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Boosting Ge-epi N-well Mobility with Sn Implantation and P-well Mobility with Cluster-C Implantation

机译:通过Cluster-C植入促进GE-EPI N-WOTE型流动性和P-MOTER MOPILITION

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We investigated the effects of Sn, Si and cluster-C implantation into both P-well and N-well doped regions of 100nm Ge-epilayer on Si wafers after RTA annealing. For the P-well case a 7.3x increase in Hall bulk mobility to 3384cm2/Vs with cluster-C implant and for the N-well case a 4.6x increase in Hall bulk mobility to 2062cm2/Vs with Sn implant. Measuring layer mobility depth profiles shows mobility in the top 10–20nm of the surface can be up to 6000cm2/Vs for N-well with Sn implant and >10,000cm2/Vs for P-well with Sn implant.
机译:在RTA退火后,我们研究了Sn,Si和Cluster-C植入到100nm Ge-epilayer的P阱和N阱掺杂区域的影响。对于p-well案例,霍尔散装流动性7.3x增加到3384厘米 2 /与群集植入物和N-Well案例的VS,霍尔批量移动到2062cm的4.6倍增加 2 /与sn植入物。测量层迁移率深度型材在表面的前10-20nm中显示移动性最高可达6000cm 2 / vs for n-soly,sn植入物和> 10,000cm 2 /与sn植入物的p阱。

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