在标准晶圆上采用后cmos MEMS工艺的凹悬浮高q螺线管电感器

Lei Gu, Xinxin Li
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引用次数: 8

摘要

本文报道了在低电阻硅衬底上采用后cmos MEMS工艺的凹悬浮高q螺线管电感。三掩膜工艺包括镀铜、光阻喷涂和XeF2气体蚀刻。在5.3 GHz和2.96 nH电感下测得峰值q因子值为47。制作并测试了一种紧凑的四曲线电感布局。有限元仿真和冲击试验结果表明,悬挂式电感器几乎不受环境振动和冲击的影响。新型电磁电感具有高q值和良好的鲁棒性,在高性能射频集成电路应用中具有广阔的前景。
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Concave-suspended high-Q solenoid inductors with a post-CMOS MEMS process in standard wafers
We report on concave-suspended high-Q solenoid inductors with a post-CMOS MEMS process in low-resistivity silicon substrate. The 3-mask processes include copper electroplating, photo-resist spray-coating and XeF2 gaseous etching. The peak Q-factor value is measured as 47 at 5.3 GHz with 2.96 nH inductance. A compact and four curving layouts of inductors are fabricated and tested. Both finite element simulation and shock testing results show that the suspended inductor is almost free of influence from environmental vibration and shock. Featuring the high-Q value and the good robustness, the novel solenoid inductors are promising for high-performance RF IC applications.
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