MS-FROG stands for Multi-Shot Frequency Resolved Optical Gating. The MS-FROG is based on second harmonic generation, making it reliable and compact. It has been specially developed for sources with energy per pulse of less than 1 nJ. It allows the measurement of pulses from 50 fs to 40 ps in the standard version. The scan speed is so high that it allows real-time operations for measurement and optimization. The MS-FROG-LP can perform scan at 130 ps/s, making it the fastest scanning FROG on the market. Also, the MS-FROG-SP allows the measurement of both ultra-short and long pulses thanks to its dual-mode (standard mode for pulse duration >=> 50 fs and fine-scan mode for pulse < 50 fs). On top of that, our recently developed algorithm allows to extract information from each recorded spectra instantaneously, leading to real time reconstruction of your pulses! Like every products, the MS-FROG is easy to install and use.
- User-friendly: no calibration and no tweaking necessary
- Versatile: instant-swap of spectrometer for different wavelength ranges
- Large pulse duration measurement range (from 5 fs to 80 ps)
- High sensitivity (sub-nJ pulse)
- User-friendly and powerful software (STAR : Software Technology for Acquisition and Retrieval)
- Broad available spectral range
- Fiber connector available (FC/APC, FC/PC)
|Pulse duration range||min||50 fs||5 fs||100 fs||25 fs|
|max||40 ps||40 ps||80 ps||80 ps|
|Fine scan mode range||not applicable||5 - 50 fs||not applicable||25 - 500 fs|
|Accessible spectral range (nm)||500 - 20001|
|Spectral Window Δλ (nm)||From 200 to 700 1|
|Minimum temporal resolution||6.7 fs||standard : 6.7 fs||13.4 fs||standard : 13.4 fs|
|fine scan : 0.1 fs||fine scan : 0.2 fs|
|Scan speed||> 65 ps/s||standard : > 65 ps/s||> 130 ps/s||standard : > 130 ps/s|
|fine scan : > 50 fs/s||fine scan : > 500 fs/s|
|Input pulse repetition rate||100 Hz to GHz 2|
|Min input pulse energy 3||1 MHz||500 pJ||10 nJ||500 pJ||1 nJ|
|100 MHz||50 pJ||1 nJ||50 pJ||100 pJ|
|Input polarization||linear vertical|
|Detection||CMOS 12 Bits - 3 Mpx - 72 dB|
|PC Interface||USB 3.1|
|Beam height (mm)||70 - 150|
|Dimensions (mm)||213 x 162 x 125|
1 Effective spectral bandwidth to be defined within the accessible spectral range according to customer’s requirements. Additional spectrometers can be provided to address different spectral windows.
2 Low repetition rate available as an option.
GigaHertz / low energy (pJ) measurement sample
The measured laser was a SESAM modelocked VECSEL developed at ETH Zurich1, assembled, amplified and CEO stabilized at the University of Neuchatel2.
This was the very first measurement of a GHz rep. rate Laser with a single-shot device.