超导电子技术应用.（Applications of superconducting electronic technology）Superconducting electronic technology and its applicationBrief introduction of electronic technology and application of e-book contentThis book introduces electronic technology basic principle and theoretical basis, discusses all aspects of the application of electronic technology, and the mixed application of superconducting devices and common semiconductor devices is introduced in this paper. The book is divided into ten chapters, including the basic characteristics of superconducting superconductivity, macroscopic and microscopic interpretation, Joseph effect, Joseph Sen Sen superconducting junction array oscillator, superconducting RSFQ digital circuit, the basic principle of RSFQ superconducting Josephson junction Joseph transmission line, superconducting RSFQ logic circuit system, CPU principle, RSFQ superconducting superconducting microwave devices and superconducting devices with the mixed application of semiconductor devices.!This book for researchers engaged in research and research field electronic technology students.Superconducting electronic technology and its application in a catalog of e-booksPrefaceThe first chapter is the basic characteristics of superconductivityThe history and status quo of 1.1 superconducting1.1.1 the history of superconductivityThe research status of 1.1.2 superconductor1.2 basic phenomena of superconductivity1.2.1 superconductor discovery and critical temperature1.2.2 critical magnetic field and critical current1.2.3 Meisner effect1.3 superconductivityReferenceThe second chapter explains the macroscopic and microscopic superconductivity.Macro explain 2.1 superconductivity.2.1.1 two fluid model2.1.2 London equationThe magnetic field and current distribution of 2.1.3 superconducting plateTwo kinds of 2.1.4 superconductor magnetic properties described2.2 microscopic interpretation of superconductivity.2.2.1 BCS theoryPart of the microscopic theory of 2.2.2 high temperature superconductorReferenceThe third chapter Joseph Sen effect3.1 single electron tunneling effect3.1.1 normal metal tunnel effect3.1.2 superconductor and normal metal tunnel effect3.1.3 superconductor single electron tunneling effect3.2 Josephs Theory3.2.1 Josephs equation3.2.2 DC Joseph Sen effect3.2.3 AC Joseph Sen effect3.2.4 Joseph Sen magnetic effectThe typical structure and equivalent circuit of the 3.3 Joseph Josephson junctionThe typical structure of 3.3.1 junction of Joseph3.3.2 Stewart - Mike Campbell model3.3.3 shunt resistance model3.3.4 Joseph Sen tunnel junction and the pendulum simulation3.4 Joseph Josephson junction is the noiseThe practical characteristics of 3.5 Joseph junction3.5.1 low temperature superconducting Joseph junctionThe characteristics of I-V 3.5.2 Nb.3.5.3 high temperature superconducting Joseph junctionReferenceThe fourth chapter Joseph superconducting Josephson junction array oscillatorAnalysis of 4.1 Joseph Josephson junction array oscillator theory4.1.1 introductionJoseph 4.1.2 single Josephson junction oscillator4.1.3 by the microstrip line resonator and Joseph Josephson junction is composed of oscillator4.1.4 long Joseph Josephson junction array oscillator typeThe external load of 4.1.5 and one-dimensional array oscillator phase locking relationship4.1.6 two-dimensional Joseph Josephson junction array oscillatorFour2 quasi optical Joseph Josephson junction array oscillator4.2.1 introduction4.2.2 Joseph, a quasi optical array oscillator structure4.2.3 quasi optical transmission line oscillator arrayThe coupling circuit and the impedance of the 4.2.4 quasi optical oscillator array4.2.5 quasi optical array oscillator bias circuitThe phase locked oscillator 4.2.6 quasi optical arrayPower measurement 4.2.7 quasi optical oscillator arrayThe computer simulation model of 4.2.8 quasi optical oscillator array4.3 simulation of quasi optical Joseph Josephson junction array oscillator4.3.1 introduction4.3.2 numerical simulation of perturbation techniqueSimulation of 4.3.3 Joseph Josephson junction array4.3.4 Joseph junction simulation column arrayComprehensive optimization of 4.3.5 parameters of the actual array oscillator theory4.3.6 simulation of two-dimensional quasi optical oscillator arrayReferenceThe fifth chapter the basic principle of superconducting RSFQ digital circuitThe 5.1 superconducting ring flux quantizationThe 5.2 superconducting quantum interference deviceReferenceThe sixth chapter superconducting Josephson junction transmission line RSFQ JosephRSFQ 6.1 single Josephson junction is the Joseph phenomenonAnalysis of 6.2 JTL theory6.2.1 single state interference device circuit JTL