A Josephson sampler with 2.1 ps resolution
A Josephson sampler with 2.1 ps resolution is reported. The sampler was made with Nb edge junctions, and consists of a sampling junction to which a Faris pulser is coupled directly. Two experiments are connected to the sampler: a two-junction interferometer and another Faris pulser. A new and simple...
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Published in: | IEEE transactions on magnetics Vol. 21; no. 2; pp. 226 - 229 |
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Format: | Journal Article |
Language: | English |
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01-03-1985
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Abstract | A Josephson sampler with 2.1 ps resolution is reported. The sampler was made with Nb edge junctions, and consists of a sampling junction to which a Faris pulser is coupled directly. Two experiments are connected to the sampler: a two-junction interferometer and another Faris pulser. A new and simple electronic delay allows a flicker-free display on an oscilloscope of the waveform sampled. A current sensitivity of 0.8 μA was achieved. It was possible to measure the switching transitions of the two-junction interferometer over its whole vortex boundary, including vortex-to-vortex transitions which occur at low bias currents. To our knowledge, this is the fastest Josephson sampler made to date. |
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AbstractList | A Josephson sampler with 2.1 ps resolution is reported. The sampler was made with Nb edge junctions, and consists of a sampling junction to which a Faris pulser is coupled directly. Two experiments are connected to the sampler: a two-junction interferometer and another Faris pulser. A new and simple electronic delay allows a flicker-free display on an oscilloscope of the waveform sampled. A current sensitivity of 0.8 muA was achieved. It was possible to measure the switching transitions of the two-junction interferometer over its whole vortex boundary, including vortex-to-vortex transitions which occur at low bias currents. To our knowledge, this is the fastest Josephson sampler made to date. A Josephson sampler with 2.1 ps resolution is reported. The sampler was made with Nb edge junctions, and consists of a sampling junction to which a Faris pulser is coupled directly. Two experiments are connected to the sampler: a two-junction interferometer and another Faris pulser. A new and simple electronic delay allows a flicker-free display on an oscilloscope of the waveform sampled. A current sensitivity of 0.8 μA was achieved. It was possible to measure the switching transitions of the two-junction interferometer over its whole vortex boundary, including vortex-to-vortex transitions which occur at low bias currents. To our knowledge, this is the fastest Josephson sampler made to date. |
Author | Wolf, P. Deutsch, U. Van Zeghbroeck, B. |
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Cites_doi | 10.1063/1.91837 10.1016/0378-4363(81)90795-6 10.1063/1.91664 10.1109/IEDM.1983.190577 10.1109/EDL.1982.25561 10.1143/JJAP.22.L435 10.1063/1.91665 10.1143/JJAP.22.L479 10.1109/TMAG.1979.1060167 |
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References | ref8 ref7 ref9 ref4 ref6 (ref5) 1979 (ref11) 0 valdmanis (ref12) 1983 ref2 harris (ref3) 1982; 3 ref1 (ref10) 0 |
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Snippet | A Josephson sampler with 2.1 ps resolution is reported. The sampler was made with Nb edge junctions, and consists of a sampling junction to which a Faris... |
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SubjectTerms | Inductance Laboratories Niobium Oscilloscopes Propagation delay Pulse circuits Pulse generation Sampling methods Signal resolution Voltage |
Title | A Josephson sampler with 2.1 ps resolution |
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