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Brochure

Fermion I Turnkey - pdf

Related Products

Fermiion III - MM fiber
Fiber Coupled OEM lasers
Fiber Collimators
Singlemode Fibers

 

Applications

Confocal Micrscopy
Cytometry
Ophthalmology
Dermatology
Plasmonics
Particle Analysis
Interferometry
Communications
Metrology

 

Fermion I Series
Singlemode Fiber Turnkey System
(used in the LIGO gravitational wave detection)

Fermion I Fiber coupled laser

Features

  • 405nm to 1550nm
  • Singlemode fiber
  • Narrow linewidths
  • Adjustable output power
  • Modulation or pulsed
  • High stability, low noise
  • Certified system

 

The Fermion I Series of Turnkey Fiber Coupled Lasers are designed to make using lasers easy and convenient. You just plug it in and turn it on. No additional power supplies or heat sinks are needed.

These systems have outputs up to 200mW from the end of singlemode fiber. All lasers are temperature controlled for high stability and low noise. A range of discrete wavelengths cover the span from 405nm to 1550nm.

Internally the lasers are coupled to singlemode fiber for that particular wavelength. This gives a spatially filtered output beam with a smooth Gaussian profile. Many of the lasers can oscillate in a single longitudinal mode or narrow spectral line. Options for polarization maintaining fiber also available. Lasers can run in CW, modulated or pulsed mode from zero to full output using the front panel knob or an external voltage source. A one meter length of fiber patch cord is included.

Output of the fiber can be collimated using our Fiber Collimators. They are available in different beam sizes with adjustable focus. Output is diffraction limited with low wavefront error. Please see the Fiber Collimator Series.

Other options include different cable lengths, wavelength combining, fiber splitters and polarization maintaining fiber.

Specifications

Wavelengths:

400nm to 1550nm

Output powers:

Adjustable

Power stability:

<1%

Modulation:

to 1MHz

Internal fiber:

Singlemode for wavelength or PM

Panel connection:

FC/APC or FC

Power requirements:

90-125 VAC, 190-250 VAC, 47-63 Hz

Operating temperature:

15 - 30°C non condensing

Storage temperature:

0 - 50°C

Compliance:

CDRH 21 CFR 1040.10 certified system and IEC 60825-1.2 compliant for end users

 

All lasers come with 1 meter detachable fiber for the wavelength of use.

Model Numbers

Model #

Wavelength

Power

FI1 405M-25-TE/FC

405 +/- 5 nm

25 mW

FI1 450M-12-TE/FC

450 +/- 10 nm

12 mW

FI1 473M-30-TE/FC

473 +/- 5 nm

30 mW

FI1 488M-20-TE/FC

488 +/- 3 nm

20 mW

FI1 520M-12-TE/FC

520 +/- 10 nm

12 mW

FI1 637M-70-TE/APC

637 +/- 5 nm

70 mW

FI1 638S-10-TE/APC

638 +/- 5 nm

10 mW

FI1 642M-50-TE/APC

642 +/- 5 nm

50 mW

FI1 647M-50-TE/APC

647 - 650 nm

50 mW

FI1 660M-60-TE/APC

660 +/- 5 nm

60 mW

FI1 705M-12-TE/APC

705 +/- 10 nm

12 mW

FI1 730S-12-TE/APC

730 +/- 10 nm

12 mW

FI1 808M-250-TE/APC

808+/-5 nm

250 mW

FI1 830M-100-TE/APC

830 +/- 5 nm

100 mW

FI1 1064M-220-TE/APC

1064 +/- 5 nm

220 mW

FI11310M-130-TE/APC

1310+/-20 nm

130 mW

FI11550M-130-TE/APC

1550+/-20 nm

130 mW

 

Stabilized Wavelength Lasers

Model #

Wavelength

Spectral width, typical

Output power

FI! 633N-10-TE/APC

633 +/- 0.25 nm

150 MHz

10 mW

FI1 633N-20-TE/APC

633 +/- 0.25 nm

150 MHz

20 mW

FI1 786N-150-TE/APC

786 +/- 1 nm

0.0 4pm

150 mW

FI1 976N-200-TE/APC

976 +/- 1 nm

0.04 pm

200 mW

FI1 1064N-200-TE/APC

1064 +/- 1 nm

0.04 pm

200 mW

FI1 1310D-16-TE/APC

1310 +/-1 nm

<10 MHz

16 mW

FI1 1550D-8-TE/APC

1550 +/- 1 nm

<10 MHz

8 mW

FI1 1550D-20-TE/APC

1550 +/-1 nm

<10 MHz

20 mW

FI1 1550D-40-TE/APC

1550 +/- 1 nm

<10 MHz

40 mW

FI1 1550D-80-TE/APC

1550 +/- 1 nm

<10 MHz

80 mW

FI1 1550D-100-TE/APC

1550- +/-1 nm

<10 MHz

100 mW

 

Listed are the more popular wavelengths. Other power levels or wavelengths are available on special order.
Accessories include an extensive list of Fiber Collimators, Fiber Splitters and optical probes.