This paper describes an experimental investigation of the operation at 1.5 ?m of an electrically driven thermo-optic Si Fabry-Peort modulator which achieves upto 55% intensity modulation depth. Design of optimal integrated devices is simulated by 3-D numerical analysis using a numerical code, and operating frequencies of hundreds of kHz unaffected by temperature fluctuations, are predicted.
All-silicon Fabry-Perot modulator based on the thermo-optic effect
Iodice;Mario;Rendina;Ivo
1994
Abstract
This paper describes an experimental investigation of the operation at 1.5 ?m of an electrically driven thermo-optic Si Fabry-Peort modulator which achieves upto 55% intensity modulation depth. Design of optimal integrated devices is simulated by 3-D numerical analysis using a numerical code, and operating frequencies of hundreds of kHz unaffected by temperature fluctuations, are predicted.File in questo prodotto:
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