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Browsing by Author "Grobler, Inus"

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Characterising and modelling extended conducted electromagnetic emission

Author: Grobler, Inus ; Gitau, MN Date: Jun 2013 High density high switching frequency power converter conducted EMC had been analysed, modelling the noise source and noise path, while providing accurate conducted EMC noise limits comparable to accredited noise measurements up to 100 MHz. ... Read more
Characterising and modelling extended conducted electromagnetic interference in densely packed DC-DC converter

Author: Grobler, Inus ; Gitau, MN Date: Sep 2013 High density high switching frequency power converter conducted EMC had been analysed, modelling the noise source and noise path, while providing accurate conducted EMC noise limits comparable to accredited noise measurements up to 100 MHz. ... Read more
Common mode noise in three-level DC-DC converters

Author: Grobler, Inus ; Gitau, MN Date: Sep 2009 This paper demonstrates how conducted Electromagnetic Interference (EMI) can be easily analysed utilising an inexpensive and user friendly software package called Micro Cap 9 developed by Spectrum Software®. Other software packages generally ... Read more
Low cost power lead extended pre-compliance conducted EMI measurement setup and diagnostics with compact LISN

Author: Grobler, Inus ; Gitau, MN Date: Jun 2013 An extended pre-compliance measurement setup has been created in the development laboratory to measure and diagnose conducted EMI up to tOO MHz without the use of a spectrum analyser. A dual compact Line Impedance Stabilisation Network (LISN) ... Read more
Modelling and measurement of high switching frequency conducted EMI

Author: Grobler, Inus ; Gitau, MN Date: Nov 2013 High density high switching frequency power converter conducted EMC had been analysed, modelling the noise source and noise path, while providing accurate conducted EMC noise levels comparable to accredited noise measurements up to 100 MHz. ... Read more
Performance and applications of lithium titanite oxide cells

Author: Grobler, Inus Date: Oct 2022 Lithium Titanite Oxide (LTO) cells with the typical anode chemical compound Li4Ti5O12, are currently used in heavy transport vehicles (e.g., electric busses) and MW-size Battery Energy Storage Systems (BESS), due to their excellent performance, ... Read more

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Browsing by Author "Grobler, Inus"

Browsing by Author "Grobler, Inus"

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