1 - 10 of 89 Search Results for picosecond
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2.
OPOs
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... ¢-OPO is a synchronously pumped system, seeded by a Mira Ti:sapphire laser that provides high-repetition rate, near-transform-limited femtosecond and picosecond pulses in the visible and infrared. A range of models is available, depending on the wavelength coverage, pulse width and diagnostic/control ...
Related Searches: opo laser | opo | optical parametric oscillator
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4.
TOPAS
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... kHz, and 0.2 mJ to 3.5 mJ per pulse) Multiple OPAs can be pumped with one Ti:Sapphire amplifier High pump-energy models available (up to 10 mJ) Picosecond models available Literature & Documentation . Drawings . Keep Informed Contact Information   ...
Related Searches: topas | whitelight | opa
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6.
Legend Elite Series
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... developed for our industrial-grade Libra amplifiers, this design sets a new level of stability. With versions that can operate from 2 picosecond to <25 femtoseconds, and with pulse energies up to 6 mJ, there is a Legend Elite version for your amplifier application.   ...
Related Searches: legend elite | regenerative amplifier | legend | picosecond laser
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8.
RegA_9000_9050_DS
(PAGE 1 OF 2)
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... 1000 times to the µJ level. In the RegA 9000 system, inherent group velocity dispersion (GVD) in the amplifier broadens the pulse length to tens of picoseconds. After extraction, the pulse is recompressed to <200 fs by a simple, singlegrating pulse-compression stage. In the RegA 9050 system, a separate ...
Related Searches: regenerative amplifier | acousto-optic modulator | rega 9000
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10.
604_CoherentReprintRev2
(PAGE 2 OF 4)
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... distance Z (Figure 2). Axial resolution is maximized as the ratio of pulse width to pulse energy is reduced. Only femtosecond lasers (as opposed to picosecond lasers) can deliver submicron Z-axis resolution. Increasing the pulse energy of a picosecond laser to minimize the pulse width/pulse energy ratio ...
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