Precision Wavemeter Frequency Comb FA700025Q9003
Summary
AI-generated · Aug 25, 2025Supply a self-referenced optical frequency comb centered at 1560 nm, based on an Er-doped fiber laser, expandable to four additional laser frequency outputs spanning visible and NIR. The comb spacing must be 100 or 200 MHz with frequency stability better than 2×10^-16, capable of locking to an external 10 MHz reference and to the heterodyne beatnote of an external laser via a phase-lock servo with offsets up to 9 GHz. The system should be 19-inch rack-mounted, require no water cooling, include fiber optics for beam delivery, and provide a computer control interface.
Amendment extends the vendor response deadline and notes the center wavelength change from 1650 nm to 1560 nm; all other specifications remain unchanged.
At a minimum, the Vendor must be able to supply a wavemeter frequency comb with the following characteristics: self-referenced optical frequency comb centered at 1650 nm, based on Er doped fiber laser expandable to four other laser frequency outputs (wavelength extensions) throughout visible and NIR comb spacing 100 or 200 MHz frequency stability at least (better than) two parts in 10^16 capable of lock to external 10 MHz reference input capable of lock to heterodyne beatnote of an external laser phase lock servo offset up to 9 GHz 19 inch rack mounted unit water cooling not needed various fiber optics to send laser beams in and out computer control interface
From Combined Synopsis/Solicitation posted on Jul 07, 2025Amendment 1: The purpose of this amendment is to extend response time to 15 July 2025, 3:00 pm MST and response to vendor's questions. At a minimum, the Vendor must be able to supply a wavemeter frequency comb with the following characteristics: self-referenced optical frequency comb centered at 1560 nm, based on Er doped fiber laser expandable to four other laser frequency outputs (wavelength extensions) throughout visible and NIR comb spacing 100 or 200 MHz frequency stability at least (better than) two parts in 10^16 capable of lock to external 10 MHz reference input capable of lock to heterodyne beatnote of an external laser phase lock servo offset up to 9 GHz 19 inch rack mounted unit water cooling not needed various fiber optics to send laser beams in and out computer control interface
From Combined Synopsis/Solicitation posted on Jul 10, 2025Notice history
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Combined Synopsis/Solicitation LATEST Posted Jul 10, 2025View changes (2)
- Description: Description was updated
- Response Deadline: Jul 14, 2025 → Jul 15, 2025
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Place of Performance
USA