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Two robust temperature-insensitive magneto-optical current sensor prototypes, based on double polarimetric processing schemes and single light way methods, were constructed using light reflection and light transition, respectively. A diamagnetism TeO<sub>2</sub>-PbO-ZnO-BaF<sub>2</sub> bulk glass was fabricated as a sensing head which, with&#x002F;without a silver layer, acts as a mirror sputtered by RF sputtering. The Verdet constant of the TPZBF glass was measured using the self-made optical bench. The current sensors were evaluated under various currents and different temperatures. Results indicated that the constructed low-cost current sensor prototypes are accurate and stable for current sensing applications.

Faraday Angle and Accuracy Measurement of Magneto-Optic Current Transmission Based on New Telluride Glass