We Measure The Shortest Laser Pulses On Earth

We Measure The Shortest Laser Pulses On Earth

We Measure The Shortest Laser Pulses On Earth

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MEASURE AND TAG THE CARRIER-ENVELOPE PHASE OF YOUR LASER SYSTEM ON THE FLY

Understanding the carrier-envelope phase (CEP) offset is crucial in strong-field laser-matter interactions. Our CEP-tag system revolutionizes this application with its ability to deliver fast, single-shot measurements of the CEP offset in amplified laser pulses.

Leveraging the proven technique of f-2f interferometry, our system combines the second harmonic of the pulse’s red edge with the blue edge of an octave-spanning spectrum for accessing the CEP.

Our cutting-edge solution features a photodiode array for accurate detection, and with the integration of Field-Programmable Gate Array (FPGA) electronics, it boasts the capability to measure CEP at an impressive rate of 130 kHz.

Embrace the precision of next-generation laser pulse analysis with the CEP-tag system

CEP tag

The CEP-tag’s intuitive graphical user interface offers users rapid access to all essential measurement and control parameters for streamlined operation.

Key features

• Online single-shot CEP measurement and tagging.
• Acquisition at up to 130 kHz.
• Integration with d-scan system for compact footprint

  CEP-tag
Central wavelength 800 nm, 1030 nm
Repetition Rate up to 130 kHz
Input Polarisation Linear
Input aperture diameter 7 mm
Input energy >10 μJ
Dimensions (WxLxH) 250 x 240 x 100 mm
CEP-tag
CEP-tag brochure
CEP-tag form

CEP-tag form

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