This paper presents a review of the evolution of the cryo-electronics since the 50's up to date. With this review we make a prediction of applicability for RF-electronics, nanoelectronics, and giga-scaled electronics, in a perspective for the years 2000 to come. This study is based on a survey of scientific papers/reports published since the years 1950's up to date in the field of semiconductor materials, devices and electronic systems for cryo-applications. With the very recent advent of nanotechnologies, multiple-level-wiring interconnections, hybrid superconductor-semiconductor systems, the rapid evolution of mini- and micro-coolers, and the appearance of physical limitations for further downscaling, it is worth to explore the option of ...
This article describes the design and evaluation of a CMOS-based control system for use in Cryogenic...
We have begun investigation and development of cryogenic semiconductor power devices (diodes, bipola...
Recent advances in solid-state qubit technology are paving the way to fault-tolerant quantum computi...
This paper presents a review of the evolution of the cryo-electronics since the 50's up to date. Wit...
Abstract. This paper presents a review of the evolution of the cryo-electronics since the 50's ...
Improved reliability and electronic performance can be achieved in a system operated at cryogenic te...
During the last decades superconducting electronics has been the most prominent area of research for...
CMOS circuits operating at cryogenic temperature (cryo-CMOS) are required in several low-temperature...
Semiconductor-based devices in various fields such as night vision, space exploration, medical inspe...
309-318Superconducting devices are likely to lead to the development of new and improved electronic ...
With few exceptions, electronic components are rated by their manufacturers to -40°C (sometimes -55°...
The Integrated Circuits and the microelectronics devices working in temperatures lower than 100 K ar...
The operational characteristics of power electronics operating at ambient temperatures are well know...
The need for cryogenic cooling has been critical issue that has kept superconducting electronic devi...
The preferred device for power eletronics in the multi-kilowatt /300-1000 V range is today the IGBT ...
This article describes the design and evaluation of a CMOS-based control system for use in Cryogenic...
We have begun investigation and development of cryogenic semiconductor power devices (diodes, bipola...
Recent advances in solid-state qubit technology are paving the way to fault-tolerant quantum computi...
This paper presents a review of the evolution of the cryo-electronics since the 50's up to date. Wit...
Abstract. This paper presents a review of the evolution of the cryo-electronics since the 50's ...
Improved reliability and electronic performance can be achieved in a system operated at cryogenic te...
During the last decades superconducting electronics has been the most prominent area of research for...
CMOS circuits operating at cryogenic temperature (cryo-CMOS) are required in several low-temperature...
Semiconductor-based devices in various fields such as night vision, space exploration, medical inspe...
309-318Superconducting devices are likely to lead to the development of new and improved electronic ...
With few exceptions, electronic components are rated by their manufacturers to -40°C (sometimes -55°...
The Integrated Circuits and the microelectronics devices working in temperatures lower than 100 K ar...
The operational characteristics of power electronics operating at ambient temperatures are well know...
The need for cryogenic cooling has been critical issue that has kept superconducting electronic devi...
The preferred device for power eletronics in the multi-kilowatt /300-1000 V range is today the IGBT ...
This article describes the design and evaluation of a CMOS-based control system for use in Cryogenic...
We have begun investigation and development of cryogenic semiconductor power devices (diodes, bipola...
Recent advances in solid-state qubit technology are paving the way to fault-tolerant quantum computi...