首页> 外文会议>2013 IEEE International Conference on Applied Superconductivity and Electromagnetic Devices >Characterization of Josephson tunneling junction by lifetime of zero-voltage state and fiske self-resonant step
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Characterization of Josephson tunneling junction by lifetime of zero-voltage state and fiske self-resonant step

机译:零电压状态寿命和Fiske自谐振阶跃表征约瑟夫森隧道结

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We fabricated high quality Josephson tunneling junctions by self-aligned lift-off process. Parameters including its critical current, normal resistance and capacitance which determine the dynamic energy consumption and speed of the superconducting electronics had been measured. The critical current of a 22 × 22 μm2 Junction is 1796 ± 52 μA calculated from the dependent curve between the lifetime of zero-voltage and switching current. The junction capacitance is 24.7 ± 3.9 pF obtained by observing Fiske self-resonant step when applied several Gauss magnetic field.
机译:我们通过自对准提离工艺制造了高质量的约瑟夫森隧道结。测量了包括其临界电流,法向电阻和电容在内的参数,这些参数决定了超导电子器件的动态能耗和速度。根据零电压寿命与开关电流之间的依存关系曲线计算得出,22×22μm 2 结的临界电流为1796±52μA。结电容为24.7±3.9 pF,这是通过在施加多个高斯磁场时观察到的Fiske自谐振阶跃获得的。

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