A method of substituting an electronic module with its Huygens box representation for the purpose of calculating the emitted field is discussed. It is pointed out that nearby obstacles may have harmful effect on the accuracy of such method. This is subsequently proven by performing finite-difference time-domain simulations on a simplified model of a printed circuit board (PCB) with a parallel open-ended cable in the vicinity. A solution to the problem is proposed: inclusion of the reduced model of the module inside the Huygens box, e.g. only the ground plane of the PCB. It is demonstrated that the described solution has the potential to decrease the errors to acceptable levels
The problems of electronics product because of electromagnetic incompatibility are in-creasing const...
This work introduces a novel method to include the passive structure of a printed circuit board into...
As we transition to 5G and beyond, the frequencies increase and the efficiency of the antennas becom...
It has been suggested that it is possible to replace printed circuit boards with a Huygens' box (HB)...
A scenario of a generic printed circuit board (PCB) representing an electronic module inside a metal...
The Huygens' box (HB) method of replacing an arbitrary module inside an electronic apparatus with a ...
Near-field scan on a Huygens’ box can be used in order to predict the maximal radiated emission from...
The recently studied Huygens' box method has difficulties when radiation of an electronic module is ...
Model of a generic printed circuit board (PCB) in a presence of a finite-sizedmetallic ground plane ...
The perturbation of near-fields scan from connected cables are investigated and how to handle the ca...
Near-field scan on a Huygens\u27 box can be used in order to predict the maximal radiated emission f...
Far-field prediction for electromagnetic interference (EMI) testing is achieved using only magnetic ...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
For electronic systems EMC measurements are unavoidable whereas they have to be performed at an expe...
Characterization of electromagnetic emissions from printed circuit boards (PCBs) is an important iss...
The problems of electronics product because of electromagnetic incompatibility are in-creasing const...
This work introduces a novel method to include the passive structure of a printed circuit board into...
As we transition to 5G and beyond, the frequencies increase and the efficiency of the antennas becom...
It has been suggested that it is possible to replace printed circuit boards with a Huygens' box (HB)...
A scenario of a generic printed circuit board (PCB) representing an electronic module inside a metal...
The Huygens' box (HB) method of replacing an arbitrary module inside an electronic apparatus with a ...
Near-field scan on a Huygens’ box can be used in order to predict the maximal radiated emission from...
The recently studied Huygens' box method has difficulties when radiation of an electronic module is ...
Model of a generic printed circuit board (PCB) in a presence of a finite-sizedmetallic ground plane ...
The perturbation of near-fields scan from connected cables are investigated and how to handle the ca...
Near-field scan on a Huygens\u27 box can be used in order to predict the maximal radiated emission f...
Far-field prediction for electromagnetic interference (EMI) testing is achieved using only magnetic ...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
For electronic systems EMC measurements are unavoidable whereas they have to be performed at an expe...
Characterization of electromagnetic emissions from printed circuit boards (PCBs) is an important iss...
The problems of electronics product because of electromagnetic incompatibility are in-creasing const...
This work introduces a novel method to include the passive structure of a printed circuit board into...
As we transition to 5G and beyond, the frequencies increase and the efficiency of the antennas becom...