High temperature superconducting digital circuits and subsystems
J. Martens, A. Pance, Stephen R. Whiteley, K. Char, Markku Johansson, L. Lee, VINCENT M. HIETALA, J. R. Wendt, Shuoben Hou, Julia M. Phillips
Abstract
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J. Martens, A. Pance, Stephen R. Whiteley, K. Char, Markku Johansson, L. Lee, VINCENT M. HIETALA, J. R. Wendt, Shuoben Hou, Julia M. Phillips
Abstract
Open-access reader
The advances in the fabrication of high temperature superconducting devices have enabled the demonstration of high performance and useful digital circuits and subsystems. The yield and uniformity of the devices is sufficient for circuit fabrication at the medium scale integration (MSI) level with performance not seen before at 77 K. The circuits demonstrated to date include simple gates, counters, analog to digital converters, and shift registers. All of these are mid-sized building blocks for potential applications in commercial and military systems. The processes used for these circuits and blocks will be discussed along with observed performance data.
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The advances in the fabrication of high temperature superconducting devices have enabled the demonstration of high performance and useful digital circuits and subsystems. The yield and uniformity of the devices is sufficient for circuit fabrication at the medium scale integration (MSI) level with performance not seen before at 77 K. The circuits demonstrated to date include simple gates, counters, analog to digital converters, and shift registers. All of these are mid-sized building blocks for potential applications in commercial and military systems. The processes used for these circuits and blocks will be discussed along with observed performance data.
Key concepts: Electronic circuit, Digital electronics, Fabrication, Converters, Electrical engineering, Electronic engineering, Computer science, Integrated circuit