Necsel NovaTru™ Chroma 780
Wavelength Stabilized Laser
Wavelength Stabilized
- 20-50 mW
These stabilized lasers combine high performance fiber optic packaging and compact laser drive circuit design for rapid integration into flow cytometers, interferometers, spectral instruments or laboratory research setups where reliable, stable single-mode laser performance is required. The integrated driver circuitry is versatile enough for many other potential sources as well.
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Features & Benefits
- High Power Single Mode Performance
- VBG Wavelength Stability
- Ultra Stable Output Power
- Fully Integrated OEM Solution
- Very Low Power Consumption
- Collimated or Fiber Coupled Output
- User Selectable Control Options
- Compact, Small Box Design
Applications
- Raman Spectroscopy
- Flow Cytometry
- Confocal Microscopy
- Metrology
- Fluorescence Excitation
- Interferometry
- Microlithography
- HeNe Replacement
Operating Specifications
Parameter | Units | Min | Typical | Max |
Output power | mW | 20 | – | 50 |
Spectral linewidth | MHz | < 50 | ||
Wavelength stability | pm | +/- 5 | ||
ASE suppression (typical)** | dB | 40 | ||
Optical power stability | % pk-pk | +/- 1 | ||
Noise (10Hz–100MHz) | %rms | < 0.2 | ||
Modulation-analog (typical) | TBD | |||
Modulation-digital (typical) | kHz | 10 | ||
Power adjustability | % | 50 | 100 |
Free Space Optical Specifications
Parameter | Units | Min | Typical | Max |
Beam quality (mˆ2 typical) vertical | 1.2 | |||
Beam quality (mˆ2 typical) horizontal | 1.1 | |||
Beam diameter vertical | mm | 1 | ||
Beam diameter hortizontal | mm | 5 | ||
Beam divergence—vertical | mrad | .8 | ||
Beam divergence—horizontal | mrad | 1.3 | ||
Beam Pointing Stability | µrad | < 50 | ||
Polarization ratio | linear | 100:1 |
Electrical Specifications
Parameter | Units | Min | Typical | Max |
DC input (max) | 2A @ 3.3V | |||
Warm-up time | min | < 5 | ||
Power consumption | W | 5 | ||
Case temperature | °C | -15 | 40 | |
Humidity (non-condensing) | % | 5 | 95 |