OBIS LS 552 nm 60 mW Laser

OBIS LS 552 nm 60 mW Laser

SKU 1230937
UOM Each

High Performance Laser. 552 nm wavelength with 60 mW of output power with a superior quality circular beam.


Price $6,850.00 USD


Details

OBIS Lasers offer superior performance and reliability.

OBIS LS Lasers are built with OPSL, Optically Pumped Semiconductor Laser technology.

Exceptional beam quality (M² ≤ 1.1) and low noise (RMS ≤ 0.25%) provides your application with high Signal-to-Noise ratio and contrast.

Designed for the most demanding Life Science, Medical and Semiconductor Markets.

Operate in Continuous Wave (CW) mode with output power control via host computer (USB or RS-485).

Modulation includes Analog up to 100 KHz; Digital Modulation up to 50 KHz.

Requires +12 Volts DC power. Order Power Supply separately or OBIS Remote separately.

Order OBIS Heatsink separately for easy mounting and cooling.

Specs

General

Free-Space or Fiber Pigtailed
Free-Space
Wavelength (nanometers)
552
Wavelength Color
Green
Power (milliwatts)
60
Beam Type
Circular Beam
M² (Beam Quality at 90/10 Clip Levels) Maximum
1.1
Beam Diameter at 1/e² (millimeters)
0.7
Beam Divergence (milliradians, full-angle) Maximum
1.2
Beam Asymmetry (%) Minimum
90
RMS Noise (%) (20 hertz to 20 megahertz) Maximum
0.25
Peak-to-Peak Noise (%, 20 hertz to 20 kilohertz) Maximum
1
Long-term Power Stability (%, 8 hours, ±3°C) Maximum
2
Pointing Stability (µrad, over 2 hours after warm-up and ±3°C) Maximum
30
Pointing Stability Over Temperature (microradians/°C) Maximum
5
Polarization Ratio (X:1) Minimum
100
Polarization Azimuth
Vertical
Polarization Azimuth Tolerance (± X° angle) Maximum
5
USB
Yes
Communication
RS-485
Communication
USB
Laser Drive Mode 1
Continuous Wave (CW)
Laser Drive Mode 2
Analog Modulation
Laser Drive Mode 3
Digital Modulation
Laser Drive Mode 4
Mixed Analog+Digital Modulation
Analog Modulation Bandwidth (kilohertz) Maximum
100
Analog Modulation Rise Time (nanoseconds) Maximum
3000
Analog Modulation Fall Time (nanoseconds) Maximum
3000
Analog Modulation OFF Power (nanowatts) Maximum
1.2
Digital Modulation Bandwidth (megahertz) Maximum
0.05
Digital Modulation Rise Time (nanoseconds) Maximum
18000
Digital Modulation Fall Time (nanoseconds) Maximum
2000
Digital Modulation OFF Power (nanowatts) Maximum
0
Beam Position Tolerance from Exit Aperture (millimeters) Maximum
0.5
Beam Angle Tolerance from Exit (milliradians) Maximum
2.5
Warm-up Time (minutes, from cold start) Maximum
5
Laser Baseplate Temperature (°C) Maximum
40
Ambient Temperature, Operating Condition (°C) Minimum
15
Ambient Temperature, Operating Condition (°C) Maximum
40
Storage Temperature (°C) Minimum
-20
Storage Temperature (°C) Maximum
60
Shock Tolerance (g, 6 milliseconds) Maximum
30
Humidity, Operating
See Operator's Manual
Power Consumption (watts) Typical
8
Power Consumption (watts) Maximum
12
Laser Safety Classification
3b
LS or LX Type
LS
Operating Voltage (Volts DC)
12
ESD Protection
EN61326-1
Spatial Mode
Single Mode, TEM00
Beam Waist Location at Exit (millimeters) ± Maximum
200
Beam Diameter at 1/e² (millimeters) Minimum
0.6
Beam Diameter at 1/e² (millimeters) Maximum
0.8
Wavelength Minimum (nanometers)
550
Wavelength Maximum (nanometers)
554
Dimension, Length (millimeters)
70
Dimension, Width (millimeters)
40
Dimension, Height (millimeters)
38
Weight (kilograms)
0.16
Dimension, Height (inches)
1.5
Dimension, Length (inches)
2.75
Dimension, Width (inches)
1.57

Resources

Datasheets
Owner's Manuals
Drawings
Software

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