Superconducting Quantum Interference Device: Difference between revisions
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A '''Superconducting Quantum Interference Device (SQUID)''' is a very sensitive device for detection of [[magnetic flux]]. At low temperatures (about 4K) the output of the DC SQUID circuit can be about 1 microvolt per flux quantum if the effective resistance is about 1 Ohm and the effective inductance is about 1 nanoHenry. | A '''Superconducting Quantum Interference Device (SQUID)''' is a very sensitive device for detection of [[magnetic flux]]. At low temperatures (about 4K) the output of the DC SQUID circuit can be about 1 microvolt per flux quantum [[fluxon]], if the effective resistance of the circuit is about 1 Ohm and the effective inductance is about 1 nanoHenry. | ||
While it is used in various research applications, it is under consideration as a satellite-based [[Geophysical MASINT#Gravitimetric MASINT|intelligence sensor]] for such purposes as detecting deeply buried structures. | While it is used in various research applications, it is under consideration as a satellite-based [[Geophysical MASINT#Gravitimetric MASINT|intelligence sensor]] for such purposes as detecting deeply buried structures. | ||
Revision as of 14:43, 21 February 2009
A Superconducting Quantum Interference Device (SQUID) is a very sensitive device for detection of magnetic flux. At low temperatures (about 4K) the output of the DC SQUID circuit can be about 1 microvolt per flux quantum fluxon, if the effective resistance of the circuit is about 1 Ohm and the effective inductance is about 1 nanoHenry.
While it is used in various research applications, it is under consideration as a satellite-based intelligence sensor for such purposes as detecting deeply buried structures.