Accurate end-to-end power integrity simulations require models that include every
component in the power distribution network (PDN), from voltage regulator modules (VRMs) …

Accurate end-to-end power integrity simulations require models that include every
component in the power distribution network, including voltage regulator modules (VRMs) …

The goal of a well-designed power delivery network (PDN) is to deliver desired voltage level
from the source to destination, in other words, to minimize voltage noise and errors delivered …

With decreasing supply voltage level and massive demanding current on system chipset,
power integrity design becomes more and more critical for system stability. The ultimate goal …

A transient simulation analysis is proposed for printed circuit board (PCB) power distribution
network (PDN) by using physics based circuit model. The PCB PDN is divided into different …

The voltage regulator module (VRM) forms the foundation of the power distribution network.
The most efficient method of optimizing the VRM design is simulation. While there are …

We present a unique virtual testbed that combines a data-plane programmable network
emulator and a power distribution system simulator to evaluate smart grid security and …

The inclusion of distributed renewable energy sources, new goals of efficiency and
reliability, and the technological advancement of the power grid has led to a significant …

In this work, we present a generic co-simulation platform that allows researchers to evaluate
and test the effects of communication networks within distribution systems to support …

In this paper, a power distribution network analysis of a system card integrating a circuit
model of a voltage regulator, an extracted printed circuit board power distribution, and a …