A system for optimising analogue circuits is presented. The system "AD-OPT" (Analog Devices OPTimiser) uses numerical simulation and interpolation methods to determine an optimal set of circuit element values and device geometries to meet specific analogue performance requirements. This paper presents an overview of AD-OPT and of its three central modules: the datasheet generator, the database creation module and the optimiser. The paper demonstrates that the increasing speed of work stations and the judicious use of numerical methods, is altering the balance between theoretical and numerical approaches to problem solving
Today electronics becomes more and more complex and to keep low costs and power consumption, both di...
Constant device scaling has signifcantly boosted electronic systems design in the digital domain ena...
The increasing digitalization in electronics applications requires analogue-to-digital converters (A...
A system for optimising analogue circuits is presented. The system "AD-OPT" (Analog Devices OPTimise...
Methodology of designing analogue circuits developed earlier on the basis of using optimal control t...
In this paper, a tool based on free software to perform low level optimization on analog designs is ...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
Analogue Computing Methods presents the field of analogue computation and simulation in a compact an...
This paper describes how analogue switched circuits (switched-capacitor and switched-current circuit...
In this paper, a novel approach for robust automatic optimization of analog circuits with bipolar tr...
The aim of this work was to create a system for optimisaton of specific analog circuits by evolution...
This paper discusses the realization of an analogue module generator that forms part of a mixed anal...
The goal of this paper is to present a tool for automatic sizing of analog basic integrated blocks u...
It is shown that using simulated annealing in combination with electrical simulation provides a powe...
The thesis is concerned with techniques for realizing optimum control that are suited for analogue c...
Today electronics becomes more and more complex and to keep low costs and power consumption, both di...
Constant device scaling has signifcantly boosted electronic systems design in the digital domain ena...
The increasing digitalization in electronics applications requires analogue-to-digital converters (A...
A system for optimising analogue circuits is presented. The system "AD-OPT" (Analog Devices OPTimise...
Methodology of designing analogue circuits developed earlier on the basis of using optimal control t...
In this paper, a tool based on free software to perform low level optimization on analog designs is ...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
Analogue Computing Methods presents the field of analogue computation and simulation in a compact an...
This paper describes how analogue switched circuits (switched-capacitor and switched-current circuit...
In this paper, a novel approach for robust automatic optimization of analog circuits with bipolar tr...
The aim of this work was to create a system for optimisaton of specific analog circuits by evolution...
This paper discusses the realization of an analogue module generator that forms part of a mixed anal...
The goal of this paper is to present a tool for automatic sizing of analog basic integrated blocks u...
It is shown that using simulated annealing in combination with electrical simulation provides a powe...
The thesis is concerned with techniques for realizing optimum control that are suited for analogue c...
Today electronics becomes more and more complex and to keep low costs and power consumption, both di...
Constant device scaling has signifcantly boosted electronic systems design in the digital domain ena...
The increasing digitalization in electronics applications requires analogue-to-digital converters (A...