International audienceCoupling noise between adjacent interconnect lines has become more significant in deep submicron technologies. From an electromagnetic analysis, this coupling noise is determined with respect to the different parameters and a comparison is made between distributed RC and RLC models to represent the interconnection. It is shown that the inductive effects cannot be neglected and a corrective term is proposed to improve the accuracy of the RC model. Our analytical expression is validated through the different parameters involved
In deep submicron technologies, the verification task has to cover some new issues to certify the co...
Abstract—Novel compact expressions that describe the transient response of high-speed resistance, in...
Abstract—The goal of this work was to simulate the effect of the finite conductivity of semiconducto...
International audienceCoupling noise between adjacent interconnect lines has become more significant...
International audienceRapid progress in integrated circuit technology has led to an increase in swit...
International audienceConstant evolution in integrated circuit technology has led to an increase in ...
Abstract: As develops in deep sub-micron designs, the interconnect crosstalk becomes much more serio...
Analytical compact-form models for the signal transients and crosstalk noise of inductive-effect-pro...
Abstract—Analytical compact form models for the signal transients and crosstalk noise of inductive-e...
Abstract — An effective mutual inductance is proposed in this paper to efficiently describe the indu...
As the technology enters into deep sub-micron region, signal integrity is becoming a very crucial pa...
Abstract—Analytical compact-form models for the signal tran-sients and crosstalk noise of inductive-...
[[abstract]]© 2005 Oxford University Press - A method is proposed to compute moments of distributed ...
AbstractThis paper proposes a much improved, accurate, fast and simple crosstalk model for coupled i...
A complete modal analysis is introduced to derive the crosstalk voltage waveform in multiconductor c...
In deep submicron technologies, the verification task has to cover some new issues to certify the co...
Abstract—Novel compact expressions that describe the transient response of high-speed resistance, in...
Abstract—The goal of this work was to simulate the effect of the finite conductivity of semiconducto...
International audienceCoupling noise between adjacent interconnect lines has become more significant...
International audienceRapid progress in integrated circuit technology has led to an increase in swit...
International audienceConstant evolution in integrated circuit technology has led to an increase in ...
Abstract: As develops in deep sub-micron designs, the interconnect crosstalk becomes much more serio...
Analytical compact-form models for the signal transients and crosstalk noise of inductive-effect-pro...
Abstract—Analytical compact form models for the signal transients and crosstalk noise of inductive-e...
Abstract — An effective mutual inductance is proposed in this paper to efficiently describe the indu...
As the technology enters into deep sub-micron region, signal integrity is becoming a very crucial pa...
Abstract—Analytical compact-form models for the signal tran-sients and crosstalk noise of inductive-...
[[abstract]]© 2005 Oxford University Press - A method is proposed to compute moments of distributed ...
AbstractThis paper proposes a much improved, accurate, fast and simple crosstalk model for coupled i...
A complete modal analysis is introduced to derive the crosstalk voltage waveform in multiconductor c...
In deep submicron technologies, the verification task has to cover some new issues to certify the co...
Abstract—Novel compact expressions that describe the transient response of high-speed resistance, in...
Abstract—The goal of this work was to simulate the effect of the finite conductivity of semiconducto...