Numerical simulations are used to quantify the effects of fixes such as EMI filter and grounding solutions for reducing the radiated emission from a PCB with an attached cable in a complex digital system. The numerical models adopted in the full-wave simulations of a basic PCB with an attached cable are validated by comparison with an analytical approach. The investigation shows that to reduce the radiated emission from an unshielded cable attached to a PCB placed within a shielded box, the best solution is to use common-mode filters, and connect the PCB ground plane to the chassis by a suitable number of stitches
One of the most important issues for the assessment of EMI/EMC of modern electronic systems is the c...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
The rapid progress of technology has imposed significant challenges on Printed Circuit Boards (PCB) ...
Abstract—An electronic product has to comply with a myriad of EMC requirements before it can be mark...
This paper reviews the basic mechanisms through which voltage and currents signals in printed circui...
With highly requirement for electromagnetic compatibility (EMC) target, effective controlling of rad...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
Abstract — This paper investigates the effect of grounding posts when printed circuit boards are mou...
The thesis consists of two sections. Section 1 of the thesis describes a method for detecting and id...
A comprehensive experimental study of the impact of attached wire of a PCB on overall EMI radiation ...
Electromagnetic radiation for a commercial printed circuit board (PCB) connector is investigated in ...
The problem of the radiated emission from printed circuit boards, (PCBs) is theoretically and experi...
Electromagnetic Compatibility (EMC) is the capability of the device or the system to perform its wor...
A procedure for diagnosing and modeling radiation from printed circuit boards with attached cables i...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
One of the most important issues for the assessment of EMI/EMC of modern electronic systems is the c...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
The rapid progress of technology has imposed significant challenges on Printed Circuit Boards (PCB) ...
Abstract—An electronic product has to comply with a myriad of EMC requirements before it can be mark...
This paper reviews the basic mechanisms through which voltage and currents signals in printed circui...
With highly requirement for electromagnetic compatibility (EMC) target, effective controlling of rad...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
Abstract — This paper investigates the effect of grounding posts when printed circuit boards are mou...
The thesis consists of two sections. Section 1 of the thesis describes a method for detecting and id...
A comprehensive experimental study of the impact of attached wire of a PCB on overall EMI radiation ...
Electromagnetic radiation for a commercial printed circuit board (PCB) connector is investigated in ...
The problem of the radiated emission from printed circuit boards, (PCBs) is theoretically and experi...
Electromagnetic Compatibility (EMC) is the capability of the device or the system to perform its wor...
A procedure for diagnosing and modeling radiation from printed circuit boards with attached cables i...
A two-step methodology for predicting the radiated fields from lines radiating in the presence of co...
One of the most important issues for the assessment of EMI/EMC of modern electronic systems is the c...
The issue of electromagnetic compatibility compliance is crucial during the design process of digita...
The rapid progress of technology has imposed significant challenges on Printed Circuit Boards (PCB) ...