Abstract
Using solution casting technique PMMA with Lithium acetate of polymer electrolytes like PMMA (60 wt. %): CH3COOLi (40 wt. %): EMIMTFSI (0 wt. %, 0.5 wt. %, 1 wt. %) by incorporating ionic liquid are prepared. From UV-Visible studies maximum band gap (eV) is 2.8 eV for PMMA: CH3COOLi : EMIMTFSI (60:40:1 wt.%). Tangent dielectric loss revealed the behavior of the ion charge carrier’s polymer electrolyte system. Electric modulus studies revealed the information about charge carrier’s relaxation behavior. From the results, prepared polymer electrolyte films are the best candidates for energy storage devices
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