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Response time and linearity of inversion layer silicon photodiodes

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Abstract

Available inversion layer photodiodes become nonlinear at wavelengths greater than ∼650 nm because of recombination in the bulk region. This recombination is shown to have a large effect on the photodiode response time and to be strongly dependent on the incident photon flux density rather than the induced photocurrent. The consequences for linearity calibration are discussed.

© 1985 Optical Society of America

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