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  • 990nm 150mW PM Fiber-Coupled Laser Diode

    The fiber-coupled laser diodes from idealphotonics feature a compact structure, easy integration and high stability. They also reduce optical loss during long-distance transmission, maintain beam quality, and meet the requirements of high-demanding applications.

    Product features:High-efficiency fiber coupling;Multiple wavelengths available;Low-noise output;Compact and modular;Fast modulation

    Part Number:MP-FP-990-150-14BF-PA

    Application area:Fiber Optic Sensing | Medical Equipment | Industrial Processing | Optical Communication | Scientific Research Experiments

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    Main parameters
  • Core parameters
  • Central Wavelength Output power

    990nm 150mW

  • Dimension Drawing
  • General Parameters

    Product Parameters

    Available Power Options

    Condition:

    CW operation, chip temperature 25°C, package mounted on room-temperature heat sink

    Part Number

    Output Power (Pout), mW

    Operating Current (mA)

    Forward Voltage (V)

    Typ.

    Max.

    Typ.

    Max.

    MP-FP-9XX-150

    150

    300

    370

    1.6

    1.8

    MP-FP-9XX-200

    200

    350

    420

    1.6

    1.8

    MP-FP-9XX-250

    250

    400

    470

    1.6

    1.8

     

    Specifications

    Condition:

    CW operation, chip temperature 25°C, package mounted on room-temperature heat sink

    Parameter

    Symb.

    Min.

    Typ.

    Max.

    Unit

    Un-twisted Output Power

    -

    1.1×Pout

    1.3×Pout

    -

    mW

    Available Wavelength Range

    λ

    900

    -

    1010

    nm

    Average Wavelength Tolerance

    -

    -

    -

    5

    nm

    Spectral Bandwidth at -3dB level at Pout

    Δλ

    -

    <0.5

    4

    nm

    Threshold Current

    Ith

    -

    70

    100

    mA

    Wavelength Temperature Tunability

    Δλ/ΔT

    0.3

    -

    0.4

    nm/°C

    Polarization Extinction Ratio

    PER

    12

    -

    -

    dB

    * ∆P/∆I > 0 (∆I=5mA)


    Absolute Maximum Ratings

    Parameter

    Min.

    Max.

    Unit

    Laser Diode Reverse Voltage

    -

    2

    V

    Laser Diode CW Forward Current

    -

    Iop+300

    mA

    Thermoelectric Cooler Current

    -

    3

    A

    Thermoelectric Cooler Voltage

    -

    4

    V

    Fiber Bending Radius

    3

    -

    cm

    Chip Operating Temperature Range

    5

    40

    °C

    Package Operating Temperature Range

    0

    70

    °C

    Storage Temperature Range

    -40

    85

    °C

     

    Thermistor Specifications

    Fiber Optic Specifications

    Parameter

    Value

    Unit

    Parameter

    HI1060

    PM980

    Unit

    Thermistor Type

    NTC


    Numerical Aperture (Typ.)

    0.14

    0.12


    Resistance @25°C

    10 ± 0.1

    kOhm

    Cutoff Wavelength

    920±50

    900±70

    nm

    Beta 0-50°C

    3375±1%

    K

    Mode Field Diameter (@1060nm)

    6.2±0.3

    6.6±0.3

    μm

    641d66c5cdd47.jpg 

     

    Cladding Diameter

    125±1

    125±1

    μm

    Coating Diameter

    245±15

    245±15

    μm

    Length

    1.0 ± 0.1

    1.0 ± 0.1

    m

    Connector

    FC/APC (narrow key)

    Align connector with PANDA fiber

    640ef4eb36a4e.png 

     

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


    Product Characteristics

    Typical performance curves for reference only

    Photoelectric Current-Voltage Characteristics

    641d65f662811.jpg 


    Spectrum - (Resolution 0.05nm)

    641d65fb78f69.jpg 


    Notes

    The light emitted by this equipment is invisible and may be harmful to human eyes. When the equipment is running, avoid directly viewing the fiber connector. When operating with the connector open, appropriate laser safety goggles must be worn.Absolute maximum ratings can only be applied to the equipment for a short time. Long-term exposure to maximum ratings or exposure to more than one maximum rating may cause equipment damage or affect the reliability of the equipment. Operating the equipment outside the maximum ratings may lead to equipment failure or safety hazards. The power supply used with the component must be used to ensure that the maximum forward current is not exceeded.Equipment on the heat sink requires a suitable heat sink. The device must be mounted on the heat sink using 4 screws (tightened in an X-pattern, initial torque set to 0.075Nm, final X-pattern screw tightening to 0.15Nm) or fixtures. The flatness deviation of the heat sink surface must be less than 0.05mm. It is recommended to use indium foil or thermally conductive soft material as the thermal interface between the bottom of the housing and the heat sink. Thermally conductive grease is not recommended.Avoid back reflection from the equipment. It may affect the equipment performance in terms of spectral and power stability. It may also cause catastrophic damage to the facet. It is strongly recommended to use an optical isolator to block back reflection.Do not pull the fiber. Do not bend the fiber with a radius smaller than 3 cm. During installation, always protect the fiber end face from any contamination or damage. After removing the dust cap covering the fiber end face, gently wipe isopropyl alcohol or ethanol with an optical lens cleaning tissue or cotton swab, and carefully clean the fiber end face in one direction. Operate the equipment only with clean fiber connectors.Electrostatic discharge is the main cause of unexpected product failure. Take extreme preventive measures to prevent ESD. During equipment installation, ESD protection must be maintained — use wrist straps, grounded work surfaces and strict


    Optional Configurations

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  • Product title: 990nm 150mW PM Fiber-Coupled Laser Diode
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