Title of article
Passively Mode-locking Operation Fiber Laser Generation using Black Phosphorus Saturable Absorber at 1-micron wavelength region
Author/Authors
rosol, ahmad haziq aiman university teknologi mara - faculty of electrical engineering, Shah Alam, Malaysia , abdul rahman, husna university teknologi mara - faculty of electrical engineering, Shah Alam, Malaysia , jusoh, zulzilawati university teknologi mara (terengganu) - faculty of electrical engineering, Kuala Dungun, Malaysia , abdul latiff, anas university of malaya - department of electrical engineering, Kuala Lumpur, Malaysia , rusdi, muhammad farid mohd university of malaya - department of electrical engineering, Kuala Lumpur, Malaysia , harun, sulaiman wadi university of malaya - department of electrical engineering, Kuala Lumpur, Malaysia
From page
34
To page
37
Abstract
We demonstrate the generation of mode-locked ytterbium-doped fiber laser (YDFL) by using a black phosphorus (BP) as a passively saturable absorber (SA). The BP SA is exfoliated from the commercial bulk crystal BP by using a standard scotch tape. To realize the mode-locking operation, a piece of BP tape is adhered onto a fiber ferrule tip by an assistant of index matching gel before being sandwiched. Under 270 mW to 490 mW, the stable repetition rate of 14.85 MHz obtains at 1100 nm wavelength with maximum pulse energy of 0.94 nJ. Our findings may contribute to the pathway of graphene-like materials specifically for ultrafast fiber laser generation application.
Keywords
Mode , locking laser , double , clad ytterbium , doped fiber , saturable absorber
Journal title
International Journal Of Electrical and Electronic Systems Research
Journal title
International Journal Of Electrical and Electronic Systems Research
Record number
2603581
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