Conventional semiconductor-based digital electronics, with complementary metal oxide
semiconductor (CMOS) technology as the primary example, has experienced meteoric …

Electronic Design Automation (EDA) is essential for the design of large-scale
microelectronic systems. In this article, EDA methodologies, techniques, and algorithms …

The increasing complexity of modern superconductive circuits, and single flux quantum
(SFQ) circuits in particular, has made the issue of coupling noise of growing importance …

Magnetic flux quantization in superconductors allows the implementation of fast and energy-
efficient digital superconducting circuits. However, information representation in magnetic …

Superconductive circuits are introduced in this chapter. Both analog and digital circuits are
described, and memory topologies are presented. Among the analog devices, one-and two …

Electronic design automation (EDA) is essential for the computer-aided design (CAD) of
large-scale systems. In this chapter, EDA methodologies, techniques, and algorithms used …

Electronic design automation is essential for the design of large scale microelectronic
systems. In this paper, EDA methodologies, techniques, and algorithms used to develop …

Manufacturing integrated circuits is a complex and intricate process, both for semiconductor
and superconductive electronics. Despite the minimum feature size and number of layers in …

In this chapter, the most popular type of superconductive digital logic—rapid single flux
quantum (RSFQ) logic—is described. The basic building blocks of digital RSFQ circuits are …

Among the major issues in modern large scale rapid single flux quantum circuits are the
complexity of the clock network, tight timing tolerances, poor applicability of existing CMOS …