This paper discusses the realization of an analogue module generator that forms part of a mixed analogue/digital design environment. It is able to design analogue functional modules such as like amplifiers, filters, etc., either in an automatic or in an interactive session, starting from performance specifications over topology selection, parameter optimization and simulation/verification down to lay-out. the analogue module generator is integrated in a commercial EDA framework. Practical design results show the capabilities and efficiency of the system
This paper describes a novel analog module generator environment for the automatic layout developmen...
The paper presents a new methodology that enables extensions of SystemC to the analogue domain and a...
The primary aim of this research is to investigate and develop techniques for VHDL-AMS-based synthes...
This paper discusses the realization of an analogue module generator that forms part of a mixed anal...
In general, automatic layout composition techniques based on pre-designed devices facilitate the pro...
A set of analog device and macro module generators has been implemented in the GDT environment. The ...
Design automation has reached a considerable level in the digital field at the beginning of the proj...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
While digital circuit designs are now fully automated and can be delivered extremely quickly, the an...
A system for optimising analogue circuits is presented. The system "AD-OPT" (Analog Devices OPTimise...
In the light of the growing popularity of mixed, analogue and digital ASICs and System on Chip, seve...
The ADSA system is integrated within the CADENCE DFII framework and provides a user-guided environme...
Modern integrated circuits rely significantly on digital cores communicating with the real world usi...
This paper presents a new Procedural Analog Design tool called PAD. It is a chart-based design envir...
Abstract—Nowadays, the microelectronics market is characterized by an increasing complexity and inte...
This paper describes a novel analog module generator environment for the automatic layout developmen...
The paper presents a new methodology that enables extensions of SystemC to the analogue domain and a...
The primary aim of this research is to investigate and develop techniques for VHDL-AMS-based synthes...
This paper discusses the realization of an analogue module generator that forms part of a mixed anal...
In general, automatic layout composition techniques based on pre-designed devices facilitate the pro...
A set of analog device and macro module generators has been implemented in the GDT environment. The ...
Design automation has reached a considerable level in the digital field at the beginning of the proj...
In analogue circuit designs, an initial circuit topology is usually chosen with a set of parameters ...
While digital circuit designs are now fully automated and can be delivered extremely quickly, the an...
A system for optimising analogue circuits is presented. The system "AD-OPT" (Analog Devices OPTimise...
In the light of the growing popularity of mixed, analogue and digital ASICs and System on Chip, seve...
The ADSA system is integrated within the CADENCE DFII framework and provides a user-guided environme...
Modern integrated circuits rely significantly on digital cores communicating with the real world usi...
This paper presents a new Procedural Analog Design tool called PAD. It is a chart-based design envir...
Abstract—Nowadays, the microelectronics market is characterized by an increasing complexity and inte...
This paper describes a novel analog module generator environment for the automatic layout developmen...
The paper presents a new methodology that enables extensions of SystemC to the analogue domain and a...
The primary aim of this research is to investigate and develop techniques for VHDL-AMS-based synthes...