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632.8nm frequency stable laser diode
632.8nm frequency stable laser diode
Product details
632.8nm frequency stable laser diode
Ø Single Longitudinal Mode (SLM) performance
ر 0.002nm wavelength stability
Ø Extremely low power consumption
A 632.8nm frequency stable laser diode is highly suitable for typical He Ne laser applications, including flow cytometry, interferometry, confocal microscopy, fluorescence excitation, and Raman spectroscopy. Helium neon lasers with similar functions have larger sizes, higher prices, and higher power consumption. A 632.8nm frequency stable laser diode is equipped with a compact design, ± 0.002nm wavelength stability, and power above 60mW (free space model) or above 20mW (fiber coupled model). In addition, these lasers all use variable Bragg gratings (VBGs) to lock the wavelength of 632.8nm to a linewidth of 10MHz.
Common Specifications
Power stability (%): |
1 |
Laser grade - CDRH: |
IIIb |
Ordering information:
Output power (mW) |
Wavelength (nm) |
product ID |
55 |
632.8 |
#33-045 |
25 |
632.8 |
#33-046 |
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