作为灵敏度极高的磁传感器，超导量子干涉器的制作工艺日臻完善，它的应用也愈来愈接近现实。
The process technology of SQUIDs (Superconducting Quantum Interference Devices) has been well developed. As a kind of highly sensitive magnetic sensor, its applications almost become practices.
在理论分析中，对于超导rsFQ数字电路中的理论基础超导量子干涉器的电路模型进行了深入的分析和研究，得到了超导rs FQ数字电路设计的参数估计。
In the theory analysis, circuit model of the SQUID, theory base of superconducting digital circuit, is intensively investigated, and parameter estimate of the superconducting RSFQ circuit is acquired.
在理论分析中，对于超导rsFQ数字电路中的理论基础超导量子干涉器的电路模型进行了深入的分析和研究，得到了超导rs FQ数字电路设计的参数估计。
In the theory analysis, circuit model of the SQUID, theory base of superconducting digital circuit, is intensively investigated, and parameter estimate of the superconducting RSFQ circuit is acquired.
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