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In this paper, an all-optical silicon modulator with improved modulation depth is presented.
Its optical modulation depth is about twice as high as that of traditional CPG, but about ten times as high as that of THz ellipsometer.
By decreasing R1, a strong blue-shift of ω - - mode is obtained due to which a Fano resonance with large modulation depth is perceived in the spectrum.
To our knowledge, such a large modulation depth is far higher than those of previously reported plasmonic switch systems [47 55].
Modulation depth is used as an SNR estimate in each band, and by letting the gain in a band be steered with SNR, a trainable noise suppression can be obtained.
Thus, the maximum modulation depth is determined by the optical absorption when the pump light is off, which is largely related to the interaction length and position of the graphene sheet.
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Psychometric functions (percent correct discrimination of modulated from unmodulated stimuli versus modulation depth) were obtained.
With this high modulation depth, nanoscale devices with 3-dB modulation depth are possible.
From each auditory filter output, the modulation frequency and the modulation depth are estimated with a temporal envelope calculation.
The LM stimulus contrast was 0.1 and the CM stimulus modulation depth was 1.0, equating to approximately 5 and 7 times detection threshold, respectively.
Higher-order tunable Fano resonances with large modulation depth are obtained in both the MNS and DNS nanostructures for the symmetric and asymmetric cases.
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