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Current-Voltage Characteristics of Detector Structures Based on Epitaxial Gallium Arsenide

机译:基于外延砷化镓的检测器结构的电流 - 电压特性

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Results of investigation of temperature dependences current-voltage characteristics (VAC) detector structures based on epitaxial layers GaAs: Cr is reported. It was determined that forward branches of VAC determined by unipolar injection which changed by the double injection to the semiconductor. Reverse branches, down to the bias of 5 V, determined by generation current. In the range of high reverse voltage current caused by the ionization by collision of the deep levels created by chromium atoms.
机译:基于外延层GaAs的温度依赖性电流 - 电压特性(VAC)检测器结构的研究结果,报道了CR.确定通过单极注射测定的VAC的前进分支,该单极注射由双喷射到半导体改变。反向分支,下降到5 V的偏差,由生成电流确定。通过铬原子产生的深水平碰撞引起的高反向电压电流范围。

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