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    • 1310nm 24dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier

    Semiconductor Optical Amplifier (SOA) / Booster Optical Amplifier (BOA)Booster Optical Amplifiers (BOA) are amplifiers that employ semiconductors as the gain medium. They feature a structure similar to Fabry-Pérot laser diodes, with anti-reflection design structures on the end facets. Modern designs adopt anti-reflection coatings, tilted waveguides and window regions, which can reduce facet reflectivity to below 0.001%. This results in higher cavity power loss than gain, preventing the amplifier from lasing.

    Product features：Fiber-coupled design; high output power; low-noise amplification; wide wavelength optimization; stable and reliable

    Part Number：MP-BOA-1310-200-50-XA

    Application area：Fiber Communication | LiDAR | Sensing Network | Medical Laser | Industrial Processing

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    Main parameters
  • Core parameters

  • Central Wavelength Peak Output Power@-3dB Bandwidth @ -3dB

    1310nm 24dBm 50nm

  • Dimension Drawing
    • General Parameters

    Detailed Specifications

    Recommended Operating Conditions

    Parameter

    Min.

    Typ.

    Max.

    Unit

    Operating Current

    —

    1000

    1500

    mA

    Forward Voltage

    —

    1.6

    1.8

    V

    Thermistor Temperature

    20

    25

    35

    °C

     

    Gain Characteristics

    @ CW, recommended operating point

    Parameter

    Min.

    Typ.

    Max.

    Unit

    Output Power ¹·²

    200

    250

    —

    mW

    Average Wavelength ²

    1290

    1305

    1320

    nm

    Bandwidth ² @ Ppeak/PASE>95% (ref. graph 1)

    —

    50

    —

    nm

    Small-Signal Gain ¹·³

    36

    39

    —

    dB

    Saturated Output Power ¹ @ −3 dB

    18

    21

    —

    dBm

    ¹ At maximum gain wavelength² At input signal of +10 dBm³ At input signal of −25 dBm


    Amplified Spontaneous Emission (ASE) Characteristics

    Each device tested @ CW, recommended operating point, no optical input

    Parameter

    Min.

    Typ.

    Max.

    Unit

    Optical Power per Port (Fiber-coupled)

    —

    60

    —

    mW

    Average Wavelength

    —

    1300

    —

    nm

    Bandwidth ² @ −3 dB

    —

    17

    —

    nm

    Spectral Ripple ² (RMS within 1 nm span, 10 pm resolution)

    —

    0.1

    0.3

    dB

    Polarization Extinction Ratio (PER) per Port

    15

    18

    —

    dB

    ASE Rise Time

    —

    0.5

    —

    ns

    ASE Fall Time

    —

    0.5

    —

    ns

     

    Absolute Maximum Ratings

    Parameter

    Min.

    Max.

    Unit

    BOA Reverse Voltage

    —

    2

    V

    BOA CW Forward Current

    —

    600

    mA

    Input Optical Power

    —

    20

    dBm

    TEC Current

    —

    3

    A

    TEC Voltage

    —

    4

    V

    Fiber Bending Radius

    3

    —

    cm

    Chip Operating Temperature Range

    10

    40

    °C

    Housing Operating Temperature Range

    0

    70

    °C

    Storage Temperature Range

    -40

    85

    °C

     

    Thermistor Specifications

    Fiber Specifications

    Parameter

    Value

    Unit

    Parameter

    PM980

    HI1060

    Unit

    Thermistor Type

    NTC

    —

    Numerical Aperture, typical

    0.12

    0.14

    —

    Resistance @ 25 °C

    10 ± 0.1

    kΩ

    Cutoff Wavelength

    900 ± 70

    920 ±50

    Nm

    Beta (25–85 °C)

    3434 ± 1%

    K

    Mode Field Diameter (@ 1060 nm)

    6.6 ± 0.3

    6.2 ± 0.3

    μm

    1.2.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

    1.3.png 

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

     

    General Specifications

    Fiber-Coupled Booster Semiconductor Optical Amplifier – BOA

    Part Number

    Average Gain Wavelength(nm)

    Gain Bandwidth FWHM¹(nm)

    Output Power¹(mW)

    Saturated Output Power²(dBm)

    ASE Ripple RMS³(dB)

    Polarization Extinction Ratio PER(dB)

    Operating Current(mA)

    MP-BOA-1060-120-80-YY

    1060

    80

    120

    20

    0.01

    20

    400

    MP-BOA-1310-250-50-YY

    1305

    50

    250

    21

    0.1

    18

    1000

     

    Typical Parameters of Fiber-Coupled Semiconductor Optical Amplifier (SOA)

