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Structural, DC and AC electrical, and microwave (8-18 GHz) studies of Strontium barium niobates (SBN) and Bismuth strontium manganites(BSM) bulk and thick films reveals that PTC and NTC material in planar form was formed which can be a potential candidate for microwave applications. The Ag thick film microstrip components were used for the first time to measure complex permittivity of the SBN and BSM thick films.

Produktbeschreibung
Structural, DC and AC electrical, and microwave (8-18 GHz) studies of Strontium barium niobates (SBN) and Bismuth strontium manganites(BSM) bulk and thick films reveals that PTC and NTC material in planar form was formed which can be a potential candidate for microwave applications. The Ag thick film microstrip components were used for the first time to measure complex permittivity of the SBN and BSM thick films.
Autorenporträt
Dr. S. N. Mathad received his PhD in Shivaji University, Kolhapur(2014). He is Assistant Professor of Physics in K. L. E. I. T, Hubli. He has published 70 papers in international journals. He is research supervisor under V. T.U, Belagavi. His research area of interest is in miniaturized microstrip components using ferroelectrics and ferromagnetics.