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Influence of Magnetic Field on Detection Properties of Planar Microwave Diodes

机译:磁场对平面微波二极管检测特性的影响

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The results of experimental investigation of detection properties of the planar microwave diodes of various configuration on DC magnetic field are presented in this paper. The detection of microwave radiation was measured at 51 GHz, 72 GHz and 144 GHz frequencies. The magnetic field was applied in plane and perpendicularly to the plane of the diodes. The experiment was performed at room temperature. Dependence of the detected voltage of the diodes on the magnetic field had asymmetric character with respect to the polarity of the magnetic field. This fact allowed us to suspect the magnetic rectification influencing the detected voltage. Therefore, average value of the detected voltage with respect to the polarity of the applied magnetic field gives its dependence on the applied magnetic field.
机译:给出了各种配置的平面微波二极管在直流磁场下的探测特性的实验研究结果。微波辐射的检测是在51 GHz,72 GHz和144 GHz频率下进行的。磁场施加在二极管的平面内并垂直于二极管的平面。实验在室温下进行。二极管的检测电压对磁场的依赖性相对于磁场的极性具有不对称的特性。这一事实使我们怀疑磁整流会影响检测到的电压。因此,相对于所施加的磁场的极性的检测电压的平均值取决于所施加的磁场。

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