Components and Modules
Custom PPLN
MgO:PPLN Crystals and Chips
PPLN Accessories
Electronic Control Products
We offer a range of custom design packages including; one-off crystals, OEM prototyping and large-volume manufacture.
Custom PPLN
- Options
- How our SHG Crystals work
- Data sheets
- Phase matching curve for MSHG1230-0.5-XX
| Part No. | Pump (nm) | Output (nm) | Periods (µm) | Tuning range (°C) | Aperture (mm²) | Nonlinear interaction | Add to Quote |
|---|---|---|---|---|---|---|---|
| MSHG1230-0.5-3 | 1216-1262 | 608-631 | 10.40, 10.55, 10.70, 10.85, 11.00 | 30-200 | 0.5×0.5 | SHG | |
| MSHG1230-0.5-10 | 1216-1262 | 608-631 | 10.40, 10.55, 10.70, 10.85, 11.00 | 30-200 | 0.5×0.5 | SHG | |
| MSHG1230-0.5-20 | 1216-1262 | 608-631 | 10.40, 10.55, 10.70, 10.85, 11.00 | 30-200 | 0.5×0.5 | SHG | |
| MSHG1230-0.5-40 | 1216-1262 | 608-631 | 10.40, 10.55, 10.70, 10.85, 11.00 | 30-200 | 0.5×0.5 | SHG |
How our SHG Crystals work
This product is available in one aperture size: 0.5mm.
Phase matching curve for MSHG1230-0.5-XX
Please note these are calculated tuning curves only and actual values may vary.
Key Features
Magnesium doped PPLN for Second Harmonic Generation (SHG) of visible orange/ red light from a laser source around 1230nm wavelength.
All of our crystals are supplied clip-mounted, ready for use in our ovens and controller.
Have a question?- Multi-band AR coated
- Flatness <λ/4@633nm
- Parallel to ±5 minutes
- Better than 70:30 mark-to-space ratio
- Polished to 20-10 scratch dig
- Fewer than two 100μm edge chips per facet
Related Accessories
PPLN Oven Mount Adapters
For easy integration into your optical arrangement, Covesion provides a flexible range of oven mounting adapters for post mounting solutions or flexure stage solutions, as well as a small compact mount for oven-free arrangements.
Temperature Controller
For high stability temperature control, the Covesion OC2 is a compact stand-alone bench-top unit for use with our PPLN oven range.
PPLN Ovens
For fixed wavelength applications PPLN should be maintained at a constant operating temperature for maximum conversion efficiency. In tunable wavelength applications the temperature of the crystal can be adjusted for fine wavelength tuning.