GECON. Supercontinuum Generators
|Spectrum (at level -20 dB)*||500-950 nm (GECON-800(a))
380-1050 nm (GECON-800(b))
|Conversion efficiency (not including Faraday isolator losses)||60%|
|Pump wavelength||~800 nm|
|Max. pump peak power (average power)||125 kW (500 mW at 50 fs, 80 MHz)|
|Input beam height**||120 mm|
|Output beam height***||120 / (126...128) mm|
|Dimensions (LxWxH)||500x250x170 mm|
|* - exact spectrum shape and width depends on pump laser specs, two basic configurations are given for 800 nm pump as an example, see spectrum plots for more details;
** - other values upon request;
*** - direct output / (wavelength selector output).
The GECON supercontinuum generator is an extension device for an ultrafast Ti:Sapphire oscillator, providing a complete solution for transformation of near-800 nm (GECON-800) into wideband light that covers the whole optical spectrum.
In the GECON-800 model, the parameters of the supercontinuum spectrum (span & shape) are highly dependent on the input Ti:Sapphire pumping radiation. By tuning the center wavelength and power of the pump it is possible to shape the spectrum of the supercontinuum, e.g. to emphasize a given region in the power density distribution. This key feature, combined with a flip-mirror enabled, prism-based wavelength selector, gives you an opportunity to fully harness the whole visible spectrum, employing spectral slabs of almost arbitrary position and width in numerous applications. The GECON is based on highly nonlinear photonic crystal fibers with various zero dispersion wavelengths available. With the GECON-800, it it possible to reach both normal & anomalous dispersion regimes of operation with a standard tunable Ti:Sapphire oscillator, thus acquiring two different types of spectra.
The design of the device allows the fiber itself to be changed by the user, making it even more flexible while reliable enough for the majority of research tasks thanks to specially designed dustproof launch- and collimation pads.
Ti:S oscillator with up to 3 W output power at 100 fs
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TiF-100ST-F6 femtosecond Ti:S oscillator with Frep locking for multiphoton microscopy at CANDLE, Armenia
The TiF-100ST-F6 femtosecond Ti:S oscillator with a built-in pump laser, also equipped with the ALock PLL electronics unit for pulse repetition rate locking to an external RF source has been installed at the Synchrotron Research Institute’s CANDLE facility in Armenia. The setup has been developed and commercialized during the joint Russia-Armenia project supported by FASIE (Innovation […]