Choose a wavelength and delivered power to match the excitation path. Module and rack formats serve different installation needs; fibre delivery and modulation should be specified with the optical configuration.
Configuration options
| Configuration | Wavelength options | Output power |
|---|---|---|
| Wavelength-selected system | 465-775 nm | 200-1000 mW; wavelength dependent |
Technical details
- Power adjustment
- 20-100%
- Beam propagation factor
- M² <1.1
- Polarization extinction ratio
- 20 dB
- Beam diameter
- 1 mm ±20%
- Long-term wavelength stability
- ±0.1 nm
- Intensity noise at nominal power
- 2% RMS, integrated over 5 Hz-100 kHz
- Long-term power drift
- 2% peak-to-peak
Integration and delivery
- Format
- Integration module with separate frequency-conversion head
- Delivery
- Free-space output; optional fibre coupling
- Control
- Graphical interface; modulation option requires configuration review
Conditions and configuration notes
- Output power depends on wavelength and configuration. A family maximum is not available at every wavelength.
- Confirm the delivered power after any fibre coupling, isolation or added optics.
- Power adjustment is an intensity setting; it is not wavelength tuning. The drift averaging time is not stated.
Applications to discuss
- Microscope excitation
- Flow-cytometry illumination
- Optical inspection
Specify your configuration
Precisometer supports selection and integration. Contact us for a quotation against an agreed configuration.
- Required excitation wavelength and power at the sample
- Free-space or fibre delivery, connector and polarization
- Modulation waveform, bandwidth and control interface
Local technical draft · configuration and final specifications require confirmation.