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  • NLL Frequency-Locked Laser Diode High Power Version

    Idealphotonics Clarity Laser series locks laser emission to molecular absorption lines. The instrument drives a semiconductor laser in a unique configuration to generate excellent frequency stability traceable to physical constants, thus forming a primary frequency standard. The production of Clarity lasers requires the determination of molecular energy level transitions and materials, so please inquire about availability before purchasing.

    Product features:High power output; Precision frequency locking technology; Ultra-narrow linewidth; Atomic/molecular reference; Industrial-grade protection

    Part Number:MP-PFR-1530-HP

    Application area:Atomic clock systems | Quantum experiments | Optical frequency standard transfer | Gravitational wave detection | High-resolution spectroscopy

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    Main parameters
  • Core parameters
  • Operating Wavelength Output Power Linewidth

    1550nm 25mW 150kHz

  • Dimension Drawing
  • General Parameters

    Specification

    Performance

    Notes

    Wavelengths Available

    1530nm

    Standard for PFR, NLL-HP


    1542nm

    Standard for all options


    1312nm

    Standard for PFR


    1653nm

    Standard for PFR, methane sensing


    Other wavelengths

    Inquire

    Lock Wavelength Modes

    Reference Lock

    Locks to the center of the absorption line.


    Line Narrowing

    Locks laser to the slope of the absorption line

    Wavelength Absolute Accuracy

    < ±0.0001nm

    At 25°C ± 5°C after self calibration


    < ±0.00002nm

    Typical



    The Clarity is a primary frequency standard locked to a physical constant. We rely on published wavelength data from HITRAN or NIST where available.

    Wavelength Reproducibility

    < ±2 MHz

    Typical at 25°C ± 5°C after self calibration


    < 600 kHz RMS


    Side Mode Suppression

    > 35 dB

    Typical

    Laser Linewidth (Line Narrowing Lock)

    < 30 kHz

    NLL


    < 150 kHz

    NLL-HP


    < 1 MHz

    PFR-HP


    < 5 MHz

    PFR

    Laser Linewidth (Reference Lock)

    < 200 kHz

    NLL


    < 1 MHz

    NLL-HP


    < 1 MHz

    PFR-HP


    < 5 MHz

    PFR

    Output Power

    5 mW

    Typical


    > 30 mW

    HP versions

    Output Power Stability

    ± 0.01 dB

    Typical over 24 hour ±5°C

    Fiber Type

    SMF 28e

    Typical


    PM Panda

    HP versions

    Fiber Interface

    SC/APC

    FC/APC Jumpers available

    External Interface

    RS-232


    Operating Temperature Range

    0°C to +50°C


    Power Requirements

    90-250 VAC, 50/60Hz


    Fuse

    1.0 Amp time delay



    Spectral lineshape of the high-power laser in two operating modes: Reference mode (locked to the line center) and Line Narrowing mode (locked to the line side). The FWHM of this laser is 900 kHz in Reference mode and 150 kHz in Line Narrowing mode.

    2.1.png


    Spectral lineshape of the low-power laser in two operating modes: Reference mode (locked to the line center) and Line Narrowing mode (locked to the line side). The FWHM of this laser is 200 kHz in Reference mode and 25 kHz in Line Narrowing mode.

    1790063994284753.png


    Short-term stability of the Clarity laser. Long-term absolute accuracy is determined by the invariant gas absorption line, < 600kHz standard deviation.

    2.3.png


    Optional Configurations

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  • Product title: NLL Frequency-Locked Laser Diode High Power Version
  • Product link: https://www.idealphotonics.com/product/detail/1780.html
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    • 10000 10k + Diodes sold worldwide
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