Attachment 2 - Specification Compliance Matrix.xlsx
XLSX spreadsheet 12 KB Posted
- Attached to
- Tunable Femtosecond Laser System
- Solicitation number
- 1333ND21QNB680172
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Other files
| File | Type | Posted |
|---|---|---|
| Amended NIST Requirements.docx | DOCX document | |
| B-3 Amendment 0001.docx | DOCX document | |
| 1333ND21QNB680172 - Femptosecond Laser RFQ.docx | DOCX document | |
| Attachment 1 - NIST Requirements Doc.docx | DOCX document |
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Sheet1 Minimum Technical Requirement Meets Does Not Meet Page reference in materials
| Tunable Femtosecond Laser System | |
| Laser system shall support generation of femtosecond optical pulses from the deep-UV to the infrared spectral range. The system must include an integrated pump laser, a higher harmonic generation system, along with all the necessary electronics, hardware and software for operation of the system, including all chillers necessary for cooling. | |
| Laser system shall be capable of producing output at any wavelength in the range 680 nm to 1300 nm | |
| 3. | The laser system must produce optical pulses of temporal duration < 120 fsec over the entire tuning range at a repetition rate of at least 80 MHz. |
| The laser system must be “closed box” and the tuning of the laser light from 680 nm to 1300 nm shall be fully automated and “hands-free”, requiring no mechanical or optical changes or adjustments by the user. | |
| The laser system must include dual output option to simultaneously extract the pump laser light. | |
| Laser output power shall be at least 1 W over the entire tuning range from 680 nm to 1300 nm with power >3 W at the peak wavelength within this spectral range. The specified power levels are required because the power required at the sample location is directed through intermediate optics each of which add significant loss and to see any appreciable signal during higher-harmonic generation such as in the deep-UV spectral range. | |
| Laser system must include higher harmonic generation unit to extend the tunability range of the laser to at the very least cover the range of 230 nm to 650 nm. | |
| Tuning of the laser light from 230 nm to 650 nm from the higher-harmonic generation system shall be fully automated and “hands-free”, requiring no mechanical or optical changes or adjustments by the user. A system that allows larger tuning range (<230 nm and >650 nm) via simple swapping of the harmonic crystal in the harmonic generation unit, redirecting the beam to another generation unit, and/or performing an automated calibration routine would be considered acceptable. | |
| The conversion efficiency of SHG and THG generation at the peak wavelength must be atleast 35% and 10% respectively. | |
| The laser system and the harmonic generation system must interface to the computer through a TCP/IP or USB interface. All software programs, LabView drivers required for remote control and wavelength scanning/calibration of the system must be included. | |
| Laser beam shall be TEM00 with a Gaussian quality factor M2 of at most 1.2. The laser beam shall have a diameter of < 1.2 mm (measure 1/e2 intensity) and a beam divergence of < 1.5 mrad. | |
| Laser output shall have at most 0.5% rms intensity noise measured over a bandwidth from 10 Hz to 10 MHz. |
| Installation/Training |
| The system shall be installed by the Contractor no later than two (2) weeks after the complete system is received by NIST personnel. |
| Delivery |
| FOB Destination shipping within 12 weeks |
| Warranty |
| One year |
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