Titlebook: Single Flux Quantum Integrated Circuit Design; Gleb Krylov,Tahereh Jabbari,Eby G. Friedman Book 2024Latest edition The Editor(s) (if appli

Glaci冰

Feigned

EDA for Superconductive Electronicsques, and algorithms used in superconductive electronics are discussed. The semi-custom standard cell-based design flow, common in conventional CMOS circuits, is increasingly widely adopted in modern superconductive circuits. Differences and issues in computer-aided design flows as compared to CMOS

冥界三河

Design Guidelines for ERSFQ Bias Networksstors while the cell library remains unchanged. The ERSFQ bias scheme requires multiple circuit elements—current limiting Josephson junctions, bias inductors, and feeding Josephson transmission lines (FJTL). In this chapter, parameter guidelines and design techniques for ERSFQ circuits are presented

labile

Superconductive IC ManufacturingChallenges unique to superconductive electronics are highlighted. Important features of modern superconductive fabrication technologies are discussed and compared to the fabrication of semiconductor-based integrated circuits.

GLEAN

spinal-stenosis

https://doi.org/10.1007/978-3-031-47475-0Physics of Superconductive Electronics; Superconductive Digital Logic; large scale integration of supe

IRATE

四目在模仿

Gleb Krylov,Tahereh Jabbari,Eby G. FriedmanReviews modern research in the field of superconductive digital electronics, including novel devices and approaches.Provides comprehensive background on pertinent topics.Describes prospective methodol

geometrician

SCORE

Splitter Trees in Single Flux Quantum Circuitsgin analysis. The proposed splitters greatly reduce the required bias currents and delay of large scale RSFQ circuits by enabling multiple fanout. The methodologies and techniques are applicable to automated layout and clock tree synthesis for large scale SFQ integrated circuits.