info@idealphotonics.com

Home/ Products/ Semiconductor Diodes/ DFB Laser Diode/ 1260-1360nm DFB laser diode/ 1260-1360nm DFB Laser Diode/ 1310nm 400mW SM DFB Laser Diode

    • 1310nm 400mW SM DFB Laser Diode

    Distributed feedback (DFB) and distributed Bragg reflector (DBR) laser diodes are light sources emitting an extremely narrow spectral line with a bandwidth below 5 MHz and typical side mode suppression ratio (SMSR) > 40 dB.GaAs-based DFB and DBR lasers utilize InGaAs quantum well (QW) or InAs/GaAs quantum dot (QD) active regions and proprietary chip designs, covering the spectral range from 970 nm to 1330 nm.To date, DFB and DBR lasers are common laser variants, especially for use in scientific research and operations.Both laser types operate in a single longitudinal mode and are highly reliable in terms of efficiency, spectral purity, and long-term performance across various applications.

    Product features：High stability output; single longitudinal mode narrow linewidth; wavelength stability; low noise performance; compact modular design

    Part Number：MP-DFB-1310-400-A81-14BF-SA

    Application area：Coherent Optical Communication | Fiber Optic Sensing | Precision Measurement | Quantum Optics | Scientific Research Instruments

    Add to Cart Request for Quotation Consult Favorite

    Related Products

    Main parameters
  • Core parameters

  • Central Wavelength Output Power

    1310nm 400mW

  • Dimension Drawing
    • General Parameters

    Specifications

    Recommended Operating Conditions

    @ CW, Module mounted on heat sink at room temperature

    Parameter

    Min.

    Typ.

    Max.

    Unit

    Chip Temperature

    20

    25*

    40

    ℃

    Forward Current

    —

    1500

    1850

    mA

    Output Power**

    350

    —

    450

    mW

    *May vary depending on selected wavelength in some cases

    **No kinking over full operating range

     

    Characteristics

    @ CW, 25℃*, 800 mA

    Parameter

    Min.

    Typ.

    Max.

    Unit

    Output Power @ 1800 mA

    400

    —

    —

    mW

    Forward Voltage

    —

    2.6

    3.5

    V

    Threshold Current

    —

    60

    100

    mA

    Peak Wavelength** (customer selectable)

    1300

    —

    1330

    nm

    Peak Wavelength Tolerance

    —

    —

    ±1

    nm

    Wavelength Tuning vs. Temperature

    —

    120

    —

    pm/℃

    Wavelength Tuning vs. Current

    —

    4

    —

    pm/mA

    Side Mode Suppression Ratio (SMSR)

    40

    50

    —

    dB

    *Temperature may vary from 20 to 40℃ depending on selected wavelength in some cases**Achievable within wavelength tolerance at power > 100 mW

     

    Typical Performance (For Reference Only)

    L-I-V Curves

    2.1.png 


    Optical Spectrum

    2.2.png 


    Wavelength Tunability

    2.3.png

     

    Linewidth(CW, 25.617kHz@25deg, 500mA)

     

    Polarization Test

     


    RIN

    2.6.png 

     

    The above experimental data are tested and provided by the Advanced Optics Laboratory.

    Parameter

    Min

    Max

    Unit

    Forward Current

    —

    2000

    mA

    Reverse Voltage

    —

    2

    V

    TEC Current

    —

    3

    A

    TEC Voltage

    —

    4

    V

    Chip Operating Temperature

    5

    50

    ℃

    Case Operating Temperature

    0

    70

    ℃

    Storage Temperature

    -40

    85

    ℃

    Fiber Bend Radius

    3

    —

    cm

     

    General Parameters

    Thermistor Specifications

    Fiber Specifications

    Parameter

    Value

    Unit

    Parameter

    PM1300

    HI1060

    Unit

    Thermistor Type

    NTC

    —

    Numerical Aperture, typical

    0.12

    0.14

    —

    Resistance @ 25 °C

    10 ± 0.1

    kΩ

    Cutoff Wavelength

    1200 ± 70

    920 ±50

    Nm

    Beta (25–85 °C)

    3375 ± 1%

    K

    Mode Field Diameter

    9.3 ± 0.5@1300nm

    6.2 ± 0.3@ 1060 nm

    μm

    3.1.png 

    Cladding Diameter

    125±1

    125±1

    μm

    Coating Diameter

    245±15

    245±15

    μm

    Loose Tube Diameter (Optional)

    900

    900

    μm

    Connector

    FC/APC (narrow key)

    Connector Alignment aligned with PANDA fiber

    2.1.png 

    Output light is polarized along the slow axis of the PM fiber.

