Abstract
The design and the performance of an optically based, Faraday current sensing system employing a novel sensing element, using the so-called 'complementary reflections' scheme, is reported. This new design not only increases the overall sensitivity of the device by a factor of three, but also makes it easy to align the current measuring element in the system. With the use of this new optical element, a sensitivity of 6.57*10-5 rad A-1 and a minimum detectable current of 11.3 mA Hz-1/2 have been achieved.
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