Choose the seed wavelength, bandwidth and pulse duration for the intended amplification and compression chain. The long-wavelength alternative and the 1030 nm example have different spectral and pulse-duration entries.
Configuration options
| Centre wavelength | Pulse duration | Repetition rate | Average power | Spectral width |
|---|---|---|---|---|
| 1030 nm | 600-800 fs | 10-80 MHz | 3-10 mW | 3 nm |
| 1560 nm | 80-800 fs | 10-80 MHz | 1-50 mW | >3 nm |
| 1850-2100 nm | 80-800 fs | 10-80 MHz | 1-50 mW | >15 nm |
Technical details
- Output delivery
- Polarization-maintaining fibre
Integration and delivery
- OEM
- 200 x 130 x 28.5 mm; supply: 5 V customer supplied; cooling: Thermal Plate customer supplied
- Lab
- 227 x 170 x 37 mm; 227 x 170 x 63 mm with fans and feet; supply: 12 V customer supplied; cooling: Thermal Plate customer supplied/ Air Cooled
- Rack Mount
- 248 x 436 x 83 mm; supply: Built-in; cooling: Air Cooled
Conditions and configuration notes
- The repetition rate and pulse duration are fixed choices within the stated intervals; those intervals are not a claim of user adjustment on every unit.
- Average power depends on wavelength, repetition rate and pulse settings. Maxima from different options must not be combined into one operating point.
- Optional fibre-Bragg-grating pulse stretching requires a matched compressor dispersion specification.
Applications to discuss
- Seeded ultrafast amplifiers
- Multiphoton research
Specify your configuration
Precisometer supports selection and integration. Contact us for a quotation against an agreed configuration.
- Centre wavelength, pulse duration and repetition rate
- Average power and pulse requirements at the sample
- Delivery optics, dispersion and electrical or thermal interfaces
Local technical draft · configuration and final specifications require confirmation.