Segmental lumped circuits are derived from coupled transmission line model for a narrow slot on the power bus. Both electric and magnetic coupling are taken into account by distributed inductances and capacitances. Then a SPICE- compatible circuit model for the power bus with the narrow slot is proposed. In this model, the segmental lumped circuits are connected to the equivalent circuit, which is derived by a hybrid cavity model and segmentation method for irregular power/ground planes. The model is validated by comparing with the calculations of finite element method (FEM) for the self or mutual impedances of the two port networks located in the power bus
Large area fills or entire planes constitute the backbone of the power delivery network in multi-lay...
This paper focuses on the modeling method of common interconnects which act as coupling channels in ...
The power distribution network in a printed circuit board (PCB) is an effective path for high-speed ...
A coupled transmission line model for narrow slot structures in DC power planes is proposed. This ap...
Power bus resonance characteristics of a gapped power-plane with a slit and a split power-plane with...
Power bus structures consisting of two parallel conducting planes are widely used on high-speed prin...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
Power bus resonance characteristics of a gapped power-plane with a slit and a split power-plane with...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
This paper analyzes the fundamental behavior of PCB power bus structures using the modal expansion m...
The simultaneous switching noise (SSN) in a multilayer power delivery network (PDN) is a critical pr...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
DC power bus design is critical in meeting signal integrity (SI) and electromagnetic compatibility (...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
Large area fills or entire planes constitute the backbone of the power delivery network in multi-lay...
This paper focuses on the modeling method of common interconnects which act as coupling channels in ...
The power distribution network in a printed circuit board (PCB) is an effective path for high-speed ...
A coupled transmission line model for narrow slot structures in DC power planes is proposed. This ap...
Power bus resonance characteristics of a gapped power-plane with a slit and a split power-plane with...
Power bus structures consisting of two parallel conducting planes are widely used on high-speed prin...
All in-text references underlined in blue are linked to publications on ResearchGate, letting you ac...
Power bus resonance characteristics of a gapped power-plane with a slit and a split power-plane with...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
Power-return plane pairs in printed circuit boards are often modeled as resonant cavities. Cavity mo...
This paper analyzes the fundamental behavior of PCB power bus structures using the modal expansion m...
The simultaneous switching noise (SSN) in a multilayer power delivery network (PDN) is a critical pr...
A time domain approach to investigate and predict impedances and scattering parameters of a DC power...
DC power bus design is critical in meeting signal integrity (SI) and electromagnetic compatibility (...
The maximum coupling between printed circuit board components connected to the same power-ground pla...
Large area fills or entire planes constitute the backbone of the power delivery network in multi-lay...
This paper focuses on the modeling method of common interconnects which act as coupling channels in ...
The power distribution network in a printed circuit board (PCB) is an effective path for high-speed ...