Intelligent Charging Circuits
Inteligentní nabíjecí obvody
Authors
Supervisors
Reviewers
Editors
Other contributors
Journal Title
Journal ISSN
Volume Title
Publisher
České vysoké učení technické v Praze
Czech Technical University in Prague
Czech Technical University in Prague
Date
Abstract
Cílem této bakaláské práce je popsat vlastnosti jednotlivých druh akumulátor, zmit a ovit jejich nabíjecí a vybíjecí charakteristiky, vyhledat dostupné mode rní obvody, pro konstrukci nabíjeek a seznámit se s jejich zapojeními. Hlavní ástí práce je sestavení nabíjee lánk na bázi lithia s obvodem MAX1811, zmení nabíjecích charakteristik zkonstruovaného nabíjee a vypotení kapacity jím nabitých akumulátor. Dále práce obsahuje rozbor namených nabíjecích a vybíjecích charakteristik akumulátor Ni-Cd, Ni-MH, Li-Ion, Li-Pol automatickým nabíjeem Shark20
The target of this baccalaureate thesis is to describe the proprieties of the individual types of batteries. To measure and verify their charging and discharging character istics. To search the accessible modern circuits for the construction of the chargers and to familiarize with their connecting. The main part of this thesis consist in the setting up of the charger of lithium battery with MAX1811. Measuring of the charging characteristics of the manuf actured charger. Calculation of the capacity of the lithium batteries charged by a.m . charger. The thesis contains, as well, the analysis of the measured charging and discharging charact eristics of Ni-Cd, Ni-MH, Li-Ion, Li-Pol batteries using automatic charger Shark 20.
The target of this baccalaureate thesis is to describe the proprieties of the individual types of batteries. To measure and verify their charging and discharging character istics. To search the accessible modern circuits for the construction of the chargers and to familiarize with their connecting. The main part of this thesis consist in the setting up of the charger of lithium battery with MAX1811. Measuring of the charging characteristics of the manuf actured charger. Calculation of the capacity of the lithium batteries charged by a.m . charger. The thesis contains, as well, the analysis of the measured charging and discharging charact eristics of Ni-Cd, Ni-MH, Li-Ion, Li-Pol batteries using automatic charger Shark 20.