首页 Light Sources Pulse Light Source Nanosecond pulse laser 1550nm high peak power pulsed fiber laser 1W (DTS, LiDAR) 1550nm high peak power pulsed fiber laser (solid-state laser Lidar emission source)
  • 1550nm high peak power pulsed fiber laser (solid-state laser Lidar emission source)

    Idealphotonics’ develops an eye-safe high peak power pulse light source. The product has high electro-optical conversion efficiency, small nonlinear effect and ASE, and a wide operating temperature range. This product is suitable as a solid-state laser Lidar emission light source.

    产品特点High reliability/high efficiency、 High peak power、 Good spectral characteristics、 Low noise and low loss

    产品货号A80080007

    应用领域Ranging、 Weapon simulation、 Measurement equipment、 Homeland security、 LiDAR、 Adaptive cruise control

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    Daisy

    电话:18602170419

    邮箱:moli@microphotons.com

    主要参数
  • 核心参数
  • Center wavelength Output power

  • 尺寸图
  • Parameters

    Parameter

    Unit

    Min

    Typical

    Max

    Note

    Wavelength Center

    nm

    1547

    1550

    1553


    Pulse Width(FWHM)

    ns

    1


    10

    Adjustable

    Repetition Rate

    MHz

    0.1

    0.5

    2

    Adjustable

    Average Power

    W


    1①



    Peak Power

    kw


    1①

    1


    Monitor Power

    uw


    1uW


    @1MHz,2ns

    Noise Ratio

    %



    5


    Polarization

    NA

    Random


    Trigger Mode

    NA

    External Trigger


    Power Consumption

    W


    13①



    Operating Voltage

    V

    9

    12

    13


    Operating Temperature(@Case)

    -40


    +85


    Storage Temperature

    -40


    +105


    Dimension

    mm

    50x55x19


    Output Termination


    FC/APC


    Output Fiber Length

    m


    1



    Connector


    MOLEX 505567-1281


    Note ①: Typical@ 500KHz, 2ns, 1W,25℃

     


    Spectrum

    1.png


    Figure 1 Main power end spectrum (center wavelength 1551.9nm)



    The repetition frequency range of fiber pulse laser is 100kHz-3MHz. The maximum repetition frequency will decrease when the main power is low. The repetition frequency diagrams of 100kHz and 3MHz are shown in Figures 1 and 2.

     

     2.png

    Figure 2 100kHz repetition frequency



     5f97cef6af898.png

    Figure 3 3kHz repetition frequency



    Table 1 shows the main power of the laser at different repetition frequencies and different pulse widths at 25°C and DAC=100. From Table 1, it can be seen that the main power increases with the increase of repetition frequency or pulse width.

    DAC

    Repetition frequency(Hz)

    Main power(mW)@Pulse width

    @1ns

    @2ns

    @3ns

    @4ns

    @5ns

     

    100

    100K

    14

    15.9

    17.2

    18

    18.7

    1M

    20.5

    22.1

    22.9

    24.1

    24.5

    3M

    23.2

    24.6

    25.1

    25

    25.3

     

     

    Table 2 shows the main power corresponding to different DACs when the laser is at 25°C, repetition frequency = 1MHz and pulse width = 3ns. The maximum main power can reach 1.217W.

    Repetition frequency(Hz)

    DAC

    Main power(mW) @3ns pulse width

     

     

     

    1M

    100

    22.9

    200

    266.2

    300

    527.1

    400

    805.3

    500

    1091.8

    540

    1217.5

     

     

    The relationship between the laser main power and DAC is shown in Figure 3, and the linearity is good.

    _3_8W5C8M{MY$AMQFDYGFPA.png


     

    Testing and usage requirements

    1. Heat dissipation requirements

    This light source consumes a lot of power and must be well cooled, otherwise the light source cannot work well, affecting the stability of the equipment or causing damage.

    2. Repetition frequency and output power requirements

    This product needs to be used at a continuous repetition frequency with uninterrupted trigger pulses;

    3. Power supply use

    Please make sure that the input power is within the voltage and current range required by the product indicators, and the power must not be directly cut off when it is not turned off during use. If there is an accidental power outage, be sure to turn off the power of the product.

    4. Electrostatic protection

    The laser and some chips inside this pulse light source are electrostatic sensitive devices, which are prone to irreversible damage when there is high static electricity outside. The equipment needs to be well grounded and the operator should take electrostatic protection measures.

    5. Optical fiber end face protection

    Before use, clean the end face of the output optical fiber with a wipe paper dipped in alcohol to ensure that the output end face is clean, otherwise the output power or stability will decrease easily, and even the optical fiber end face will burn.

    6. Personal safety

    The pulse light source belongs to Class IV light source. When working, you cannot look directly at the output end of the optical fiber with your naked eyes, and you cannot expose your skin directly to strong light, otherwise it will cause damage.



     

    Ordering information

    PL-Fiber-□□□□-XX-P△-C▽

    □□□□: Average Power

    05: 0.5w

    *****

    1: 1w

    2: 2W

    XX: Package Type

    D1=120X90X20mm;

    D2=80X90X23mm;

    D3=90mm disc;

    D4=50X50X19mm

    P△: Pulse Width

    1: 1ns

    10: 10ns

    110-1-10ns

    C▽: Pigtail and Connector

    SA=SMF-28E+FC/APC

    PP=PM1550+FC/PC

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