silicon Carbide inverter SiC inverter Silicon Carbide converter SiC converter Silicon Carbide power supply SiC power supply Silicon Carbide fet SiC fet Silicon Carbide jfet SiC jfet Silicon Carbide mosfet SiC mosfet Silicon Carbide igbt SiC igbt Silicon carbide transistor SiC transistor Silicon Carbide diode SiC diode Silicon Carbide device SiC device High Efficiency Silicon Carbide High Efficiency SiC Silicon Carbide solar inverter SiC solar inverter High Temperature Silicon Carbide High Temperature SiC

About SemiSouth - Enabling Brigher Shades of Green, Silicon Carbide, SiC, Silicon Carbide inverter, SiC inverter, Silicon Carbide converter, SiC converter, Silicon Carbide power supply, SiC power supply, Silicon Carbide fet, SiC fet, Silicon Carbide jfet, SiC jfet, Silicon Carbide mosfet, SiC mosfet, Silicon Carbide igbt, SiC igbt, Silicon carbide transistor, SiC transistor, Silicon Carbide diode, SiC diode, Silicon Carbide device, SiC device, High Efficiency Silicon Carbide, High Efficiency SiC, Silicon Carbide solar inverter, SiC solar inverter, High Temperature Silicon Carbide, High Temperature SiC
SemiSouth is a silicon carbide (SiC) based semiconductor company specializing in SiC materials and electrical components for high-power, high-efficiency, harsh-environment power management and conversion applications. Typical applications range from power conversion, such as in computing and network power supplies, to variable-speed drives for industrial motors and hybrid electric vehicles, to high-power, harsh-environment military and aerospace applications.

SiC-based semiconductor devices offer significant advantages over competing products based on silicon, GaAs and other materials for power-based electronic applications. In some applications, the properties and parameters of SiC power transistors have allowed for replacement of up to 10 conventional solid-state devices. Furthermore, products based on SiC provide up to an order of magnitude improvement in performance in technical applications where silicon is already approaching theoretical limits. For these reasons, SiC products will enable essential technical performance that, in turn, will allow customers to develop and market innovative and competitive products.





 
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  Copyright © 2006-2010 SemiSouth Laboratories, Inc. All rights reserved. SemiSouth - Enabling Brigher Shades of Green, Silicon Carbide SiC, Silicon Carbide inverter, SiC inverter, Silicon Carbide converter, SiC converter, Silicon Carbide power supply, SiC power supply, Silicon Carbide fet, SiC fet, Silicon Carbide jfet, SiC jfet, Silicon Carbide mosfet, SiC mosfet, Silicon Carbide igbt, SiC igbt, Silicon carbide transistor, SiC transistor, Silicon Carbide diode, SiC diode, Silicon Carbide device, SiC device, High Efficiency Silicon Carbide, High Efficiency SiC, Silicon Carbide solar inverter, SiC solar inverter, High Temperature Silicon Carbide, High Temperature SiC