A system automates spectral sensitivity measurements, improving accuracy in clinical and research settings.
The application of spectral sensitivity measurements to clinical problems has been limited by the complexity of calculating the corrections for nonlinearity and non‐neutrality of the neutral wedge and for the quantum intensity of the test beam. A simple electronic system is described which performs all these calculations automatically, as the subject makes the sensitivity setting, and records the sensitivity on an XYplotter. A range of 5 log units is covered with an accuracy of 0.05 log units.
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Zisman et al. (1977) studied this question.
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