NG-FDML Multi-MHz Swept Laser 1060 nm

Specifications

Center Wavelength: 1060 nm
Sweep Rate: 2800 kHz
Tuning Range: 100 nm
Avg. Output Power: 60 mW
Coherence Length: 10 mm
Linewidth: <10 pm
Wavelength Stability: Other (not specified)
Side Mode Suppression Ratio (SMSR): Other (not specified)
Fiber Connector Type: Other (not specified)
Document icon Download Data Sheet Download icon

Features


  • World's Only Multi-MHz Swept Laser: The Optores NG-FDML is the only swept laser capable of achieving sweep rates of over 1 million sweeps per second, ideal for multi-megahertz optical coherence tomography (MHz-OCT).

  • High Sweep Speed: Designed for record sweep speeds, reaching up to 3 MHz, ensuring rapid data acquisition.

  • Long Coherence Length: Maintains signal integrity with less than 3 dB signal drop up to the full usable image range (1.5 GHz fringe frequency).

  • Large Wavelength Sweep Range: Offers a broad sweep range for high-resolution OCT, enhancing imaging capabilities.

  • Advanced Synchronization: Features built-in sweep trigger output, user-programmable IO (TTL) channels, and PLL extension for ADC sample clock generation and X/Y beam scanner control.

  • Fully Adjustable: User-adjustable sweep range and output power, with programmable synchronization signal outputs for tailored performance.

  • Multiple Central Wavelengths: Available at 1060 nm, 1310 nm, and 1550 nm to suit various applications.

  • Massive Output Power: Provides sufficient power for demanding applications, typically exceeding 100 mW.

  • Remote Control Capabilities: Network-based remote control with LabVIEW support, accessible via USB and Ethernet.

  • Compact Design: Mechanical dimensions of 40.3 x 24.7 x 14.7 cm, excluding connectors, for easy integration into various setups.

Applications


  • Optical Coherence Tomography (OCT): Enables multi-megahertz B-scan imaging for medical and industrial diagnostics.

  • Biomedical Imaging: Ideal for high-speed in vivo imaging with exceptional resolution and depth.

  • Industrial Inspection: Supports precision imaging in materials analysis and defect detection.

  • Optical Metrology: Enhances measurement accuracy with high-speed sweep capability.

  • Research and Development: Provides versatile functionality for experimental optical systems.