Counterfeiting has unfortunately become a worldwide epidemic affecting electronic systems
from consumer goods to military equipment, which seriously jeopardizes system security …

This article presents an efficient methodology based on boundary integration to calculate the
dc and ac impedance of power distribution networks (PDNs) for arbitrary-shape and …

The current demand in Power Distribution Network (PDN) design is characterized by the
accurate placement of decoupling capacitors and the minimization of their number aimed at …

A physics-based circuit modeling methodology for system-level power integrity (PI) analysis
and design is presented herein. The modeling methodology is based on representing the …

A new concept of target impedance which directly correlates the I/O buffer output jitter with
the power distribution network (PDN) design is proposed. Jitter-ware target impedance is …

Power distribution network (PDN) is essential in electronic systems to provide reliable power
for load devices. Thus, modeling of PDNs in printed circuit boards and packages has been …

Power distribution network (PDN) design in high speed digital systems is a critical challenge
for system performance. Common design methodologies refer to guidelines and …

A modeling methodology to calculate the decoupling capacitor interconnect inductance in a
multi-layer PCB is proposed herein. The methodology is based on the resonant cavity model …

A power distribution network (PDN) is essential in electronic systems to provide reliable
power for load devices. With faster load transient current and lower voltage tolerance margin …

A physics-based circuit modeling methodology is proposed in this paper for system level
power integrity (PI) analysis. The circuit model is extracted by following the current paths in …