This paper introduces the vehicle fuel cell system and EMC test methods, and systematically analyses the research progress of EMC test standards for the automotive industry and fuel cell system. Taking the air compressor controller of the fuel cell system as an example, this study puts forward a method for formulating the electromagnetic compatibility test standard of the vehicle fuel cell system, and gives suggestions for formulating the relevant series of standards
The new era of safety related electronic systems in vehicles puts new demands on the manufacturer to...
International audienceTo this day, numerous converter topologies have been developed to meet differe...
Over the past three years, Electromagnetic Compatibility (EMC) has emerged as a critical aspect of e...
This paper introduces the vehicle fuel cell system and EMC test methods, and systematically analyses...
The electromagnetic characteristics of FCEVs(fuel cell electric vehicles) are much different from th...
Electromagnetic compatibility (EMC) testing in automotive industry covers the following test methods...
The development and testing of automotive (sub)systems, particularly for Electromagnetic Compatibili...
FCTESTNET (Fuel Cell Testing and Standardization Network) is an ongoing European network project wit...
ABSTRACT FCTESTNET (Fuel Cell Testing and Standardization Network) is an ongoing European network pr...
This paper describes the main challenges related to power converters in a scientific environment. I...
Abstract. The fact of reduced development time in the auto-motive sector requires a change in the el...
The electrically propelled vehicle (this term encompasses battery-electric, hybrid and fuel cell veh...
Products containing electronics must generally be tested for electromagnetic susceptibility, as part...
The electromagnetic characteristics of FCEVs (fuel cell electric vehicles) are much different from t...
This article describes differences in the requirements of the electromagnetic compatibility test inc...
The new era of safety related electronic systems in vehicles puts new demands on the manufacturer to...
International audienceTo this day, numerous converter topologies have been developed to meet differe...
Over the past three years, Electromagnetic Compatibility (EMC) has emerged as a critical aspect of e...
This paper introduces the vehicle fuel cell system and EMC test methods, and systematically analyses...
The electromagnetic characteristics of FCEVs(fuel cell electric vehicles) are much different from th...
Electromagnetic compatibility (EMC) testing in automotive industry covers the following test methods...
The development and testing of automotive (sub)systems, particularly for Electromagnetic Compatibili...
FCTESTNET (Fuel Cell Testing and Standardization Network) is an ongoing European network project wit...
ABSTRACT FCTESTNET (Fuel Cell Testing and Standardization Network) is an ongoing European network pr...
This paper describes the main challenges related to power converters in a scientific environment. I...
Abstract. The fact of reduced development time in the auto-motive sector requires a change in the el...
The electrically propelled vehicle (this term encompasses battery-electric, hybrid and fuel cell veh...
Products containing electronics must generally be tested for electromagnetic susceptibility, as part...
The electromagnetic characteristics of FCEVs (fuel cell electric vehicles) are much different from t...
This article describes differences in the requirements of the electromagnetic compatibility test inc...
The new era of safety related electronic systems in vehicles puts new demands on the manufacturer to...
International audienceTo this day, numerous converter topologies have been developed to meet differe...
Over the past three years, Electromagnetic Compatibility (EMC) has emerged as a critical aspect of e...