High Conversion Efficiency Frequency Multiplier Using GaAs Avalanche Diodes

B.M. Kramerr, A. Derycke, C. Masse, P. Rolland
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Abstract

GaAs avalanche diodes for multiplication have been studied from 3 different points of view: theoretical, technological and circuit design, in order to obtain high efficiencies in the mm waveband. The GaAs diode design is explained and compared to that of Si diodes. The technology is then described and the importance of the idler impedances at the second and third harmonics is stressed. The best results are presented : conversion loss of 6 dB with 400 mW at 4 GHz to 100 mW at 32 GHz with 1.5 W D.C. power applied. Finally, the experimental results are compared to those predicted by a computer simulation, of the diodes impedances which were measured either by a substition method or by a new technique (1).
采用砷化镓雪崩二极管的高转换效率倍频器
从理论、工艺和电路设计三个不同的角度对倍增用砷化镓雪崩二极管进行了研究,以期在毫米波段获得高效率。解释了砷化镓二极管的设计,并与硅二极管的设计进行了比较。然后描述了该技术,并强调了二次和三次谐波的空闲阻抗的重要性。结果表明:在4 GHz时,400 mW的转换损耗为6 dB,在32 GHz时,直流功率为1.5 W,转换损耗为100 mW。最后,将实验结果与用替换法和新技术(1)测量的二极管阻抗的计算机模拟结果进行了比较。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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