The sizing rules method for analog CMOS I/O output buffer circuit design that consists of two pre-buffers (inverters) and output inverter is presented. The sizing rules method efficiently captures design knowledge on the technology-specific level of transistor pair groups. This reduces the preparatory modeling effort for I/O circuit design. No expert knowledge about the circuit is required as in most knowledge based optimization tools. 1
This paper describes a platform created for the design of CMOS amplifiers. The user interactive desi...
In this project, the performance of area-efficient CMOS buffers using the octagon-type and circle-ty...
Determining the device width to length ratios has typically been an iterative process for the custom...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
It is known that the operating-point driven (OPD) analog sizing methods have clear advantages compar...
It is known that the operating-point driven (OPD) analog sizing methods have clear advantages compar...
In this paper, a method for the automatic sizing of ana-log integrated circuits is presented. Basic ...
In this paper, we address the novel EDP (Expert Design Plan) principle for procedural design automat...
Operational amplifiers are widely used electronic components. They implement diverse functions in ci...
Abstract: Problem statement: Day by day more and more products rely on analog circuits to improve th...
This paper first presents an accurate and efficient method of estimating the short circuit energy di...
This paper describes a novel algorithm for automatic transistor sizing which is one technique for im...
International audienceUsing explicit modeling of delays we present and discuss real design condition...
Abstract: Buffers are widely employed in digital circuits where high speed signals are used. In this...
This paper presents an algorithm, based on the fixed point iteration, to solve for sizes and biases ...
This paper describes a platform created for the design of CMOS amplifiers. The user interactive desi...
In this project, the performance of area-efficient CMOS buffers using the octagon-type and circle-ty...
Determining the device width to length ratios has typically been an iterative process for the custom...
This book introduces readers to a variety of tools for automatic analog integrated circuit (IC) sizi...
It is known that the operating-point driven (OPD) analog sizing methods have clear advantages compar...
It is known that the operating-point driven (OPD) analog sizing methods have clear advantages compar...
In this paper, a method for the automatic sizing of ana-log integrated circuits is presented. Basic ...
In this paper, we address the novel EDP (Expert Design Plan) principle for procedural design automat...
Operational amplifiers are widely used electronic components. They implement diverse functions in ci...
Abstract: Problem statement: Day by day more and more products rely on analog circuits to improve th...
This paper first presents an accurate and efficient method of estimating the short circuit energy di...
This paper describes a novel algorithm for automatic transistor sizing which is one technique for im...
International audienceUsing explicit modeling of delays we present and discuss real design condition...
Abstract: Buffers are widely employed in digital circuits where high speed signals are used. In this...
This paper presents an algorithm, based on the fixed point iteration, to solve for sizes and biases ...
This paper describes a platform created for the design of CMOS amplifiers. The user interactive desi...
In this project, the performance of area-efficient CMOS buffers using the octagon-type and circle-ty...
Determining the device width to length ratios has typically been an iterative process for the custom...