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Product Model
| product code | computer interface | Wavelength range (nm) |
| 11-760 | USB | 700 – 1100 |
Product Specification
| Computer interfaces. | USB | Delay Resolution. | <0.001 % of Scan Range |
| Wavelength range (nm). | 700 – 1100 | Delay Linearity. | <1% |
| Size (cm). | 10.2 x 10.2 | Measurement Mode. | Collinear Intensity |
| Measurable Pulse Duration. | 50 - 3500fs | SHG Phase Matching. | Not Required |
| Scan Range. | 150fs - 15ps | Trigger Mode. | 300Hz - 50kHz |
| Sensitivity (W)2): | <0.1 | Input aperture (mm). | 6 |
| Repetition Rate (Hz). | >300 | Fitting Routine. | Gaussian, Sech2, Lorentz |
| Maximum Input Power/Energy. | 300mW/5µJ | Calibration. | Certified NIST Traceable Calibration |
| Input Beam Polarization. | Linear/Horizontal |
particulars
Ultrafast autocorrelators are used to characterize ultrafast laser pulses generated by Ti:sapphire and Yb:doped fiber lasers. These autocorrelators utilize a built-in two-photon absorption (TPA) detector and are suitable for measuring ultrafast femtosecond and picosecond laser pulses at wavelengths from 700 to 1100 nm. The highly sensitive TPA detector can measure ultrafast laser pulses requiring sensitivity in the milliwatt range. These ultrafast autocorrelators are designed in a compact form factor and can be mounted on an adjustable optical mount for easy integration into any ultrafast optical environment. Each autocorrelator comes with a built-in TPA detector, a USB-interface controller, ready-to-use data acquisition software, and TCP/IP-based software with a subset of SCPI-standard components that allow the user to write automated measurement programs.
Technical data
English