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Comparison of optical and electrical modulation bandwidths in three different 1.55-um InGaAsP buried laser structures

机译:三种不同的1.55um InGaAsP埋入式激光器结构中光和电调制带宽的比较

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Abstract: Static and dynamic characteristics of three different laser structures, by using the same active structure, have been investigated: (1) conventional BRS (Buried Ridge Structure), (2) p-n multi-junctions (MJ) blocking layers and (3) Fe-doped semi-insulating (SI) InP blocking layer. Good blocking properties in MJ and SI laser structures have been showed by measuring the DC leakage current and the linearity of the power versus current (P-I) curve, also at high operating temperature; SI laser, respect to BRS and MJ structures, has shown a large reduction in parasitic capacitance and a considerable improvement in modulation bandwidth, limited only by dynamic characteristic of active region.!7
机译:摘要:通过使用相同的有源结构,研究了三种不同激光结构的静态和动态特性:(1)传统的BRS(埋脊结构),(2)pn多结(MJ)阻挡层和(3)掺铁的半绝缘(SI)InP阻挡层。在高工作温度下,通过测量直流泄漏电流和功率对电流(P-I)曲线的线性,已经证明了MJ和SI激光结构具有良好的阻挡性能。就BRS和MJ结构而言,SI激光器已显示出寄生电容的大幅度降低和调制带宽的显着提高,仅受有源区的动态特性限制!7

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