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LCM-S-111-10-NP25

Quick Overview

532nm 10mW CW Laboratory Style Laser
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Details

Application fields: Raman spectroscopy, laser microscopy (LSCM, MPLSM), interference measurements, spectral analysis, flow cytometry, holography, laser-assisted measurements. Features: Single longitudinal mode Ultra-low optical noise Narrow line width High coherence length Perfect beam quality, TEMoo Stable output power in wide operating temperature range High reliability RoHS compliance Very suitable for OEM projects >10,000 hours lifetime Modification LCM-S-111-20-R has been specially developed for Raman spectroscopy. Due to a special technical solution, back reflection hitting output laser aperture does not have an essential influence on the output power stability and the level of optical noise. This advantage makes the laser an ideal source for use in Raman spectroscopy.

Additional Information

Wavelength (nm) 532
Output Parameter CW
Power (in mW) 11
Output Power Stability 2% p-to-p/ 8 hrs
Noise RMS(10Hz-5MHz) <0.2% RMS and <0.9% p-to-p
Noise RMS(10Hz-20MHz) 0.2% RMS 0.9% p-to-p over 15-50°C / 0.1% RMS 0.5% p-to-p at 25°C (without back reflection)
Transverse Mode Structure TEMoo
M^2 / Beam Quality 1.2 (typ. 1.05)
Beam Size 1.1 ± 0.1mm at exit
Beam Shape Circular
Ellipticity 0.95 - 1.05
Beam Divergence (1/e2) 0.6 0.1 mRad (full angle)
Polarization State Linear
Polarization Orientation Horizontal
Polarization Ratio >100:1
Spectral Width 0.00001
Coherence Length > 50 Meters
Single Longitudinal Mode Yes
Operating Temp Range (celsius) 15 - 50°
Head Dimensions 90 x 40 x 29mm
Driver/Power Supply Dimensions 85 x 60 x 31mm Driver
Weight 0.3300
Spatial Mode Single
Operating Voltage (VDC) 4.5 - 6 VDC, stabilized
Heating Power 5W@5VDC
Warm Up Time 10 min (typ. 5 min)
Laser Safety Class IIIb

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