Femtosecond scanning autocorrelator AA-10DD Pulse duration range 10-30000 fs * Scanning rate 0.1-20 Hz * Linear distortion <1% * USB connection and software * All-reflective optics * Position measurement * Fringe-resolved autocorrelation function * Frictionless movement * Optional fiber input * Application: - Femtosecond oscillator pulse duration measurement View software screenshot View front and rear panel connectors View drawings of AA-10DD in .pdf View drawings of AA-10DDM in .pdf Print version  Download .pdf What is the Interferometric Autocorrelation?

AA-10DD zoom in   AA-10DDM zoom in

   The AA-10DD real-time autocorrelator offers smooth and fast measurement of femtosecond and picosecond pulse duration. Different models of the autocorrelator cover several wavelength ranges, with the AA-10DDM model combining the ranges by using 3 interchangeable photodetectors and optics. Two separate ranges can also be covered upon request. Input pulse duration ranges from 10 fs to 6 ps for easy monitoring of different laser systems, especially femtosecond and picosecond oscillators (for amplifier monitoring please also see our ASF-20 single-shot autocorrelator). The -30PS option widens the pulse duration range to 30 ps, while the -S option lowers the input repetition rate requirement to >10 Hz to fit almost any ultrafast system in the field.
   The device features USB interface and can be easily hooked up to a PC with Windows OS. The software is supplied with the device and comprises several useful tools. The acquired pulse duration data can be visualized, stored or exported to a .txt or .dat file. Autocorrelation function and final FWHM pulse duration in femtoseconds are calculated and displayed in real-time. Moreover, Gaussian or sech² fitting options are enabled, intensity function may also be observed. The statistical viewer feature allows the comparison of data acquired from several separate pulse measurements.
   The tiny body of the AA-10DD (132x123x118 mm) flawlessly fits any experimental setup with strict space requirements. 
   We also offer an optional fiber input for fast and reliable pulse duration measurement in various optical fibers. Moreover, the autocorrelator in this case still maintians the free-space measurement capability.