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Advances In Silicon Carbide Device Processing And Substrate Fabrication For High Power Microwave And High Temperature Electronics

机译:大功率微波和高温电子设备的碳化硅器件加工和衬底制造研究进展

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High power density, temperature and radiation tolerant SiC electronics offer an exceptional opportunity to increase the performance and lower the cost of systems ranging from radar transmitters, to aircraft and tank controls, to missile sensors. Growth and fabrication of 2-inch diameter semi-insulating and low resistivity wafers, MESFETs with 25GHz cutoff frequencies and 2-3X the power density of GaAs devices, the world's first SiC static induction transistor, and 300°C analog and digital MOSFET circuits are among recent technological advances.
机译:高功率密度,耐高温和耐辐射的SiC电子器件为提高性能和降低系统成本提供了绝佳机会,这些系统的范围从雷达发射器到飞机和坦克控制系统,再到导弹传感器。生长和制造直径为2英寸的半绝缘和低电阻晶片,截止频率为25GHz,功率密度是砷化镓器件的2-3倍的MESFET,世界上第一个SiC静态感应晶体管以及300°C的模拟和数字MOSFET电路在最近的技术进步中。

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