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In this paper, an all-optical silicon modulator with improved modulation depth is presented.
Spectral complexity was modulated by varying the harmonic content, whereas temporal complexity was modulated by varying frequency modulation depth.
Moreover, the modulator showed a maximum modulation depth of 99%.
Psychometric functions (percent correct discrimination of modulated from unmodulated stimuli versus modulation depth) were obtained.
This modulator features ease of fabrication, low cost, and a controllable modulation depth.
The steady-state signals were modulated with a modulation frequency of 37.1 Hz and a modulation depth of 100%.
An optimum modulation depth of 30% gives better results.
The modulation depth of transmission is about 80%.
The special cases of maximum modulation depth (V=1) and the minimum modulation depth (V=0) are examined.
The feature of the LC-SLM most strongly coupled to the intensity flicker is the finite modulation depth Φ (=2π).
These results demonstrate a 7 Hz modulation depth, which is >83 times the passive Bode-Fano limit.
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