Overview:
The Sapphire series is a single longitudinal mode laser with a narrow line width, based on coherent company OPSL technology. Good beam quality (M2<1.1), good power stability, and low noise.
Characteristics:
>Narrow line width (<1.5MHz)
>Up to 100mW @ 488nm
>Up to 150mW@532nm
>Good beam quality (TEM00, M2<1.1)
Application:
>Raman spectroscopy
>Holography
>Optical metrology
Sapphire SF (Single-Frequency) | ||
Model Name |
Wavelength (nm)
|
Power (mW)
|
Sapphire 488 SF
|
488
|
20, 50, 75 and 100
|
Sapphire 532 SF
|
532
|
20, 50, 75, 100 and 150
|
model | Sapphire SF | |
Wavelengthnm
|
488 | 532 |
Wavelength accuracy nm | 0.1 | |
Longitudinal mode structure, line width MHz | <1.5 | |
Output power1mW | 20,50,100 | 20,50,100,150 |
Spatial Pattern | TEM00,M2<1.1, Single Longitudinal Mode | |
Beam symmetry | 0.9 to 1.1 | |
Spot size 1/e2 | 0.7±0.05 | |
Beam divergence angle mrad | <1.3 | |
Beam pointing stability% | <30urad | |
Preheat for 2 hours, ± 3 ℃ | ||
Noise (%) | ||
20Hz to 2MHz rms | <0.25 | |
20Hz to 20kHz P to P | <1 | |
Long term power stability (%) | <2 | |
2 hours, ± 3 ℃ | ||
Preheating time (minutes) | <5 | |
polarization ratio | >100:1, vertical | |
Static adjustment accuracy2 | ||
Beam position, mm | ±0.25 | |
Beam angle, mrad | ±2.5 | |
Waist position, relative to the exit | ±2003 | |
Functional and environmental requirements | ||
interface | Simulation/RS-232/USB | |
Working voltage4 VDC | +10.8 to 15 | |
Power consumption W | <60 | |
The bottom plate of the laser head has a high temperature5 | +50℃ | |
The laser head has a large amount of heat dissipation | 25W, base plate @ 50 ℃ | |
ambient temperature | ||
working conditions | 10 to 40℃ | |
Non working conditions | -30 to 60℃ | |
Impact tolerance 6ms | 7G vertically, 15G horizontally | |
Dimensions LxWxH, weight | ||
LASER | 125x70x34mm/0.35kg | |
controller | 117.8x76.2x43.2mm/0.25kg | |
Heat sink (option) | 200x80x50mm/0.75kg | |
DC power supply (option) | 171x105x55mm/0.95kg | |
Laser head to controller cable | 2m, 5m optional |
1. Output power regulation can be achieved through digital or analog interfaces, with a range of 10% -110%. Suggested power range is 70% -110%.
2. Static adjustment accuracy, defined as relative to the right bottom edge, with the direction of light output as a reference
3.200mm is 25% of the Rayleigh length range (488nm) and 30% of the Rayleigh range (532)
If the customer provides their own power supply, the DC power supply must meet the following requirements: power>60W, ripple<5% peak to peak, and power adjustment rate<0.5%
5. Use original special heat sinks or other heat sinks with sufficient heat dissipation.