19-02302_UV_Frequency_Doubler_Specifications.docx
DOCX document 15 KB Posted
- Attached to
- UV Frequency Doublers Federal contract opportunity
- Solicitation number
- NB688000-19-02302
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Specifications Document
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| File | Type | Posted |
|---|---|---|
| Combined_Synopsis-Solicitation_Jan2019.docx | DOCX document | |
| 19-02302_Statement_of_Work_UV_Frequency_Doublers.pdf |
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Text version
NB688000-19-02302
Specifications for UV frequency Doublers:
1. Input Wavelength: 560.7 nm +/- 0.1 nm Input Power: 140 – 300 mW @ 560.7 nm Input Beam: fiber coupled, 405PM optical fiber FC/APC, 3.3 μm MFD Input linewidth: < 100 kHz Output Power: > 10 mW @ 280.4 nm with 200 mW input power @ 560.7 nm Output Mode: Collimated Cavity lock bandwidth: > 20 kHz Other specifications:
· Includes all necessary optics and electronics for input coupling and locking to the resonant doubling cavity
· 19” rack mounted rack-mounted control electronics
· Pound-Drever-Hall lock
· Temperature control for the non-linear optical crystal
· Non-linear optical crystal antireflection coated
· Air-sealed doubling cavity with a port for purging entire cavity volume
· Alignment of cavity and doubling crystal from outside (without breaking the seal)
· 10 mW output at 140 mW input specified on a best-effort basis
· Frequency doubler will be installed in a temperature controlled (dT<+/- 0.5 C) laboratory environment
· Long-term (> 6 months) stability of frequency doubling efficiency without the need to realign the cavity or move the doubling crystal specified on a best-effort basis
2. Input Wavelength: 534.8 nm +/- 0.1 nm Input Power: 40 – 100 mW @ 534.8 nm Input Beam: fiber coupled, 405PM optical fiber, 3.3 μm MFD Input linewidth: < 100 kHz Output Power: > 1 mW @ 267.4 nm with 40 mW input power @ 534.8 nm Cavity lock bandwidth: > 20 kHz Other specifications:
· Includes all necessary optics and electronics for input coupling and locking to the resonant doubling cavity
· 19” rack mounted rack-mounted control electronics
· Pound-Drever-Hall lock
· Temperature control for the non-linear optical crystal
· Non-linear optical crystal antireflection coated
· Air-sealed doubling cavity with a port for purging entire cavity volume
· Alignment of cavity and doubling crystal from outside (without breaking the seal)
· Frequency doubler will be installed in a temperature controlled (dT < 0.5 C) laboratory environment
· Long-term (> 6 months) stability of frequency doubling efficiency without the need to realign the cavity or move the doubling crystal specified on a best-effort basis
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