Add to ORKGThe modeling and the analysis of the power distribution networks (PDN) within multi-layer printed circuit board is crucial for the investigation of the performance of PCB systems. Carrying out such analyses in SPICE based tools has the advantage of being faster than the corresponding full-wave modeling and it allows obtaining both frequency and time domain results
As the operating frequency of digital systems increases and voltage swing decreases, it becomes incr...
In power distribution networks (PDN), there are two main challenges nowadays. One challenge is how t...
Power distribution network (PDN) design in high speed digital systems is a critical challenge for sy...
Power bus structures consisting of two parallel conducting planes are widely used on high-speed prin...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
A methodology for modeling the power delivery network from the voltage regulator module to the pins ...
A method to extract a lumped element prototype SPICE model is used to study noise coupling between n...
A novel approach of equivalent circuit model extraction is developed for modeling of integrated pack...
In the first article of this thesis, the charge delivery in the power distribution network for print...
A methodology for modeling the power delivery network from the voltage regulator module to the pins ...
Modeling and simulating the multi-scale nature of a power distribution network (PDN) is essential to...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
The engineering of the power delivery network is becoming a fundamental issue in the design of high ...
A circuit extraction tool (CEMPIE) has been developed based on the mixed-potential integral equation...
As the operating frequency of digital systems increases and voltage swing decreases, it becomes incr...
In power distribution networks (PDN), there are two main challenges nowadays. One challenge is how t...
Power distribution network (PDN) design in high speed digital systems is a critical challenge for sy...
Power bus structures consisting of two parallel conducting planes are widely used on high-speed prin...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
A methodology for modeling the power delivery network from the voltage regulator module to the pins ...
A method to extract a lumped element prototype SPICE model is used to study noise coupling between n...
A novel approach of equivalent circuit model extraction is developed for modeling of integrated pack...
In the first article of this thesis, the charge delivery in the power distribution network for print...
A methodology for modeling the power delivery network from the voltage regulator module to the pins ...
Modeling and simulating the multi-scale nature of a power distribution network (PDN) is essential to...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
The engineering of the power delivery network is becoming a fundamental issue in the design of high ...
A circuit extraction tool (CEMPIE) has been developed based on the mixed-potential integral equation...
As the operating frequency of digital systems increases and voltage swing decreases, it becomes incr...
In power distribution networks (PDN), there are two main challenges nowadays. One challenge is how t...
Power distribution network (PDN) design in high speed digital systems is a critical challenge for sy...