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WIZZLER: femtosecond
pulse measurement system
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The Wizzler is a new tool for femtosecond pulse characterization based on Self Referenced Spectral Interferometry. In this new technique, invented and patented by Fastlite, a reference pulse with a flat spectral phase is collinearly generated from the input pulse by cross polarized wave generation (XPW). A non integrative processing of the spectral interference pattern resulting from the combination of the input pulse and the reference pulse allows for direct retrieval of the spectral phase and intensity of the pulse.
More on Wizzler.....
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PHAZZLER: ultrafast pulse shaping and pulse measurement system
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The Phazzler implements SPIDER, FROG and autocorrelation pulse characterization techniques in a single beam geometry, thus allowing to switch from one characterization method to another one by simply clicking a software button.
Phazzlers systems are programmable pulse shaping and pulse measurement systems based on the Dazzler pulse shaper. In addition to its inherent pulse shaping capabilities, the Phazzler also provides for the characterization of the spectral phase and spectral intensity of femtosecond pulses.
More on Phazzlers.....
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DAZZLER: Ultrafast pulse shaping systems
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DazzlersTM (or AOPDF) products
are turn key ultrafast pulse shaping systems simultaneously and
independently performing both spectral phase and amplitude
programmation of ultrafast laser pulses.
All Dazzler systems include:
 A crystal module enabling to control, through a
longitudinal acousto-optic interaction, optical signals in the hundreds
of Terahertz range with RF signals in the tens of Megahertz range.
A RF generator which delivers arbitrary RF waveforms to the crystal module.
A laptop computer, connected to the RF generator via a USB link and installed with the DazzlerTM software. This user friendly software allows easy programmation of RF waveforms to perform specific optical pulse shaping.
More on Dazzlers......
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STABBLER: Ultrafast pulse stabilization system
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The STABBLER is a photoconductive switch based system enabling for the pulse energy stabilization of the ultrafast laser pulse trains issued by ultrafast laser amplifiers.
 Conversely to other stabilization techniques which generally provide for the stabilization of slowly varying pulse energy variations, the Stabbler can stabilize rapid energy fluctuations such as variations occurring from one pulse to the next one within the pulse train.
More on the Stabbler
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