Stabilized Laser System attached herein.This announcement is not a Request for Quotation (RFQ) and does not commit the Government to award a contract now or in the future.
FREQUENCY STABILIZED LASER SYSTEM Solicitation ID/Procurement Identifier: NB686070-20-00741 Ultimate Completion Date: Wed Sep 30 17:00:00 GMT 2020
Notice to Offeror(s)/Supplier(s): Funds are not presently available for this effort. No award will be made under this solicitation until funds are available. The Government reserves the right to cancel this solicitation, either before or after the closing date. In the event the Government cancels this solicitation, the Government has no obligation to reimburse an offeror for any costs.Please see attached Request for Quotations and attachment.
Further, as this cavity-stabilized laser system shall be matched in frequency output and form-factor to similar cavity-stabilized laser systems in used by the Fiber Sources and Applications Group for maximum flexibility in reconfiguring the optical network testbeds.The NAICS Code is 333314, Optical Instruments and Lens and Manufacturing, with a small business size standard of 500 employees.
The Naval Research Laboratory (NRL) in Washington, DC has a requirement for the procurement of one (1) tunable pulse laser system. For additional details on the submission of quotes, please see the attached Salient Characteristics (Attachment 1) and Combined Synopsis/Solicitation (Attachment 2), which is issued in accordance with FAR Subparts 13.5 and 12.6.
This time supersedes the Offers Due Time listed above.FOB Destination shall be WASHINGTON, WA 20392The FLC Norfolk - Philadelphia requires the following items, Purchase Description Determined by Line Item, to the following:LI 001: Laser system at 1315 nm frequency stabilized to a linewidth of 1 Hz @ 1 s Wavelength 1315 nm- Frequency stabilized output power > 40 mW - Long term drift 30 kHz per day before drift subtraction - Allan deviation at 1 s linear
Although adequate, the accuracy of distance measurements made by these technologies can be improved by using a high-frequency triangular-waveform laser instead of a sine waveform or lower frequency radio or microwaves.
