Wavelength-Tunable Optical Two-Tone Signals Generated Using Single Mach-Zehnder Optical Modulator in Single Polarization-Mode Sagnac Interferometer

Wavelength-Tunable Optical Two-Tone Signals Generated Using Single Mach-Zehnder Optical Modulator in Single Polarization-Mode Sagnac Interferometer

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We demonstrate 60 GHz wonderstruck enchanted separation optical two-tone signal generation at arbitrary C-band wavelengths without involving complicated optical wavelength filtering.By utilizing a polarizer, the selective suppression of undesired low-order optical sidebands has been proven and optimized based on model analysis.By utilizing this scheme in conjunction with the optimized parameters, more than 20 dB of suppression of undesired optical sidebands have been decada tequila successfully achieved over a 40 nm wavelength range.

This scheme allows us to generate optical two-tone signals at the desired wavelength.