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Nihal Kularatna
Nihal Kularatna
Associate Professor - School of Engineering, The University of Waikato
Verified email at waikato.ac.nz
Title
Cited by
Cited by
Year
An environmental air pollution monitoring system based on the IEEE 1451 standard for low cost requirements
N Kularatna, BH Sudantha
IEEE Sensors Journal 8 (4), 415-422, 2008
2532008
High current voltage regulator
N Kularatna, LJ Fernando
US Patent 7,907,430, 2011
1312011
Energy Storage Devices for Renewable Energy-based Systems: Rechargeable Batteries and Supercapacitors
N Kularatna, K Gunawardane
Academic Press, 2021
982021
Power electronics design handbook: low-power components and applications
N Kularatna
Elsevier, 1998
981998
An ICPT-supercapacitor hybrid system for surge-free power transfer
UK Madawala, DJ Thrimawithana, N Kularatna
IEEE transactions on Industrial Electronics 54 (6), 3287-3297, 2007
722007
Improving the end-to-end efficiency of DC–DC converters based on a supercapacitor-assisted low-dropout regulator technique
K Kankanamge, N Kularatna
IEEE Transactions on Industrial Electronics 61 (1), 223-230, 2013
692013
Rechargeable batteries and their management
N Kularatna
IEEE Instrumentation & Measurement Magazine 14 (2), 20-33, 2011
672011
Digital and analogue instrumentation: testing and measurement
N Kularatna
IET, 2003
442003
Laplace transform-based theoretical foundations and experimental validation: low-frequency supercapacitor circulation for efficiency improvements in linear regulators
K Kankanamge, N Kularatna, DA Steyn-Ross
IET Power Electronics 5 (9), 1785-1792, 2012
412012
Surge capability testing of supercapacitor families using a lightning surge simulator
N Kularatna, J Fernando, A Pandey, S James
IEEE transactions on Industrial Electronics 58 (10), 4942-4949, 2011
392011
Potential of supercapacitors in novel power converters as semi-ideal lossless voltage droppers
T Ariyarathna, D Jayananda, N Kularatna, DA Steyn-Ross
IECON 2017-43rd Annual Conference of the IEEE Industrial Electronics Society …, 2017
372017
Supercapacitor assisted LDO (SCALDO) techniquean extra low frequency design approach to high efficiency DC-DC converters and how it compares with the classical switched …
K Kankanmage, N Kulatana
2013 Twenty-Eighth Annual IEEE Applied Power Electronics Conference and …, 2013
352013
Supercapacitors Improve the Performance of Linear Power-Management Circuits: Unique new design options when capacitance jump from micro-farads to farads with a low equivalent …
N Kularatna
IEEE Power Electronics Magazine 3 (1), 45-59, 2016
302016
Dynamics and modeling of rechargeable batteries: what electrochemists? work tells the electronic engineers
N Kularatna
IEEE Power Electronics Magazine 1 (4), 23-33, 2014
302014
Electronic circuit design: from concept to implementation
N Kularatna
CRC Press, 2017
292017
Essentials of modern telecommunications systems
N Kularatna
Artech House, 2004
282004
DC Power Supplies: Power management and surge protection for power electronic systems
N Kularatna
CRC Press, 2018
272018
Implementation of the supercapacitor-assisted surge absorber (SCASA) technique in a practical surge protector
J Fernando, N Kularatna, H Round, S Talele
IECON 2014-40th Annual Conference of the IEEE Industrial Electronics Society …, 2014
262014
Supercapacitor‐assisted low dropout regulator technique: a new design approach to achieve high‐efficiency linear DC–DC converters
K Gunawardane, N Kularatna
IET Power Electronics 11 (2), 229-238, 2018
252018
A supercapacitor technique for efficiency improvement in linear regulators
N Kularatna, J Fernando
2009 35th Annual Conference of IEEE Industrial Electronics, 132-135, 2009
252009
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