As the speed of logic integrated circuits increases, the effects of the package and the interconnections become more significant. Hybrid technology can be used to eliminate the need for individual packaging of the integrated circuits but now the interconnections are generally closer together and must be considered as a coupled system. Therefore it is very important to have a general method of analysing multiconductor transmission line structures as found in high speed logic systems. [Continues.
Abstract60-70% of the power generated is lost during transmission and distribution phase. Out of thi...
The predominant direction of modern electronic system design is towards higher speed and efficiency....
Using the frequency-dependent transmission line parameters, two time-domain models are developed for...
Design of Printed Wire Boards (PWB) for high speed circuits requires careful analysis of signal tran...
This thesis addresses modeling and simulation of high speed interconnects. Both a full transmission ...
A new method is presented for the analysis of interconnections on high-speed LSI/VLSI chips. Interco...
In this paper, a novel technique is presented for the computation of multiconductor transmission lin...
The exponential shrinking of the feature size, together with the consistent growth of the chip size ...
A quasi-TM reciprocity based multi-conductor transmission line model is used to investigate the infl...
This thesis submitted in partial fulfillment of the requirements for the degree of B.Sc in Electrica...
Presented here is an alternative methodology to the development of transmission line models for mult...
The major problem in the design and implementation of very high speed communication systems using mu...
Interconnect lines, which connect components on a chip, can exhibit transmission line properties. Se...
Graduation date: 1995With edge rates of high speed digital devices pushing into the sub-nano second\...
Abstract—We explore two schemes using transmission-line (T-line) to achieve high-performance global ...
Abstract60-70% of the power generated is lost during transmission and distribution phase. Out of thi...
The predominant direction of modern electronic system design is towards higher speed and efficiency....
Using the frequency-dependent transmission line parameters, two time-domain models are developed for...
Design of Printed Wire Boards (PWB) for high speed circuits requires careful analysis of signal tran...
This thesis addresses modeling and simulation of high speed interconnects. Both a full transmission ...
A new method is presented for the analysis of interconnections on high-speed LSI/VLSI chips. Interco...
In this paper, a novel technique is presented for the computation of multiconductor transmission lin...
The exponential shrinking of the feature size, together with the consistent growth of the chip size ...
A quasi-TM reciprocity based multi-conductor transmission line model is used to investigate the infl...
This thesis submitted in partial fulfillment of the requirements for the degree of B.Sc in Electrica...
Presented here is an alternative methodology to the development of transmission line models for mult...
The major problem in the design and implementation of very high speed communication systems using mu...
Interconnect lines, which connect components on a chip, can exhibit transmission line properties. Se...
Graduation date: 1995With edge rates of high speed digital devices pushing into the sub-nano second\...
Abstract—We explore two schemes using transmission-line (T-line) to achieve high-performance global ...
Abstract60-70% of the power generated is lost during transmission and distribution phase. Out of thi...
The predominant direction of modern electronic system design is towards higher speed and efficiency....
Using the frequency-dependent transmission line parameters, two time-domain models are developed for...