Specifications

Device Type: SPIDER
Measurable Pulse Width: 5 – 200 fs
Wavelength Range: 550 – 1050 nm
Input Polarization: Horizontal
Dimensions: 561 x 244 x 316 mm
Wavelength Range: 500 ... 1000 nm
Laser Repetition Rate: Any; Single Shot
Input Polarization: Linear horizontal
Input Power: > 50 mW at e.g. 80 MHz, 10 fs
Input Power: 20 mW at e.g. 1 kHz, 20 fs
Input Trigger: TTL for f < 10 Hz
Connection: USB
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Features


  • Short Pulse Characterization: Capable of characterizing ultrashort laser pulses down to less than 5 femtoseconds.

  • Spectral Coverage: Covers both infrared and visible spectral ranges, with the FC Spider VIS supporting wavelengths down to 450 nm.

  • Real-Time Measurement: Provides real-time and single-shot measurement of phase and intensity for precise pulse analysis.

  • Automated Software Support: Features a high level of automated software support with internal camera-assisted alignment for ease of use.

  • Full Software Suite Included: Comes with a comprehensive software package for enhanced functionality and user experience.

  • Ideal Applications: Perfect for broadband Ti:Sa oscillators, hollow-core fiber compressors, and nonlinear optical parametric amplifiers (NOPA).

  • Proven Technology: Utilizes patented Spider technology for direct measurement of spectral phase through spectral interferogram analysis.

  • Customizable Wavelengths: Offers customized wavelength options on request to suit specific needs.

  • Dimensions: Compact design with dimensions of 561 x 244 x 316 mm (W x H x D).

  • External Accessories: Includes an external beam splitter and beam routing kit, along with a pre-installed notebook for convenience.

  • Fiber Coupling: Available for lasers with low repetition rates (kHz or less).

  • Input Specifications: Supports linear horizontal input polarization and requires input power of > 50 mW at 80 MHz, 10 fs or 20 mW at 1 kHz, 20 fs.

  • Connection and Trigger: USB connection with TTL input trigger for frequencies below 10 Hz.

  • Spectral Bandwidth: Offers spectral bandwidths ranging from 6 to 125 nm, depending on the model and application.

Applications


  • Broadband Ti:Sa Oscillator Characterization: Perfect for alignment and monitoring of Ti:Sa laser systems.

  • Hollow-Core Fiber Compressor Optimization: Enables precise few-cycle pulse verification.

  • NOPA Pulse Analysis: Suitable for visible spectrum parametric amplifiers.

  • Ultrashort Pulse Diagnostics: Essential for sub-5 fs laser pulse research in ultrafast optics.