Drawing with specifications.pdf
PDF 298 KB Posted
- Attached to
- Aspheric Fourier Transform lens uncoated
- Solicitation number
- 5-B169-Q-00344-00
- Issued by
-
Department of Energy Office of Science
About this file
The file is a detailed technical drawing and specification document for an Aspheric Fourier Transform lens, specifically a singlet lens for the LTP2020 project developed by Lawrence Berkeley Lab. The technical specifications include precise optical characteristics such as material (Suprasil 3001 or 311), curvature radius, vertex radius, and surface quality metrics. The lens has specific performance parameters including a hyperboloid configuration (K = 29.314), refractive index of 1.458 at 633nm, and extremely fine surface roughness (Rq 0.3nm).
The associated federal contract opportunity is a solicitation (5-B169-Q-00344-00) issued by the Department of Energy Office of Science, seeking a vendor to supply this specialized optical component. Vendors must submit a quotation including signed documentation, price list/invoice, country of origin verification, lead time confirmation, and potential GSA contract pricing. The solicitation emphasizes strict adherence to technical specifications, warning that bids not meeting the detailed requirements will be automatically disqualified. Submission requires completing specific forms including Appendix "A" Argonne Terms and Conditions and Pre-Award Representations and Certifications.
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| ANL-70 RFQ.doc | DOC document | |
| Specifications.pdf | ||
| Appendix A-71COM-13-FEB-2023.pdf | ||
| ANL-70B Reps and Certs Long.pdf |
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Text version
Sag(r)= cr2
1+ 1−c2 1+ k( )r2 , c = 1
Rvertex
| Left | side | Material | Right | Side | |||||||||||
| R | 869 | ±10 | mm | CX | GLASS: | Suprasil | 3001 | or | 311 | or | equiv | R | 290 | ±4 | CX |
K = −29.314 (hyperboloid) Nd = 1.458 @ 633nm CA 5x20 centered
CA 5x20 centered Vd -- N/A Vee coat, R≤0.01% @633nm
Vee coat, R≤0.01% @633nm 0/ -- 3/ RMSi < 2.75nm
3/ RMSa < 2.75nm 1/ 1x0.08 4/ 3
4/ 3 2/ --;5 5/ 10-5 Scratch-dig
5/ 10-5 Scratch-dig 6/ --
6/ --
| Polished: | Rq | 0.3nm | 0.01/1 | mm | |||
| Wq | 2.5nm | 1/10 | mm |
| Polished: | Rq | 0.3nm | 0.01/1mm | ||
| Wq | 2.5nm | 1mm/10mm |
λ λ
| PART/DRAWING | REVISION | DRAWN | BY | For: | |||||||
| LTP2020 | Aspheric | Singlet | 2023.04.18 | ver6 | PZ | Takacs | V. | Yashchuk, | Lawrence | Berkeley | Lab |
Asphere sag table R
[mm] Sag [mm]
Remove [nm]
0.0 0.000000 0.0
1.0 0.000575 1.2
2.0 0.002301 4.9
3.0 0.005178 10.8
4.0 0.009205 18.6
5.0 0.014381 27.8
6.0 0.020706 37.8
7.0 0.028180 47.9
8.0 0.036802 57.2
9.0 0.046570 64.8
10.0 0.057484 69.4
11.0 0.069541 69.8
12.0 0.082742 64.7
13.0 0.097085 52.5
14.0 0.112567 31.5
15.0 0.129187 0.0
File details come from the government source that posted it. Updated .