100毫米GaN-on-SiC射频MMIC技术

J. Palmour, C. Hallin, A. Burk, F. Radulescu, D. Namishia, H. Hagleitner, J. Duc, Bill Pribble, S. Sheppard, J. Barner, J. Milligan
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引用次数: 6

摘要

100毫米直径的4H-SiC高纯度半绝缘衬底目前正在大量生产。在100 mm SiC衬底上生长的GaN HEMT层具有优异的片电阻率和厚度均匀性(σ/平均值),分别为1.3和1.1%。MMIC制造的制造工艺适用于更大直径的基板,而不需要对铸造厂的工艺设计套件进行任何更改。对MIM电容工艺进行了优化,并对电阻工艺、晶圆减薄工艺和蚀刻槽工艺进行了优化。这些100毫米晶圆现在被用于高功率分立GaN器件和mmic的大批量生产。商用mmic已经使用这个100mm平台投入生产。讨论了宽带25瓦功率放大器,以及能够DC-4 GHz工作的3瓦驱动器。
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100 mm GaN-on-SiC RF MMIC technology
100 mm diameter 4H-SiC High Purity Semi-insulating substrates are now being manufactured in high volume. GaN HEMT layers grown on 100 mm SiC substrates have shown excellent sheet resistivity and AlGaN thickness uniformities (σ/mean) of 1.3 and 1.1%, respectively. The fabrication process for MMIC manufacture was adapted to the larger diameter substrates without requiring any change to the process design kits for the foundry. MIM capacitor processes were optimized, and resistor process, wafer thinning and slot via etching were all adapted to the larger platform. These 100 mm wafers are now being used in high volume production of both high power discrete GaN devices, as well as MMICs. Commercially available MMICs have been released to production using this 100 mm platform. A wide band 25 Watt power amplifier is discussed, along with a 3 watt driver capable of DC-4 GHz operation.
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