Tunnel junctions in GaN/AlN for optoelectronic applications

M. Grundmann, J. Speck, U. Mishra
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引用次数: 3

Abstract

The authors propose a new device design using the polarization properties of the III-nitrides system that eliminates the need for high doping concentrations and has the further benefit of potentially eliminating problematic p-type contacts. P-type material in the nitrides is plagued by high contact resistance and high sheet resistance. These problems could be eliminated by contacting n-type material that acts as a current spreading layer and using a tunnel junction to transfer current to p-type material with minimal losses (Takeuchi et al., 2001)
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光电应用中GaN/AlN的隧道结
作者提出了一种新的装置设计,利用iii -氮化物系统的极化特性,消除了对高掺杂浓度的需要,并且具有潜在的消除有问题的p型接触的进一步好处。氮化物中p型材料存在高接触电阻和高片电阻的问题。这些问题可以通过接触充当电流扩散层的n型材料,并使用隧道结以最小的损耗将电流转移到p型材料来消除(Takeuchi等人,2001)。
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