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Thick Film Resistors (TFRs) are extensively being used in hybrid electronic technology, wherein high standards of electrical parameters and stability in changing thermal environment are required especially in space-research based industries. In the present paper, the optimized alloy Sb0.6:Sn0.4 of 5-10μm size was loaded in SnO2nano-sized powder synthesized by sol-gel method, to produce range of resistive pastes. Thick Film Resistors fabrication and their electrical and material characterization using XRD and SEM studies have been reported. The fall in sheet resistivity ρs against loading fraction of optimized alloy Sb0.6:Sn0.4 in SnO2nano-sized particles has been examined using percolation/effective medium theory.

Electrical Characterization of SnO2 based thick film resistors loaded with an optimized Sb: Sn alloy