Rincon SS Single Shot Third-Order Cross-Correlator

Specifications

Device Type: Autocorrelator
Measurable Pulse Width: 20 – 1000 fs
Wavelength Range: 700 – 1500 nm
Input Polarization: Horizontal
Temporal Range: 950 ps
Input Energy (40-50 Fs Pulse): < 500 uJ
Repetition Rate: < 100 Hz
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Features


  • Wide Wavelength Range: Operates effectively within 800-1250 nm, accommodating a variety of femtosecond laser systems.

  • Precision Pulse Measurement: Capable of measuring pulse widths greater than 20 femtoseconds with a high temporal resolution of 70 fs.

  • High Dynamic Range: Features a dynamic range of 1010, ensuring accurate detection of pulse characteristics.

  • Extensive Temporal Range: Offers a temporal range of up to 950 picoseconds, capturing detailed pulse features.

  • Low Input Power Requirement: Operates with input power less than 300 mW, making it efficient and cost-effective.

  • Linear Horizontal Polarization: Designed for input polarization that is linear-horizontal, optimizing compatibility with laser systems.

  • Convenient Power Supply: Utilizes a standard electric power supply of 220 V AC, 50/60 Hz ± 10%.

  • Compact Design:

    • Optical Unit Dimensions: 430 mm x 333 mm x 155 mm

    • Control Unit Dimensions: 280 mm x 195 mm x 70 mm



  • Comprehensive Software Tools: Includes user-friendly software for data collection and analysis, enhancing ease of operation.

  • USB Interface: Connects easily to a PC via USB, facilitating straightforward integration and use.

  • Detailed Pulse Analysis: Capable of detecting pre-pulses, post-pulses, and amplified spontaneous emission (ASE) levels for a complete analysis of laser output.

  • Ideal for High Power Lasers: Suitable for alignment and evaluation of high power femtosecond laser systems.

Applications


  • Contrast Ratio Measurement: Analyze the contrast ratio of laser pulses to ensure optimal performance.

  • Pulse Pedestal Determination: Identify and measure the pulse pedestal for enhanced pulse clarity.

  • Pre- and Post-Pulse Detection: Accurately detect and measure pre- and post-pulses in the laser output.

  • Amplified Spontaneous Emission (ASE) Analysis: Evaluate ASE in femtosecond systems for quality assurance.

  • Third-Order Cross-Correlation Function: Obtain detailed information on the third-order cross-correlation function of pulse intensity.

  • High Power Laser Alignment: Assist in the alignment of high power femtosecond lasers for precision operations.

  • Nonlinear Crystal Mixing: Utilize DKDP or BBO crystals for mixing fundamental and second harmonic pulses.

  • Temporal Resolution: Achieve high temporal resolution over a long window to capture detailed pulse features.

  • Data Collection and Analysis: Use user-friendly software tools for efficient data collection and analysis.