A Note on the Theory of Microwave-Induced Dc Voltage Phenomenon

Guang-Da, Ji; Hang-Sheng, Wu

doi:10.7498/aps.27.118

Acta Phys. Sin.

1978

DOI: 10.7498/aps.27.118

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A Note on the Theory of Microwave-Induced Dc Voltage Phenomenon

Ji Guang-Da¹,

Wu Hang-Sheng²

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1988

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Small–radiation-amplitude dynamical voltage model of an irradiated, externally unbiased Josephson tunnel junction

McAdory

1988

Phys. Rev. B

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A theory is presented for the nonequilibrium voltage states of an irradiated Josephson junction shunted by an external resistor but with no external current or voltage biasing. This device, referred to as a free-running Josephson junction, is modeled in a small-radiation-amplitude, deterministic regime extending the previous work of Shenoy snd Agarwsl. The time-averaged induced voltage is treated as a dynamical variable, the external radiation is modeled as a current source, and the induced junction-radiation vector potential, arith snd without a mode structure, is treated to first order in the driving currents. A dynamical equation for the time-averaged induced voltage yields a (nonequilibrium) steady-state relation between the time-averaged induced voltage and the incident radiation amplitude valid for a vade range of voltages, including zero. Regions of bistability occur in the voltage-versus-incident-amplitude curves, some of vrhich are dependent on the external resistor. The zero-voltage state breaks down, as the external radiation amplitude is increased, at a critical value of the incident-radiation amplitude inversely proportional to the external resistance.

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Small–radiation-amplitude dynamical voltage model of an irradiated, externally unbiased Josephson tunnel junction

McAdory

1988

Phys. Rev. B

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A Note on the Theory of Microwave-Induced Dc Voltage Phenomenon

Cited by 1 publication

References 0 publications

Small–radiation-amplitude dynamical voltage model of an irradiated, externally unbiased Josephson tunnel junction

Small–radiation-amplitude dynamical voltage model of an irradiated, externally unbiased Josephson tunnel junction

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