Designing of Optical Frequency Combs
Embedded Files
Generation of optical frequency comb (OFCs) has gained a lot of interest among researchers for its widespread applications in the field of optical metrology and other applications in radio frequency (RF) photonics including microwave photonic filtering, ultrabroadband coherent communications, RF arbitrary waveform generation, photonic-based radar transceivers , etc. Photonic generation of the comb provides outstanding phase noise performance, adjustable comb spacing over a wide frequency range, and excellent stability.
Generation of optical frequency comb (OFCs) has gained a lot of interest among researchers for its widespread applications in the field of optical metrology and other applications in radio frequency (RF) photonics including microwave photonic filtering, ultrabroadband coherent communications, RF arbitrary waveform generation, photonic-based radar transceivers , etc. Photonic generation of the comb provides outstanding phase noise performance, adjustable comb spacing over a wide frequency range, and excellent stability.
My research interest in this area includes proposing various novel architectures for the design of OFCs using direct modulation of laser, using external optical modulators like (MZM, PM, PolM, EAM), fiber mode locked laser, gain switching of laser, etc.
My research interest in this area includes proposing various novel architectures for the design of OFCs using direct modulation of laser, using external optical modulators like (MZM, PM, PolM, EAM), fiber mode locked laser, gain switching of laser, etc.
Designing of Optical Frequency Combs
Using Direct and / External Optical Modulation
Using Fiber Mode locked Laser
Using Gain switched Laser
[Ref]Chaudhuri, R.B. and Barman, A.D., “Generation of an optical frequency comb based on two cascaded dual- parallel polarization modulators”, Applied Optics, OSA, 57(30), pp.9164-9171, 2018.
Selected Publications
[2]Venkatasubramani, L.N., Chaudhuri, R.B., Barry, L, “Direct and Externally Modulated Fabry-Perot Laser forTHz Bandwidth Frequency Comb Generation” in Photonics North, Niagra, Canada 2022 (oral).
[1]Chaudhuri, R.B. and Barman, A.D., “Generation of an optical frequency comb based on two cascaded dual- parallel polarization modulators”, Applied Optics, OSA, 57(30), pp.9164-9171, 2018.
Page updated
Google Sites
Report abuse