www.quantel-laser.com

Stable and reliableIR high performancesCW lasers

WAVELENGTH RANGE FROM 1100nm to 1118nm

OUTPUT POWER UP TO 3W

SINGLE FREQUENCY OPERATION

VERY LOW INTENSITY NOISE

EXCELLENT BEAM QUALITY

HIGH STABILITY OVER VIBRATION AND TEMPERATURE

LASER OR AMPLIFIER OPERATION

RELIABLE AND MAINTENANCE FREE

MAIN FEATURES

ERBIUM YTTERBIUM LASER FOR SCIENTIFIC APPLICATIONS

ATOM COOLING AND TRAPPING

SEMICONDUCTOR

SPECTROSCOPY

BIOTECHNOLOGY

SCIENCES

APPLICATIONS

EYLSA: Set it and forget itWith the new EYLSA platform stay focused on your research not on the laser.

The high performance design of the EYLSA 11xx lasers is based on high stability laser diodes which are amplified by fiber amplifier stagesand isolated from back-reflections. The EYLSA’s high performance design utilizes embedded air-cooling to provide exceptional hi gh wallplug efficiency.

This robust architecture provides industry leading performance which is insensitive to both ambient temperature changes and environmental vibrations. The high reliability of EYLSA’s integrated components ensures a long lifetime without any maintenance orpreventive service (no realignment, no need to clean optics) and is guaranteed with a 1-year warranty.

11xxLaser Solutions by QUANTEL

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quantel@quantel-laser.com

Quantel - France2 bis, avenue du PacifiqueZ.A. de Courtaboeuf - BP 2391941 Les Ulis Cedex - FranceTel. +33 (0)1 69 29 17 00

Quantel - USA601 Haggerty Lane Bozeman, MT 59715 - USATel. +1 406 586 0131 / 1 877 QUANTEL

Quantel - GmbHWorringer Str. 3050668 Köln - GermanyTel. +49 (0) 221 / 677856750

For more information: www.quantel-laser.com

EYLSA SPECIFICATIONS

Pous

sièr

es d

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iles

EYLSA Platform420 mm [16.53’’]445 mm [17.52’’]148 mm [5.82’’]

DIMENSIONS

A

B

C

A

B

C

OPTICAL CHARACTERISTICS

Wavelength

Linewidth (1 ms integration)

Coarse tunability

Fine tunability

Average output power

Power stability (1 hour)

Intensity noise (RMS, DC to 1 MHz)

OSNR (0.1 nm resolution)

Input Power Minimum

Mid-stage access at fundamental wavelength

Maximum mid-stage losses

CHARACTERISTICS UNITS

nm

kHz

GHz

MHz

W

%

%

dB

mW

dB

VAC

W

°C

mm3

mm3

mm3

M2

mm

µrad/C°

dB

OUTPUT CHARACTERISTICS

Output type

Beam quality

Beam profile

Beam diameter

Pointing stability

Polarization extinction ratio

FACILITY REQUIREMENTS

Supply voltage

Power consumption

Cooling

Operating temperature

External seeder dimensions

Laser box dimensions

Laser head dimensions

Fiber delivery length

1. Frequency modulation to amplitude modulation conversion (FM/AM) limits the usable �ne tuning bandwidth range. The bandwidth between [10-1000Hz] is not usable. Failure to do so will stop automatically the laser and some alarms will occurs. 2. Fine tuning capability should go up to 3GHz with actual seeder but the FM/AM conversion has been successfully tested up to 150MHz (under the condition given in note 1).

from 1100 to 1118 +/- 1

≤ 100

> 100 (1)

typ. 150 (2)

3

+/- 1

≤ 0.1

≥ 45

/

NO

/

≤ 1.3

Quasi-Gaussian

5 +/- 1

< 10

> 17

110 – 240

≤ 250

Air cooled

5 – 35

/

445 x 420 x 148

250 x 42 x 42

1

from 1100 to 1118 +/- 1

depends on seeder

depends on seeder

depends on seeder

3

+/- 1

≤ 0.1

≥ 45

5

NO

/

≤ 1.3

Quasi Gaussian

5 +/- 1

< 10

> 17

110 – 240

≤ 250

Air cooled

5 – 35

449 x 383 x 104

445 x 420 x 148

250 x 42 x 42

1

EYLSA-A-11xx-3-P-SS-W-CO

EYLSA-L-11xx-3-P-SS-W-CO

Collimated and isolated free space output

AMPLIFIERLASER

EYLSA 11xx TOUCH SCREEN USER INTERFACE

Collimated and isolated free space output