首页> 外文期刊>IEEE Journal of Quantum Electronics >Excess Avalanche Noise in $hbox{In}_{0.52}hbox{Al}_{0.48}hbox{As}$
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Excess Avalanche Noise in $hbox{In}_{0.52}hbox{Al}_{0.48}hbox{As}$

机译:$ hbox {In} _ {0.52} hbox {Al} _ {0.48} hbox {As} $中的雪崩噪声过大

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摘要

Avalanche multiplication and excess noise arising from both electron and hole injection have been measured on a series of In0.52Al0.48As p+-i-n+ and n +-i-p+ diodes with nominal avalanche region widths between 0.1 and 2.5 mum. With pure electron injection, low excess noise was measured at values corresponding to effective k=beta/alpha between 0.15 and 0.25 for all widths. Enabled ionization coefficients were deduced using a non-local ionization model utilizing recurrence equation techniques covering an electric field range from approximately 200 kV/cm to 1 MV/cm
机译:在一系列标称雪崩区域宽度在0.1到2.5微米之间的In0.52Al0.48As p + -i-n +和n + -i-p +二极管上测量了由电子注入和空穴注入引起的雪崩倍增和过量噪声。对于纯电子注入,对于所有宽度,在对应于有效k = beta / alpha的值介于0.15和0.25之间的情况下,测量到的多余噪声低。使用非局部电离模型,使用递归方程技术推导涵盖大约200 kV / cm至1 MV / cm电场范围的有效电离系数

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