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Supplier: Laserglow Technologies
Description: The LRD-0470 Cyanea™ Series of Collimated Diode (Semiconductor) Lasers are ideal for applications requiring a short wavelength of 470 nm and output power levels of 100 mW to 1000 mW with a high level of long-term output power stability and long operating lifetime at a very
- CDRH Classification: Class IIIa, Class IV
- Laser Output: Continuous Wave
- Laser Power: 100 to 1000 milliwatts
- Laser Type: Laser Diodes
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Supplier: ODG (Origin Data Global)
Description: LED LUXEON REBEL BLUE 470NM SMD
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Supplier: ODG (Origin Data Global)
Description: LED LUXEON Z BLUE 470NM SMD
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Supplier: ODG (Origin Data Global)
Description: LED XLAMP XRC BLUE 470NM SMD
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-performance blue laser diode designed by OSRAM for demanding applications requiring high optical output and precision. Operating at a wavelength of 450 nm, it delivers up to 1.6 watts of continuous optical power, making it suitable for various applications such as laser projectors, machine vision, holography, and (read more)
Browse Diode Lasers Datasheets for World Star Tech -
Osram 5W Blue Laser Diode in a compact 9mm TO can package.. Typical Features 447 nm emission wavelength TO90 package ESD protection diode Laser Diode isolated against package High (read more)
Browse Diode Lasers Datasheets for World Star Tech -
imaging and their small package size enables highly compact systems such as pico-projectors. Multi-mode laser diodes are also available with OSRAM’s portfolio. Lasers in the blue spectrum (447-450 nm) achieve up to 5 watts and are suitable for industrial and automotive applications (read more)
Browse Lasers Datasheets for World Star Tech -
-projectors. Multi-mode laser diodes are also available with OSRAM’s portfolio. Lasers in the blue spectrum (447-450 nm) achieve up to 5 watts and are suitable for industrial and automotive applications. The laser diode light can be focused down to a point only a few micrometers in diameter using aspherical (read more)
Browse Diode Lasers Datasheets for World Star Tech -
(continuous wave): 5 W (TS = 25°C) — Typical emission wavelength: 447 nm — Efficient radiation source for cw and pulsed operation — Chip on electrical insulated submount Applications — Electronic Equipment — Laser (read more)
Browse Diode Lasers Datasheets for World Star Tech -
OSRAM’s portfolio. Lasers in the blue spectrum (447-450 nm) achieve up to 5 watts and are suitable for industrial and automotive applications. The laser diode light can be focused down to a point only a few micrometers in diameter using aspherical lens optics. The laser can be directly used as (read more)
Browse Lasers Datasheets for World Star Tech -
, Protomatic has you covered with our OMTech B10 laser engraver. Versatility combined with affordability. Standard 2-axis tabletop Blue 450nM,10W optical power Diode-based The power to cut through materials such as 5mm (.20″) black acrylic plastic (read more)
Browse Laser Marking and Laser Engraving Services Datasheets for Protomatic, Inc. -
frequency shifting to green, blue, or UV light, enhancing versatility for advanced laser systems. Product Specifications by CASTECH: Doping Concentrations: Ranges from 0.1% to 3% with precise tolerances (±0.05% for at.% <1% and (read more)
Browse Optical Crystals Datasheets for CASTECH, Inc. -
: — Typical emission wavelength: 520 nm — Efficient radiation source for cw and pulsed operation — Single mode semiconductor laser — High modulation bandwidth — TO56 package with photo diode World Star Tech carries a large inventory (read more)
Browse Lasers Datasheets for World Star Tech -
The PLPT9 450MD_E diode offers a significantly improved output power and electro-optical efficiency of up to 48% across different wavelengths, reducing the number of components in multi-device applications. This diode provides an extended wavelength of 434nm to 470nm. (read more)
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Remote sensing and characterization of oil on water using coherent fringe projection and holographic in-line interferometry
Fig. 8 Degradation of the oil spot by a blue laser ( 470 nm ) illumina- tion, the picture in the right shows amplified (×40) image of the selected part of the spot.
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Thorough GABAergic innervation of the entire axon initial segment revealed by an optogenetic ‘laserspritzer’
Photo-activation of ChR2 was performed by shuttering the beam of a blue laser ( 470 nm ) in the specimen plane via a × 5 objective.
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A microfluidic device with integrated fluorimetric detection for flow injection analysis
Although this LOD is still high compared to that normally encountered for this determination (0.80 nmol L−1 ) [20], better results could be obtained by using a blue laser ( 470 nm ) as excitation source and by changing the optical filter used to …
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Optofluidic integration for microanalysis
Li et al. (2006) employed an optical fibre embedded in an etched channel in the substrate and a blue ( 470 nm ) laser diode for detection of fluorescene-5-iso- thiocyanate (FITC)-tagged neurotransmitters dopamine and epinephrine in a micro CE chip.
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Analysis of Cell Concentration, Volume Concentration, and Colony Size of Microcystis Via Laser Particle Analyzer
The collimated laser beams, with wavelengths of 632.8 nm (red laser) and 470 nm ( blue laser ), shine across a 1 cm flow cell con- taining particles from the flow system.
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Fiber optic oxygen sensor using fluorescence quenching for aircraft inerting fuel tank applications
The fiber optic sensor is based on fluorescence quenching of the O2 gas when excited with Blue light source that can use an LED or Blue laser source ( 470 nm ).
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Front Matter: Volume 7314
The fiber optic sensor is based on fluorescence quenching of the O2 gas when excited with Blue light source that can use an LED or Blue laser source ( 470 nm ).
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Fiber optic oxygen sensor using fluorescence quenching for aviation industry
The fiber optic oxygen sensor is based on fluorescence quenching of the O2 gas when excited with Blue light source that can use an LED or Blue laser source ( 470 nm ).
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All optical O2 sensors using innovative phase fluorimetry for monitoring of headspace in ullage for FAA mandated inerting fuel tanks of commercial airlines
The fiber optic oxygen sensor is based on fluorescence quenching of the O2 gas when excited with Blue light source that can use an LED or Blue laser source ( 470 nm ).
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Fiber optic oxygen sensor using fluorescence quenching for aerospace application
The fiber optic oxygen sensor is based on fluorescence quenching of the O2 gas when excited with Blue light source that can use an LED or Blue laser source ( 470 nm ).