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FIBERPIGTAILED LASER
Most of the PEGASUS laser systems can be provided either as freespace or as multimde (MM) or as singlemode (SM) fibercoupled version. With fiber the customer can have laserlight with excellent beam quality,directly where it is needed and difficult adjustment is not necessary in OEM applications. Based on stable “state of the art” coupling technology, PEGASUS developed a large range of standard Singlemode- (SM) and Multimode (MM) fiberpigtailed modules with wavelengths between 405 and 810 nm.Very compact pigtailed module / singlemode
iC-MINI series
• Available standard wavelengths / power: 405 nm / 10 mW, 450 nm / 10 mW, 488 nm / 15mW, 515 nm / 20 mW, 638 nm / 40 mW, 660 nm / 15 mW, 810 nm / 80 mW • Housing dimension 60 x 35 x 25 mm3 • TEM00 beam profile • Integrated TEC • Output power stability < 2 %1,5 W RGB module / multimode
MICRO-RGB
• Wavelengths / power: 450 nm / 500 mW, 520 nm / 500 mW, 638 nm / 500 mW • OEM housing 106 x 60 x 25 mm3 • Integrated TEC • 50 µm MM fiber pigtail / SMA connector • Each channel can be controlled independently, separately6 colors out of 405 bis 808 nm / multimode
SIXTUS series
• Available MM wavelengths and power for each channel: 405 nm / 300 mW, 450 nm / 1400 mW, 520 nm / 800 mW, 638 nm / 500 mW, 660 nm / 500 mW, 810 nm / 1000 mW • Housing dimension 220 x 125 x 48 mm3 • Integrated TEC • 50, 100, 200, 400, 800 µm Faser • Each channel can be controlled independently, separately
By illumination with laser light,
the activity of some neuron and
brain cells can be turned on or
switched off selectively.
Depending on the type of neuron,
this has to be done with different
wavelengths, typically out of 405 -
640 nm with high spatial precision.
The PEGASUS fibercoupled
multicolor systems, as the MICRO-
RGB and the SIXTUS series provide
the necessary high optical power
at different wavelengths to
manipulate different cell types
and the fiber pigtail allows the
user to directly “connect” the
light to the spatial cell area, which
is item of interest.
The measurement of particle sizes
in the sub-µm range is usually
realized with laser diffraction
method. The PEGASUS singlemode
fiber pigtailed diode laser with
optical power up to 100 mW and
circular Gaussian beam profile are
used for precise focussing on
different areas inside the
measurement cell. Typically green
wavelength are used for nm-range
particles and red / IR often used
for particles with several µm.
the activity of some neuron and
brain cells can be turned on or
switched off selectively.
Depending on the type of neuron,
this has to be done with different
wavelengths, typically out of 405 -
640 nm with high spatial precision.
The PEGASUS fibercoupled
multicolor systems, as the MICRO-
RGB and the SIXTUS series provide
the necessary high optical power
at different wavelengths to
manipulate different cell types
and the fiber pigtail allows the
user to directly “connect” the
light to the spatial cell area, which
is item of interest.
The measurement of particle sizes
in the sub-µm range is usually
realized with laser diffraction
method. The PEGASUS singlemode
fiber pigtailed diode laser with
optical power up to 100 mW and
circular Gaussian beam profile are
used for precise focussing on
different areas inside the
measurement cell. Typically green
wavelength are used for nm-range
particles and red / IR often used
for particles with several µm.
Optogenetics
Particle analyse
Illumination solutions for
machine vision,
spectroscopy, laser display
and biophotonics
Illumination solutions for
machine vision,
spectroscopy, laser display
and biophotonics
Illumination solutions for
machine vision,
spectroscopy, laser display
and biophotonics
