A GaAs latch design suitable for dynamic logic families is presented. This novel concept is compared with other common GaAs logic circuits in terms of device count, area, clock rate and power consumption. The results demonstrate that the Single Phase Latch (SPL) achieves a throughput 5.7 greater than other dynamic latches while driving twice the capacitive load. It is the simplest, the fastest and consumes less power than other reported dynamic latch structure
In this paper design of fast arithmetic circuits using GaAs based Feed Through Logic (FTL) family [1...
Abstract — High speed and small area are the main advantages of the dynamic logic for digital circui...
Design considerations for high-speed and high-precision latched comparators in data conversion appli...
Abstract—A novel GaAs logic family, pseudodynamic latched logic (PDLL), is presented in this paper. ...
Email Print Request Permissions Save to Project A novel GaAs logic family, pseudodynamic latched log...
We explore the potential for extremely high asynchronous logic performance in CMOS and GaAs dynamic ...
This paper compares three compatible normally-off classes of digital logic, namely DCFL, SDCFL and S...
Spain. The first main result of this paper is the development of a low power threshold logic gate ba...
Spain. The first main result of this paper is the development of a low power threshold logic gate ba...
A GaAs logic family using the feed through evaluation concept is presented. The logic outputs reset ...
GaAs Two-Phase Dynamic FET Logic (TDFL) gates are used in the design of a high-speed, low-power 8-bi...
technology developed at Motorola for low-power, portable, digital and mixed-mode circuits is being e...
© 2001 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
This paper presents a survey of low-power digital Gal-lium Arsenide logic applicable to high perform...
The next generation of super-computers or base band circuits of advanced radio-telecommunication sys...
In this paper design of fast arithmetic circuits using GaAs based Feed Through Logic (FTL) family [1...
Abstract — High speed and small area are the main advantages of the dynamic logic for digital circui...
Design considerations for high-speed and high-precision latched comparators in data conversion appli...
Abstract—A novel GaAs logic family, pseudodynamic latched logic (PDLL), is presented in this paper. ...
Email Print Request Permissions Save to Project A novel GaAs logic family, pseudodynamic latched log...
We explore the potential for extremely high asynchronous logic performance in CMOS and GaAs dynamic ...
This paper compares three compatible normally-off classes of digital logic, namely DCFL, SDCFL and S...
Spain. The first main result of this paper is the development of a low power threshold logic gate ba...
Spain. The first main result of this paper is the development of a low power threshold logic gate ba...
A GaAs logic family using the feed through evaluation concept is presented. The logic outputs reset ...
GaAs Two-Phase Dynamic FET Logic (TDFL) gates are used in the design of a high-speed, low-power 8-bi...
technology developed at Motorola for low-power, portable, digital and mixed-mode circuits is being e...
© 2001 COPYRIGHT SPIE--The International Society for Optical Engineering. Downloading of the abstrac...
This paper presents a survey of low-power digital Gal-lium Arsenide logic applicable to high perform...
The next generation of super-computers or base band circuits of advanced radio-telecommunication sys...
In this paper design of fast arithmetic circuits using GaAs based Feed Through Logic (FTL) family [1...
Abstract — High speed and small area are the main advantages of the dynamic logic for digital circui...
Design considerations for high-speed and high-precision latched comparators in data conversion appli...