New analytical expressions are proposed for the prediction of the frequency dependence of the characteristic oddmode impedance of differential interconnects. The classical microwave definition is reviewed as well as analytical formulations available in literature. A two dimensional Finite Difference Frequency Domain method is applied to compare the results and check the accuracy of the proposed expressions
In this work, the accurate representation of transmission lines for the digital simulation of electr...
Abstracl-The loss of multi-layer printed circuit board (PCB) becomes a crucial problem and lacks pre...
In this paper we extract the characteristic impedance of Back End Of Line (BEOL) interconnections f...
Analytical models of high-speed interconnects are becoming increasingly important due to the large n...
In high voltage transmission lines, shield wires are periodically grounded and can be periodically s...
Existing two-dimensional definitions of characteristic imped-ance can result in a wide range of valu...
We propose an accurate and efficient model of having an unbalanced differential line structure, wher...
Abstract. Linear lossy two-conductor transmission line can be modelled as dynamic two ports in the t...
The frequency-dependent characteristics of lossy interconnections such as on-chip metallization and ...
Signal layer transitions in differential lines are modeled using both FDTD and equivalent circuit me...
In this paper, the effects of undesired asymmetry and nonuniformity on differential line (DL) circui...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
Abstract—This paper experimentally and theoretically con-firms the validity of the definition propos...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
This work investigates the mechanism of generation of undesired common-mode (CM) currents in differe...
In this work, the accurate representation of transmission lines for the digital simulation of electr...
Abstracl-The loss of multi-layer printed circuit board (PCB) becomes a crucial problem and lacks pre...
In this paper we extract the characteristic impedance of Back End Of Line (BEOL) interconnections f...
Analytical models of high-speed interconnects are becoming increasingly important due to the large n...
In high voltage transmission lines, shield wires are periodically grounded and can be periodically s...
Existing two-dimensional definitions of characteristic imped-ance can result in a wide range of valu...
We propose an accurate and efficient model of having an unbalanced differential line structure, wher...
Abstract. Linear lossy two-conductor transmission line can be modelled as dynamic two ports in the t...
The frequency-dependent characteristics of lossy interconnections such as on-chip metallization and ...
Signal layer transitions in differential lines are modeled using both FDTD and equivalent circuit me...
In this paper, the effects of undesired asymmetry and nonuniformity on differential line (DL) circui...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
Abstract—This paper experimentally and theoretically con-firms the validity of the definition propos...
Abstract. A new analytical method to calculate the characteristic impedance of transmission lines em...
This work investigates the mechanism of generation of undesired common-mode (CM) currents in differe...
In this work, the accurate representation of transmission lines for the digital simulation of electr...
Abstracl-The loss of multi-layer printed circuit board (PCB) becomes a crucial problem and lacks pre...
In this paper we extract the characteristic impedance of Back End Of Line (BEOL) interconnections f...