    Part Number

    Average Gain Wavelength(nm)

    Gain Bandwidth FWHM¹(nm)

    Small-Signal Gain¹(dB)

    Saturated Output Power²(dBm)

    Noise Figure(dB)

    Peak Gain Wavelength(nm)

    Gain Spectrum Tilt(dB)

    ASE Power(mW)

    ASE Ripple RMS³(dB)

    PER(dB)

    Operating Current(mA)

    MP-SOA-780-20-YY-30dB

    775

    20

    32

    15

    6.5

    775

    –

    7

    0.03

    14

    300

    MP-SOA-1000-100-YY-30dB

    1000

    100

    33

    18

    6.5

    960, 1030

    1

    25

    0.02

    20

    600

    MP-SOA-1020-110-YY-27dB

    1020

    110

    27

    15

    7.5

    970, 1040

    4

    15

    0.02

    20

    450

    MP-SOA-1030-20-YY-40dB

    1030

    20

    40

    18

    8

    1030

    –

    70

    0.03

    20

    400

    MP-SOA-1060-20-YY-40dB

    1060

    22

    40

    18

    8

    1065

    –

    60

    0.02

    20

    400

    MP-SOA-1060-90-YY-30dB

    1060

    90

    30

    18

    5

    1060

    –

    7

    0.02

    20

    400

    MP-SOA-1080-20-YY-40dB

    1080

    27

    38

    17

    7

    1085

    –

    40

    0.02

    20

    400

    MP-SOA-1130-20-YY-35dB

    1125

    25

    35

    15

    10

    1125

    –

    30

    0.03

    20

    600

    MP-SOA-1140-90-YY-24dB

    1140

    90

    24

    17

    4.5

    1110, 1170

    5

    1

    0.01

    20

    400

    MP-SOA-1190-90-YY-20dB

    1190

    90

    20

    15

    6.5

    1160, 1225

    5

    0.7

    0.02

    20

    300

    MP-SOA-1250-110-YY-27dB

    1250

    110

    27

    15

    7.5

    1210, 1280

    6

    5

    0.05

    20

    900

    MP-SOA-1290-40-YY-25dB

    1285

    45

    24

    12

    7.5

    1290

    –

    1

    0.02

    20

    400

    ¹ @ −25 dBm input signal, at peak gain² @ −3 dB compression, at peak gain³ Measured at ASE peak, RMS within 1 nm span, 10 pm resolution

     

    Characteristic Curves

    Typical performance (for reference only)@ CW, chip temperature 25 °C, housing mounted on room-temperature heat sink.

    Power spectra at different currents

    2.1.png

     

    Gain vs. Output power

    2.2.png


    Output power at different input signals

    2.3.png

     

    Spectra of amplified optical signal

    2.4.png

     

    ASE l-I-V characteristics

    2.5.png

     

    ASE spectra

    2.6.png 

     

    Safety and Operating Guidelines

    The light emitted by this device is invisible and may be harmful to human eyes. Avoid direct viewing of the fiber connector during device operation. Appropriate laser safety goggles must be worn when operating with the connector uncovered.

    The absolute maximum ratings apply to the BOA only for short-term operation. Long-term operation under maximum ratings, or simultaneous exposure to multiple maximum ratings, may cause device damage and degrade reliability. Operating the BOA beyond the maximum ratings may result in device failure and potential safety hazards. The matched power supply for the component must be used to ensure the maximum forward current is not exceeded.

    The BOA mounted on a heat spreader requires a proper heat sink. The BOA shall be fixed to the heat sink with four screws (fastened in a cross pattern with an initial torque of 0.075 N·m and a final torque of 0.15 N·m) or clamps. The flatness deviation of the heat sink surface shall be less than 0.05 mm. Indium foil or flexible thermal interface materials are recommended between the device base and the heat sink. Thermal grease is not recommended for this application.

    Do not pull the optical fiber. Do not bend the fiber with a bending radius less than 3 cm. Always use clean fiber connectors when operating the BOA. Inspect and clean the connectors regularly if necessary. For cleaning, use cleanroom-compatible wipes dampened with isopropyl alcohol to carefully clean the connector end-face, or use professional fiber cleaning tools. Turn off the BOA driving current before cleaning.

    Electrostatic discharge (ESD) may cause permanent device failure. Necessary anti-static protection measures must be taken at all times.

     


    Optional Configurations

    --

    Downloads

    1310nm 24dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier.pdf

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  • Product title: 1310nm 24dBm BOA Fiber-Coupled Booster Semiconductor Optical Amplifier
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