Andere Kunden interessierten sich auch für
![Analysis of Cuk Converter for Wind Energy Conversion System]( "Analysis of Cuk Converter for Wind Energy Conversion System")
Analysis of Cuk Converter for Wind Energy Conversion System23,99 €![MLI with Simplified Control Strategy for DER Integration with DS]( "MLI with Simplified Control Strategy for DER Integration with DS")
MLI with Simplified Control Strategy for DER Integration with DS26,99 €![Design Topologies for Hybrid Boosting Converter]( "Design Topologies for Hybrid Boosting Converter")
Design Topologies for Hybrid Boosting Converter39,99 €![Controllers for Fuel Cells and Solar Cells]( "Controllers for Fuel Cells and Solar Cells")
Controllers for Fuel Cells and Solar Cells36,99 €![Cascaded H-bridge Inverter Control for Grid Connected DC Power Source]( "Cascaded H-bridge Inverter Control for Grid Connected DC Power Source")
Cascaded H-bridge Inverter Control for Grid Connected DC Power Source46,99 €![PREDICTIVE CONTROL FOR RENEWABLE ENERGY BASED AC MICROGRIDS]( "PREDICTIVE CONTROL FOR RENEWABLE ENERGY BASED AC MICROGRIDS")
PREDICTIVE CONTROL FOR RENEWABLE ENERGY BASED AC MICROGRIDS29,99 €![3 phase 9 level inverter with a minimum number of components EP]( "3 phase 9 level inverter with a minimum number of components EP")
3 phase 9 level inverter with a minimum number of components EP26,99 €
A DC-DC converter with a high step-up voltage gain is used for many applications, such as high-intensity discharge lamp ballasts for automobile head lamps, fuel cell energy conversion systems, solar-cell energy conversion systems and battery backup systems for uninterruptible power supplies. Theoretically, a dc-dc boost converter can achieve a high step-up voltage gain with an extremely high duty ratio. However, in practice, the step-up voltage gain is limited due to the effect of power switches, rectifier diodes and the equivalent series resistance (ESR) of inductors and capacitors.