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De Gruyter eBooks

ANALYSIS OF THE REVERSIBLE MAGNETIZATION OF A RF SQUID CONTAINING A WEAK LINK WITH A NON-SINUSOIDAL CURRENT PHASE RELATIONSHIP

H. Lübbig

Published Dec 31, 1980• 1 citation
Publisher

Abstract

ANALYSIS OF THE REVERSIBLE MAGNETIZATION OF A RF SQUID CONTAINING A WEAK LINK WITH A NON-SINUSOIDAL CURRENT PHASE RELATIONSHIP was published in SQUID ’80. Superconducting Quantum Interference Devices and their Applications on page 591.
DOI
10.1515/9783110846621-047

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An investigation has been made of the effect of the weak link current-phase relation on noise in rf biased SQUIDs. Non-sinusoidal current-phase relations have been observed in various weak links and these non-sinusoidal relations have been correlated with significantly increased intrinsic noise in the SQUID ring. The current-phase relation is also found to affect the amplitude of the rf SQUID ring dissipation. The result of a rf SQUID system noise analysis shows that, due to increased intrinsic noise and reduced ring dissipation, the minimum attainable noise for a SQUID ring having a very non-sinusoidal current-phase relation is considably greater than for a ring with a sinusoidal relation.
An investigation has been made of the effect of the weak link current-phase relation on noise in rf biased SQUIDs. Non-sinusoidal current-phase relations have been observed in various weak links and these non-sinusoidal relations have been correlated with significantly increased intrinsic noise in the SQUID ring. The current-phase relation is also found to affect the amplitude of the rf SQUID ring dissipation. The result of a rf SQUID system noise analysis shows that, due to increased intrinsic noise and reduced ring dissipation, the minimum attainable noise for a SQUID ring having a very non-sinusoidal current-phase relation is considably greater than for a ring with a sinusoidal relation.