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  • Description: . The lasers allow user adjustment of focus via an external control ring. The 635nm red lasers are available in two power levels, and a 520nm green laser is available for more visually demanding applications. A 1m long power cable terminated with bare ends is available

    • CDRH Classification: Class IIIb
    • Laser Output: Continuous Wave
    • Laser Power: 50 milliwatts
    • Laser Wavelength: Green

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  • Description: . The lasers allow user adjustment of focus via an external control ring. The 635nm red lasers are available in two power levels, and a 520nm green laser is available for more visually demanding applications. A 1m long power cable terminated with bare ends is available

    • CDRH Classification: Class IIIb
    • Laser Output: Continuous Wave
    • Laser Power: 40 milliwatts
    • Laser Wavelength: Red

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  • Description: . The lasers allow user adjustment of focus via an external control ring. The 635nm red lasers are available in two power levels, and a 520nm green laser is available for more visually demanding applications. A 1m long power cable terminated with bare ends is available

    • CDRH Classification: Class IIIb
    • Laser Output: Continuous Wave
    • Laser Power: 10 milliwatts
    • Laser Wavelength: Red

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  • Description: The Beta TX series from Global Laser consists of high-quality laser diode modules. These modules combine a laser diode, a driver and modulation circuitry, and a collimating lens. All housed in a black powder coated brass body which is electrically isolated. A

    • CDRH Classification: Class II
    • Laser Power: 1 milliwatts
    • Laser Wavelength: Red, Other
    • Wavelength Range: 670 nm

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  • Description: variety of factory conditions. The extended read range and intelligent sweeping raster provide robust reading of both linear bar codes and stacked symbologies. Versatility and rugged design make the MS-890 an ideal scanner for industrial applications

    • Bar Code Scanner Type: Fixed Horizontal / In-counter, Fixed Vertical / Counter-top
    • Decoder Method: Integral Decoder (Stand Alone)
    • Features: Audible or Visual 'Good Reading' Indicator
    • Interface Options: Ethernet, Serial

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  • Generalized Arago-Fresnel laws: The EME-flow-line description
    Light from a green laser module (λ = 532.5 nm) was sent through a polarizing system consisting of a linear polarizer and a Babinet compensator (BC), which allowed the realization of arbitrary linear and elliptical polarizations (Figs. 1a and b).
  • Generalized Arago–Fresnel laws: the EME-flow-line description
    Light from a green laser module (λ = 532.5 μm) was sent through a polarizing system consisting of a linear polarizer and a Babinet compensator (BC), which allowed one to realize arbitrary linear and elliptical polarizations (Fig. 1).
  • Recent developments with a prototype fan-beam optical CT scanner
    First, the green HeNe laser , pair of linear polarizers, and line generating lens have all been replaced by a red laser diode module (LDM) with 60° line-creating head (λ = 635 nm, 3 mW, Edmund Optics; Boulder, CO, USA); the beam intensity…
  • A linear actuator for precision positioning of dual objects
    …sensor Sensors Actuators A 158 306–12 [4] Ozeki Y et al 2009 Miniature multiple-axes adaptive optics unit employing SIDMs and its application to an efficient green laser module Konica Minolta Technol. Rep … 1999 Development of a linear piezoelectric motor based on…
  • Intelligent Technologies and Engineering Systems
    With the help of a 200 mW green light laser sheet module , the traces of the visualization particles could be recorded using a digital camera. .... Two different motor rotational speeds were examined; these speed corresponded to a linear belt velocity of 0…
  • A study of the annual performance of bifacial photovoltaic modules in the case of vertical facade integration
    …tive gain at low irradiances might be due to shunt currents induced by laser cutting of our .... From the indoor experimental data, we used a linear relationship ( green line shown on Fig. 18A) between the power gain gPm and the total irradiance incident on the module Isc-bi/Isc-front-STC shown in Equation 6 for simulat- ing the contribution…
  • High-power distributed Bragg reflector lasers for green-light generation
    …remains constant for each bit period and the temperature variations of the DBR laser within each 20 .... Figure 10 shows that the measured green -light power of a green-light module is reasonably linear to the differential phase between the DBR- and gain-section currents.
  • Fiber coupling of high-power diode laser stack for direct polycarbonate processing
    Characterization curves for the HPLD module : optical power (blue dots, linear regression in red), electro-optical efficiency ( green ), and voltage drop (blue) against applied current. .... 2.2 Fiber coupling of the diode laser beam .
  • Efficient green lasers for high-resolution scanning micro-projector displays
    The G-1000 module consists of the DBR laser , SIDM-based adaptive optics (with two lenses) and the SHG mounted in a linear configuration on a ceramic base, as shown in Fig. 4. .... metal lid provides the enclosure with a glass filter window that transmits only green light while blocking…
  • Efficient green-light generation from waveguide crystal
    Fig. 4 Measured heat induced wavelength change against IR power for three different coupling efficiencies and three corresponding linear fits Conclusions: A high-efficiency method for SHG of green light from infrared pumping … crystals using a DBR laser diode has been demonstrated. .... the DBR laser diode and waveguide crystal, the setup can be integrated into a very compact module .