PIEE #W911S226U3380

Tunable Laser Procurement for MICC Fort Drum at West Point

This opportunity is for the procurement of a tunable laser for MICC Fort Drum, to be used at West Point, New York. - Government Buyer: - W6QM MICC-FT DRUM (Mission and Installation Contracting Command) - Place of performance: West Point, New York - Product Requirements: - Tunable laser covering 1480 to 1640 nanometers wavelength range - Continuous-wave, mode-hop-free operation - Laser linewidth less than 200 kHz - Wavelength setting resolution of 0.1 picometers or better - Wavelength accuracy of ±15 picometers or better - Wavelength stability of ±5 picometers or better - Minimum output power of 7 dBm across tuning range - Fast wavelength sweep capability (1 to 200 nm/s) with programmable control - Fine tuning capability over at least 10 GHz - Fiber-coupled output compatible with standard single-mode fiber systems; polarizing maintaining fiber output coupling - Remote control interfaces: USB, GPIB, and Ethernet - Unique Requirements: - Offer submissions must include a Material Safety Data Sheet (MSDS) - OEMs and Vendors: - No specific OEMs or vendors are named in the solicitation - Notable Technical Details: - High precision and stability requirements for wavelength control - Compatibility with fiber optic systems and multiple remote control options

Description

Tunable wavelength range from 1480 to 1640 nanometers.Continuous-wave, mode-hop-free operation across the entire tuning range.Laser linewidth less than 200 kHz.Wavelength setting resolution of 0.1 picometers or better.Wavelength accuracy of ±15 picometers or better in step mode and continuous sweep operation.Wavelength stability of ±5 picometers or better over typical operating conditions.Minimum output power of 7 dBm across the tuning range.Fast wavelength sweep capability from 1 to 200 nm/s with programmable control. Fine tuning capability over at least 10 GHz. Fiber-coupled output compatible with standard single-mode fiber systems with polarizing maintaining fiber output coupling.Remote control via USB, GPIB, and Ethernet interfaces.

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