Ultra-compact/OEM size autocorrelator for ultrafast laser with single-pulse extraction up to 150kHz and pulse width from 5fs to 10ps.
Autocorrelators are used for laser pulse characterization and more precisely to measure the pulse duration for ultrafast lasers. The basic principle is to create two copies of the incoming beam, with a beam splitter. Those copies are superimposed in a nonlinear medium, where they interact generating a third beam. As the overlap of the two copies depends on the pulse duration, analysing the third beam allows to calculate the pulse duration. The ROC autocorrelator is a single-shot autocorrelator, thus it needs one single pulse to measure the duration. It is very compact and extremly easy to use. Only two minutes are necessary to get the measurement !
ROC stands for Row Optical Correlator. Based on an ultra compact and robust inline setup, the ROC allows the measurement of single-shot autocorrelation traces. Specifically designed to offer the easiest user experience, they cannot be misaligned and no calibration or tweaking is needed. Also, they are easily transportable. And yes, they are rock-solid! Besides those advantages, the ROC autocorrelators provide excellent technical performances and highly accurate ultrashort laser pulse measurements. The ROC autocorrelators are available for different wavelength ranges and several pulse durations.
- Ultra compact, and alignment free, can be used as a simple camera
- Robust design, no moving parts. Non sensitive to vibrations
- Directly powered by the USB cable, no power supply required
- Suitable for any repetition rate. Single-pulse extraction possible up to 100 kHz laser repetition rate
- User-friendly and powerful software. REST API for standard software integration using simple HTTP requests