FEMTOSOURCE SYNERGY < 10 fs - BFi OPTiLAS A/S
FEMTOSOURCE SYNERGY < 10 fs - BFi OPTiLAS A/S
FEMTOSOURCE SYNERGY < 10 fs - BFi OPTiLAS A/S
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<strong>FEMTOSOURCE</strong><br />
<strong>SYNERGY</strong><br />
< <strong>10</strong> <strong>fs</strong><br />
<strong>FEMTOSOURCE</strong> <strong>SYNERGY</strong> is<br />
an ultra-fast Ti:Sapphire oscillator<br />
using Dispersive Mirror (DM)<br />
technology. Dispersive Mirrors<br />
are specifically designed for<br />
broadband intracavity group<br />
delay dispersion compensation.<br />
The system generates the shortest<br />
commercially available optical<br />
pulses with unprecedented<br />
quality, stability, and reproducibility.<br />
DM-systems constitute the<br />
ideal solution for a wide range<br />
of scientific, industrial, and medical<br />
applications.<br />
Applications:<br />
• Amplifier Seeding<br />
• Coherent Terahertz Generation<br />
• Optical Coherence Tomography<br />
• Multi-Photon Microscopy<br />
• Time-Resolved Spectroscopy<br />
• Materials Processing<br />
SCHEMATIC
<strong>FEMTOSOURCE</strong> <strong>SYNERGY</strong><br />
<br />
Ultra-short Pulses<br />
Intracavity high order dispersion<br />
can be eliminated to an extent<br />
that high quality, bandwidth-limited<br />
sub-<strong>10</strong> <strong>fs</strong> pulses can be generated<br />
from a Ti:Sapphire oscillator<br />
(Optics Letters, Vol. 20, No.<br />
6, pp. 602, March 15, 1995). An<br />
Extra Cavity Dispersion Control<br />
CONCEPTIONAL DRAWING<br />
<br />
<br />
<br />
<br />
(ECDC) unit provides precise<br />
control of dispersion outside<br />
of the oscillator to transmit<br />
pulses with these extraordinary<br />
parameters to your target.<br />
Compactness<br />
DM-systems contain no intracavity<br />
elements other than the<br />
gain medium resulting in an<br />
extremely compact and simple<br />
setup.<br />
Stability & Reproducibility<br />
The intracavity dispersion is not<br />
sensitive to cavity alignment, in<br />
strong contrast to prism-controlled<br />
systems. Hence the dayto-day<br />
reproducibility as well as<br />
the stability of the laser output<br />
parameters is excellent in the<br />
sub-<strong>10</strong> <strong>fs</strong> regime. Owing to the<br />
compact DM resonator design<br />
and to the sealed cavity technology<br />
the system features the<br />
lowest energy noise and timing<br />
jitter demonstrated in the sub-<br />
<strong>10</strong> <strong>fs</strong> regime to date.<br />
<br />
<br />
Flexibility<br />
Custom-designed systems are<br />
available with repetition rates<br />
between 65 and 125 MHz. The<br />
center wavelength can be chosen<br />
and factory set to your specifications.<br />
Please ask for details.<br />
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1) Measured from <strong>10</strong> Hz – <strong>10</strong> MHz<br />
2) Measured over 2 hours after 30 min. warm up at constant environment temperature.<br />
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Extraordinary Features:<br />
• Ultra-Short Pulses<br />
• Extremely Broad Spectrum<br />
• Ultra-High Peak Power<br />
• CE-Phase Stabilization<br />
• Length Stabilization for<br />
FEMTOLOCK<br />
• Extremely Low Noise<br />
• Excellent Long Term Output<br />
Stability<br />
• Compact Footprint<br />
Femtolasers follows a program of continuous product improvement. All specifications are subject to change without notice.<br />
FEMTOLASERS Produktions GmbH<br />
Fernkorngasse <strong>10</strong>, A - 1<strong>10</strong>0 Vienna, Austria<br />
e-mail: info@femtolasers.com<br />
Phone: +43 1 503 7002 0<br />
Fax: +43 1 503 7002 99<br />
www.femtolasers.com<br />
650 - 950 nm<br />
> 8 <strong>fs</strong><br />
25 nJ @ 75 MHz<br />
FEMTOLASERS, Inc<br />
239 Stow Road, Harvard, MA 01451, USA<br />
e-mail: infofli@femtolasers.com<br />
Phone: +1 978 456 9920<br />
Fax: +1 978 456 9922<br />
Femtolasers’ laser products are certified<br />
to comply with the Federal Regulations<br />
(21 CFR Subchapter J) as administered by<br />
Center of Devices and Radiological Health<br />
on all systems ordered for shipment after<br />
October 1, 2003.<br />
update 12.4