An analytical method to calculate the electric- and magnetic fields near a planar PDN with decoupling capacitors has been proposed. Magnetic current source along the plane edges with multiple decoupling capacitors is calculated using the cavity resonant model. The electric- and magnetic fields in the near field region calculated from the magnetic currents are validated with the results obtained using PEEC method
The simultaneous switching noise (SSN) in a multilayer power delivery network (PDN) is a critical pr...
A prediction model of low frequency, low impedance magnetic fields around conductive shield configur...
Near-field scanning has often been used to measure and characterize magnetic fields surrounding indi...
The radiated emissions from the planar power distribution network (PDN) with decoupling capacitors a...
A semi-analytical method is proposed to evaluate the effectiveness of a decoupling capacitor on reso...
An analytical model is developed for the driving point impedance of a power pin for the evaluation o...
International audienceCharacterization of electromagnetic interference (EMI) between two powerelectr...
International audienceIn this article, we present an efficient modeling of sources of electromagneti...
A new method is developed to assess the effectiveness of local decoupling capacitors on parallel-pla...
The paper presents an efficient methodology to characterize electromagnetic disturbances radiated fr...
As electronic products become more and more complicated, multiple noise sources very likely interfer...
The segmentation method used for the analysis of arbitrarily shaped planar structures is extended to...
Decoupling capacitors are used to suppress high-frequency noise in power distribution networks. The ...
The finite element method is applied to compute the distributed capacitance and inductance matrices ...
This paper presents a study of the magnetic near field produced by an inductive power transfer (IPT)...
The simultaneous switching noise (SSN) in a multilayer power delivery network (PDN) is a critical pr...
A prediction model of low frequency, low impedance magnetic fields around conductive shield configur...
Near-field scanning has often been used to measure and characterize magnetic fields surrounding indi...
The radiated emissions from the planar power distribution network (PDN) with decoupling capacitors a...
A semi-analytical method is proposed to evaluate the effectiveness of a decoupling capacitor on reso...
An analytical model is developed for the driving point impedance of a power pin for the evaluation o...
International audienceCharacterization of electromagnetic interference (EMI) between two powerelectr...
International audienceIn this article, we present an efficient modeling of sources of electromagneti...
A new method is developed to assess the effectiveness of local decoupling capacitors on parallel-pla...
The paper presents an efficient methodology to characterize electromagnetic disturbances radiated fr...
As electronic products become more and more complicated, multiple noise sources very likely interfer...
The segmentation method used for the analysis of arbitrarily shaped planar structures is extended to...
Decoupling capacitors are used to suppress high-frequency noise in power distribution networks. The ...
The finite element method is applied to compute the distributed capacitance and inductance matrices ...
This paper presents a study of the magnetic near field produced by an inductive power transfer (IPT)...
The simultaneous switching noise (SSN) in a multilayer power delivery network (PDN) is a critical pr...
A prediction model of low frequency, low impedance magnetic fields around conductive shield configur...
Near-field scanning has often been used to measure and characterize magnetic fields surrounding indi...