Search results for "cable filtering"

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Performance Study of Split Ferrite Cores Designed for EMI Suppression on Cables

2020

The ideal procedure to start designing an electronic device is to consider the electromagnetic compatibility (EMC) from the beginning. Even so, EMC problems can appear afterward, especially when the designed system is interconnected with external devices. Thereby, electromagnetic interferences (EMIs) could be transmitted to our device from power cables that interconnect it with an external power source or are connected to another system to establish wired communication. The application of an EMI suppressor such as a sleeve core that encircles the cables is a widely used technique to attenuate EM disturbances. This contribution is focused on the characterization of a variation of this cable …

Materials scienceComputer Networks and Communicationsgaplcsh:TK7800-8360Mechanical engineeringsplit-core02 engineering and technologynanocrystalline (NC)01 natural sciencescable filteringEMI0103 physical sciences0202 electrical engineering electronic engineering information engineeringElectrical and Electronic EngineeringWired communicationElectrical impedance010302 applied physicsInterconnectionEnginyeria elèctricalcsh:ElectronicsElectromagnetic compatibilityrelative permeabilityelectromagnetic interference (EMI) suppressors020206 networking & telecommunicationsFerrite coreFinite element methodPower (physics)snap ferritesleeve ferrite coresHardware and ArchitectureControl and Systems EngineeringimpedanceSignal ProcessingDC currents
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Novel nanocrystalline cores for EMI suppression in cables: characterization methodology and performance study

2021

El control de las interferencias electromagnéticas (EMI) en dispositivos electrónicos es un problema cada vez mayor al que se enfrentan los diseñadores para garantizar que los dispositivos cumplan con los requisitos de compatibilidad electromagnética (EMC) para operar simultáneamente sin inferir entre sí. Este hecho se debe a la tendencia hacia una mayor integración de componentes, la reducción del tamaño y grosor de las placas de circuito impreso (PCB) y la miniaturización de las carcasas de los dispositivos. Además, otros factores como el empleo de frecuencias de conmutación más altas en los convertidores de potencia y las velocidades de datos de comunicación en los circuitos digitales. C…

cable filtering:CIENCIAS TECNOLÓGICAS [UNESCO]ceramic materialsinsertion lossimpedancerelative permeabilitynanocrystallinefinite element method simulationUNESCO::CIENCIAS TECNOLÓGICASelectromagnetic compatibilityelectromagnetic interference suppressors
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