ABSTRACT
Solid Solution of (1−x)Ba5TbTi3V7O30-xBiFeO3 is fabricated using solid-state reaction technique for various x values. Single phase compound formation is confirmed by the XRD (X-ray diffractogram). Using Scanning Electron Microscope (SEM: JOEL-IT300) grain morphology is analysed. It can be seen that with an increase in x, the average grain size also increases. Ferroelectric characteristics such as dielectric constant and loss tangent at temperature range (room temp – 500 °C) and various frequencies range are measured by Impedance Analyser (HIOKI-IM3536). Samples were found to be ferroelectric and with an increase in BiFeO3 content, the dielectric constant decreases.
