A novel modal signal decoupling algorithm for multi-coupled transmission lines is developed Since the proposed method exploits a set of basis vectors associated with the characteristic impedances of the transmission line system, these multi-coupled signals can be efficiently decoupled regardless of dielectric media and conductors Thus, compact forms of the signal integrity verification CAD models for multi-coupled transmission lines can be readily determined It is shown that the analytical models are in excellent agreement with those obtained with SPICE simulation and its computation time is much faster than the conventional macro model (W-model) in the order of twoThis work was supported by the Korea Science and Engineering Foundation (KOS...
Abstract — We present a method for fast analysis of signal and power integrity based on a recently d...
Differential signaling gives high noise immunity, especially for critical signals in highspeed desig...
The phases of a transmission line are tightly coupled due to mutual impedances and admittances of th...
Modal analysis is widely approached in the classic theory of power systems modelling. This technique...
A new model for multi-conductor transmission lines is proposed based on an alternative modal decoupl...
Design of Printed Wire Boards (PWB) for high speed circuits requires careful analysis of signal tran...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
Modal analysis is widely approached in the classic theory of transmission line modeling. This techni...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
The present paper proposes a compact representation for the transmission line models based on modal ...
This paper presents a systematic methodology for the system-level assessment of signal integrity and...
The phases of a transmission line are tightly coupled due to mutual impedances and admittances of th...
An efficient signal integrity verification method of coupled interconnect lines is presented. Two co...
This paper proposes an alternative multiconductor transmission line model that combines the folded l...
Abstract — We present a method for fast analysis of signal and power integrity based on a recently d...
Differential signaling gives high noise immunity, especially for critical signals in highspeed desig...
The phases of a transmission line are tightly coupled due to mutual impedances and admittances of th...
Modal analysis is widely approached in the classic theory of power systems modelling. This technique...
A new model for multi-conductor transmission lines is proposed based on an alternative modal decoupl...
Design of Printed Wire Boards (PWB) for high speed circuits requires careful analysis of signal tran...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
Modal analysis is widely approached in the classic theory of transmission line modeling. This techni...
This paper describes a computational model based on lumped elements for the mutual coupling between ...
The present paper proposes a compact representation for the transmission line models based on modal ...
This paper presents a systematic methodology for the system-level assessment of signal integrity and...
The phases of a transmission line are tightly coupled due to mutual impedances and admittances of th...
An efficient signal integrity verification method of coupled interconnect lines is presented. Two co...
This paper proposes an alternative multiconductor transmission line model that combines the folded l...
Abstract — We present a method for fast analysis of signal and power integrity based on a recently d...
Differential signaling gives high noise immunity, especially for critical signals in highspeed desig...
The phases of a transmission line are tightly coupled due to mutual impedances and admittances of th...