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PUBLICATIONS

DC SQUID Series Arrays with Intracoil Damping to Reduce Resonance Distortions

Published

Author(s)

Martin Huber, A. M. Corey, K. L. Lumpkins, F. N. Nafe, J. Rantschler, Gene C. Hilton, John M. Martinis, A. H. Steinbach

Abstract

We report on low-noise DC SQUID series arrays incorporating intracoil damping, which show smooth DC characteristics. The voltage-flux characteristics of these devices are reproducible upon repeated cooling and do not require multiple heating/cooling cycles to maximize peak-to-peak output voltage modulation depth. The devices consist of 100 DC SQUIDs with individual signal and feedback coils connected in series. The total input inductance is 600 nH, and the peak-to-peak output modulation is 4 mV with a transfer function of 350 V/A. The bandwidth is 5 MHz and the equivalent input current noise is approximately 2.5 pA/root Hz. With these characteristics, these devices are useful as preamplifiers for microcalorimeter X-ray detectors.
Citation
Applied Superconductivity
Volume
5
Issue
7-12
Pub Type
Journals

Keywords

microcalorimeter X-ray detectors, arrays, low-noise dc SQUIDs
Nanoelectronics

Citation

Huber, M. , Corey, A. , Lumpkins, K. , Nafe, F. , Rantschler, J. , Hilton, G. , Martinis, J. and Steinbach, A. (1997), DC SQUID Series Arrays with Intracoil Damping to Reduce Resonance Distortions, Applied Superconductivity (Accessed October 10, 2025)

Issues

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Created December 30, 1997, Updated October 12, 2021
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