Demonstration of 17GHz operation of M-code generator based on SFQ with resettable latch

We have experimentally demonstrated high-speed operation of a maximum code length (M-code) generator using the on-chip-testing system. M-code generator was designed by using Single Flux Quantum with Resettable Latch (SFQ-RL) proposed by us, and fabricated by the NEC standard process. The circuit ope...

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Published inIEEE transactions on applied superconductivity Vol. 11; no. 1; pp. 521 - 524
Main Authors AKAHORI, Akira, TAKEUCHI, Nobuo, MORI, Naoko, SUZUKI, Yasutoshi, FURUTA, Futoshi, FUJIMAKI, Akira, HAYAKAWA, Hisao
Format Conference Proceeding Journal Article
LanguageEnglish
Published New York, NY Institute of Electrical and Electronics Engineers 01.03.2001
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Abstract We have experimentally demonstrated high-speed operation of a maximum code length (M-code) generator using the on-chip-testing system. M-code generator was designed by using Single Flux Quantum with Resettable Latch (SFQ-RL) proposed by us, and fabricated by the NEC standard process. The circuit operates up to 17GHz correctly, while the bias margin decreases at higher frequencies due to the timing-related errors. This circuit based on SFQ-RL has an advantage that the initialization of the whole circuit can be realized easily. We have also confirmed the "flush" operation that the internal state is initialized simultaneously by one SFQ pulse in SFQ-RL.
AbstractList We have experimentally demonstrated high-speed operation of a maximum code length (M-code) generator using the on-chip-testing system. M-code generator was designed by using Single Flux Quantum with Resettable Latch (SFQ-RL) proposed by us, and fabricated by the NEC standard process. The circuit operates up to 17GHz correctly, while the bias margin decreases at higher frequencies due to the timing-related errors. This circuit based on SFQ-RL has an advantage that the initialization of the whole circuit can be realized easily. We have also confirmed the "flush" operation that the internal state is initialized simultaneously by one SFQ pulse in SFQ-RL.
Author FURUTA, Futoshi
SUZUKI, Yasutoshi
MORI, Naoko
AKAHORI, Akira
FUJIMAKI, Akira
HAYAKAWA, Hisao
TAKEUCHI, Nobuo
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Snippet We have experimentally demonstrated high-speed operation of a maximum code length (M-code) generator using the on-chip-testing system. M-code generator was...
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StartPage 521
SubjectTerms Applied sciences
Electronics
Exact sciences and technology
Semiconductor electronics. Microelectronics. Optoelectronics. Solid state devices
Superconducting devices
Title Demonstration of 17GHz operation of M-code generator based on SFQ with resettable latch
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