Crosstalk between printed circuit board (PCB) traces in switching power supplies may cause high electromagnetic interference emission. PCB layout plays an important part and a genetic algorithm (GA) is used to produce a layout with reduced crosstalk. A coupling index and a new way of representing a trace for the GA process is presented.published_or_final_versio
This paper introduces a new High/Low-Z trace configuration to reduce far-end crosstalk in adjacent p...
Abstract: Crosstalk appears in different electronics and electrical ckts. and chip design. The reaso...
Three algorithms developed for expert system electromagnetic compatibility tools are used to evaluat...
Parasitic capacitance between printed traces have severe influence on EMC performance of switching p...
Parasitic capacitance between printed traces have severe influence on EMC performance of switching p...
Parasitic capacitance between PCB traces have severe have severe influence on EMC performance of swi...
In switching converter circuits, EM noise can couple between PCB traces through the effect of electr...
The use of deep-submicrometer (DSM) technology increases the capacitive coupling between adjacent wi...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
International audienceThis paper proposes an optimization approach for an automatic buck converter p...
Stacked-card and modules-on-backplane printed circuit-board geometries are advantageous for conservi...
High-speed digital systems are moving to higher data rates and smaller supply voltages as the scale ...
A genetic algorithm (GA)-based method is proposed for simultaneous optimization of decoupling capaci...
In Section 1, the focus is on alleviating the modeling challenges by breaking the overall geometry i...
The brief review of existing programs of the analysis of electromagnetic compatibility for circuits ...
This paper introduces a new High/Low-Z trace configuration to reduce far-end crosstalk in adjacent p...
Abstract: Crosstalk appears in different electronics and electrical ckts. and chip design. The reaso...
Three algorithms developed for expert system electromagnetic compatibility tools are used to evaluat...
Parasitic capacitance between printed traces have severe influence on EMC performance of switching p...
Parasitic capacitance between printed traces have severe influence on EMC performance of switching p...
Parasitic capacitance between PCB traces have severe have severe influence on EMC performance of swi...
In switching converter circuits, EM noise can couple between PCB traces through the effect of electr...
The use of deep-submicrometer (DSM) technology increases the capacitive coupling between adjacent wi...
Stacked-card and modules-on-backplane printed circuit board geometries are advantageous for conservi...
International audienceThis paper proposes an optimization approach for an automatic buck converter p...
Stacked-card and modules-on-backplane printed circuit-board geometries are advantageous for conservi...
High-speed digital systems are moving to higher data rates and smaller supply voltages as the scale ...
A genetic algorithm (GA)-based method is proposed for simultaneous optimization of decoupling capaci...
In Section 1, the focus is on alleviating the modeling challenges by breaking the overall geometry i...
The brief review of existing programs of the analysis of electromagnetic compatibility for circuits ...
This paper introduces a new High/Low-Z trace configuration to reduce far-end crosstalk in adjacent p...
Abstract: Crosstalk appears in different electronics and electrical ckts. and chip design. The reaso...
Three algorithms developed for expert system electromagnetic compatibility tools are used to evaluat...