Viktor Maric

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This paper presents the development of the T-type LC chip filters models. Initially, two different types of LC filters, produced by multilayer green sheet technology, were characterized in the frequency range from 0 to 3 GHz, then the adopted equivalent LC chip electrical circuit model was fitted to the experimental data using the optimization feature of(More)
This paper presents the newly developed differential balanced symmetrical T-type LC EMI chip filters. Initially, two different types of T-type LC filters, produced by multilayer green sheet technology, were characterized and modeled in the frequency range from 0 to 3 GHz, and then combined into a symmetrical differential configuration. The equivalent(More)
In this paper, an alternative approach to the analysis of thick-film segmented negative temperature coefficient thermistors based on the use of a commercial electromagnetic simulator tool is presented. The influence of the geometrical parameters and material characteristics of the used thermistor paste on the overall thermistor performance was analyzed and(More)
This paper introduces a new cascade configuration of inverted T-type LC EMI chip filters. Initially, two different types of T-type LC filters, produced by a multilayer green sheet technology, were characterized and modeled in the frequency range from 0 to 3 GHz, and then combined into a cascade configuration of inverted T filters. The equivalent circuit(More)
Methods for predicting and analyzing the behavior of NTC thermistors have remained the same and they typically include accurate measurements of resistance and temperature, followed by curve-fitting methodologies for determining the relationship of temperature to resistance for similar thermistor devices. In this paper, new approach based on using commercial(More)
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