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  • 1064nm 150mW DBR Fiber-Coupled Distributed Feedback Laser Module

    DBR laser consists of multiple parts: this includes a gain section and a separate DBR grating. The waveguide structure on the laser diode needs to provide feedback according to a specific wavelength. This waveguide also partially serves as an amplification medium.

    Product features:150 mW output power in single‑mode fiber;High‑reliability Au/Sn technology;Polarization‑maintaining PM980 fiber

    Part Number:MP-DBR-1064-150-14BF-PA

    Application area:Seeding | Gas sensing | Instrumentation / measurement equipment

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    Main parameters
  • Core parameters
  • Center Wavelength Output Power

    1064nm 150mW

  • Dimension Drawing
  • General Parameters


     Technical Parameters

    Test conditions: CW operation, chip temperature 25 °C, module mounted on a room‑temperature heatsink.

    Parameter

    Symb.

    Min.

    Typ.

    Max.

    Unit

    Output power

    POUT

    –

    VAC

    150

    mW

    Center wavelength

    λP

    1062

    W

    1066

    nm

    Spectral width @ POUT

    Δλ

    –

    kHz

    3

    MHz

    Wavelength temperature coefficient

    Δλ/ΔT

    –

    MHz

    100

    pm/°C

    Wavelength current coefficient

    Δλ/ΔI

    –

    mW

    5

    pm/mA

    SMSR @ POUT

    SMSR

    35

    MHz

    –

    dB

    Threshold current

    Ith

    –

    nm

    50

    mA

    Operating current @ POUT

    Iop

    –


    380

    mA

    Forward voltage @ POUT

    Vf

    –

    mA

    2.1

    V

    Polarization extinction ratio

    PER

    15

    @80mA

    -

    dB

    Recommended chip operating temperature (thermistor reading)

    Top

    15

    Kohm

    40

    °C


    Absolute Maximum Ratings

    Parameter

    Min.

    Max.

    Unit

    Laser diode reverse voltage

    –

    1

    V

    Laser diode continuous forward current

    –

    500

    mA

    TEC current

    –

    3

    A

    TEC voltage

    –

    4

    V

    Storage temperature (in original sealed package)

    -5

    80

    °C

    Lead soldering temperature (max. 5 s)

    –

    250

    °C

    Case operating temperature range

    10

    50

    °C



    Thermistor Specifications

    Parameter

    Value

    Unit

    Type

    NTC

    –

    Resistance @ 25 °C

    10 ± 0.1

    kΩ

    Beta (0‑50 °C)

    3375

    K


    图片3.png

     

     

    Fiber Specifications

    Parameter

    Value

    Unit

    Fiber type

    PANDA PM980

    –

    Numerical aperture (typical)

    0.14

    –

    Cutoff wavelength

    920 ± 50

    nm

    Mode field diameter (@1060 nm)

    6.6 ± 0.3

    μm

    Cladding diameter

    125 ± 1

    μm

    Coating diameter

    245 ± 15

    μm

    Core-to-cladding offset

    ≤ 0.5

    μm

    Length

    1.5 ± 0.2

    m

    Optical isolation*

    30

    dB

    Connector

    FC/APC or bare fiber

    –

    Connector alignment

    Aligned to PANDA fiber

    –

    Connector key

    –

    –


     

    图片4.png

    Characteristic Curves

    (For reference only; test conditions: CW operation, module mounted on roomtemperature heatsink)

    L-I-V characteristics, laser spectrum (10 pm resolution, –3 dB, 25 °C), and wavelength tuning curves.


    图片5.png

     

     

    Important Notices

    Laser Safety

    This device emits invisible laser radiation that can be hazardous to the human eye. Avoid direct exposure to the fiber output or to the collimated beam along its optical axis while the device is in operation. Appropriate laser safety eyewear must be worn during operation.

    Absolute Maximum Ratings

    Absolute maximum ratings may be applied to the device only for short periods. Extended exposure to maximum ratings, or exposure to one or more values above the maximum ratings, may result in device damage or affect device reliability.

    Operating Conditions

    Operation of the product outside the maximum ratings may cause device failure or safety hazards. The power supply used with the device must be limited so that the maximum peak optical power cannot be exceeded. The device requires a suitable heatsink on the mounting surface; adequate heat dissipation and thermal conductivity must be ensured. This device is an open‑heatsink laser diode; it may only be operated in a cleanroom environment or in a dust‑proof housing. Operating temperature and relative humidity must be controlled to avoid condensation on the laser facet. Any contamination of or contact with the laser facet must be avoided.

    ESD Protection

    Electrostatic discharge is a major cause of unexpected product failure. Take extreme precautions to prevent ESD. Use wrist straps, grounded work surfaces, and strict anti‑static techniques when handling the product.


    Optional Configurations

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  • Product title: 1064nm 150mW DBR Fiber-Coupled Distributed Feedback Laser Module
  • Product link: https://www.idealphotonics.com/product/detail/1763.html
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