Closed-form expressions of radiated emissions from power distribution networks (PDNs) in packages are derived based on the equivalent lumped-circuit model. The expressions are validated with results from full-wave numerical computations and far-field measurements. The effects of the small planar PDN structures on radiated emissions are quantitatively investigated based on the sensitivity analysis. Using the closed-form expressions, a systematic procedure for developing quantified PDN design guidelines to suppress the radiated emissions is formulated, which is then demonstrated with a test prototype PDN. The method allows the electromagnetic compatibility aware PDN design in the initial design stage.clos
Anticipating integrated-system performance often requires full-wave electromagnetic simulations. Com...
Accurate Power Distribution Network (PDN) design is crucial for Signal/Power Integrity (SI/PI) and E...
M.Ing.Electromagnetic Compatibility (EMC) of electronic equipment is currently an important design p...
Several solutions to decrease the propagation of simultaneous switching noise (SSN) in power distrib...
The radiated emissions from the planar power distribution network (PDN) with decoupling capacitors a...
The reduction in radiated electromagnetic field of printed circuit board with active components and ...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
This work evaluates the effects of conducted and radiated EMI due to improperly designed circuits or...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
Power noise is one of the key signal integrity problems. Unlike the design of signal paths, where th...
International audienceThis paper investigates the impact of the design of a power module on its EMI ...
This paper proposes a simplified computational method for estimating radiated electromagnetic interf...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
The presented paper develops investigation and simulation methods to analyse the production and the ...
Anticipating integrated-system performance often requires full-wave electromagnetic simulations. Com...
Accurate Power Distribution Network (PDN) design is crucial for Signal/Power Integrity (SI/PI) and E...
M.Ing.Electromagnetic Compatibility (EMC) of electronic equipment is currently an important design p...
Several solutions to decrease the propagation of simultaneous switching noise (SSN) in power distrib...
The radiated emissions from the planar power distribution network (PDN) with decoupling capacitors a...
The reduction in radiated electromagnetic field of printed circuit board with active components and ...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
This work evaluates the effects of conducted and radiated EMI due to improperly designed circuits or...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
In this paper, a method for modeling power delivery networks (PDN) is used to explore design guideli...
Power noise is one of the key signal integrity problems. Unlike the design of signal paths, where th...
International audienceThis paper investigates the impact of the design of a power module on its EMI ...
This paper proposes a simplified computational method for estimating radiated electromagnetic interf...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
The presented paper develops investigation and simulation methods to analyse the production and the ...
Anticipating integrated-system performance often requires full-wave electromagnetic simulations. Com...
Accurate Power Distribution Network (PDN) design is crucial for Signal/Power Integrity (SI/PI) and E...
M.Ing.Electromagnetic Compatibility (EMC) of electronic equipment is currently an important design p...