     

    Typical Parameters of Fiber-Coupled DFB Laser Modules

    Part Number

    Integrated Optical Isolator¹

    Peak Wavelength Range²

    Output Power

    Operating Current

    Threshold Current

    SMSR

    Wavelength Tuning vs. Temp

    Wavelength Tuning vs. Current

    PER



    nm

    mW

    mA

    mA

    dB

    pm/K

    pm/mA

    dB

    MP-DFB-9XX-YY-30

    No

    968 – 986

    30

    100

    20

    55

    90

    1.5

    18

    MP-DFB-10XX-YY-50

    No

    1020 – 1120

    50

    200

    30

    55

    100

    2

    18

    MP-DFB-10XX-YY-30-VO (New)

    Yes

    1020 – 1120

    30

    200

    30

    55

    100

    2

    18

    MP-DFB-11XX-YY-50

    No

    1120 – 1200

    50

    300

    30

    50

    110

    2

    18

    MP-DFB-11XX-YY-30-VO (New)

    Yes

    1120 – 1200

    30

    300

    30

    50

    110

    2

    18

    MP-DFB-12XX-YY-50

    No

    1200 – 1280

    50

    350

    50

    50

    120

    2

    18

    MP-DFB-12XX-YY-60-VO (New)

    Yes

    1200 – 1280

    60

    350

    50

    50

    120

    2

    18

    MP-DFB-13XX-YY-50

    No

    1280 – 1330

    50

    350

    50

    50

    120

    2.5

    18

    MP-DFB-13XX-YY-60-VO (New)

    Yes

    1280 – 1330

    60

    350

    50

    50

    120

    2.5

    18

    MP-DFB-13XX-YY-100-VO (New)

    Yes

    1280 – 1330

    100

    800

    60

    50

    120

    4

    18

    Notes

    1 Free-space optical design

    2 Any wavelength within this range is available with ±1 nm tolerance

     

    Safety and Operating Instructions

    The device emits invisible light that may be harmful to human eyes. Avoid direct eye exposure to the fiber connector during operation. When operating with the connector open, appropriate laser safety goggles must be worn.

    Absolute maximum ratings shall be applied to the device only for short periods. Prolonged exposure to maximum ratings or exposure to more than one maximum rating may damage the device or degrade its reliability. Operation beyond the absolute maximum ratings may result in device failure or safety hazards.

    A suitable power supply must be used to ensure the maximum forward current is not exceeded.

    The device requires a proper heat sink. It must be mounted using 4 screws (cross-tightened with an initial torque of 0.075 Nm and final torque of 0.15 Nm) or a clamp. Flatness deviation of the heat sink surface must be less than 0.05 mm. Indium foil or soft thermally conductive material is recommended as the thermal interface between the package base and heat sink. Thermal grease is not recommended.


    Optional Configurations

    --

    Downloads

    No resources available

    Request for Quotation

    We will reply to all your information about the product in time.

  • Product title: 1310nm 400mW SM DFB Laser Diode
  • Product link: https://www.idealphotonics.com/product/detail/1255.html

    • *Your name:

    • *Phone number:

    • *Your company name:

    • *Email:

    • *Purchase Quantity:

    • *Part Number:

      • Other Requirements:

    • 10+ 10 Years of Experience
    • 50 50 + Countries Bussiness
    • 10000 10k + Diodes sold worldwide
    • 30 30+ Invention patent
    • 10 10+ Advanced Optical Solutions

    ⇪