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Analysis of the electrical properties of Cr/n-BaSi2 Schottky junction and n-BaSi2/p-Si heterojunction diodes for solar cell applications

机译:用于太阳能电池的Cr / n-BaSi2肖特基结和n-BaSi2 / p-Si异质结二极管的电性能分析

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摘要

Current status and future prospects towards BaSi2 pn junction solar cells are presented. As a preliminary step toward the formation of BaSi2 homojunction diodes, diodes with a Cr/n-BaSi2 Schottky junction and an n-BaSi2/p-Si hetero-junction have been fabricated to investigate the electrical properties of the n-BaSi2. Clear rectifying properties were observed in the current density versus voltage characteristics in both diodes. From the capacitance-voltage measurements, the build-in potential, V D, was 0.53 V in the Cr/n-BaSi2 Schottky junction diode, and the Schottky barrier height was 0.73 eV calculated from the thermoionic emission theory; the V D was about 1.5 V in the n-BaSi2/p-Si hetero-junction diode, which was consistent with the difference in the Fermi level between the n-BaSi2 and the p-Si.
机译:介绍了BaSi2 pn结太阳能电池的现状和未来前景。作为形成BaSi2同质结二极管的初步步骤,已制造了具有Cr / n-BaSi2肖特基结和n-BaSi2 / p-Si异质结的二极管,以研究n-BaSi2的电性能。在两个二极管的电流密度与电压特性之间观察到清晰的整流特性。根据电容电压测量,Cr / n-BaSi2肖特基结二极管的内建电势V D为0.53 V,根据热离子发射理论计算,肖特基势垒高度为0.73 eV。在n-BaSi2 / p-Si异质结二极管中,V D约为1.5 V,这与n-BaSi2和p-Si之间的费米能级差一致。

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