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    上海潤芒光電科技有限公司


    當前位置:上海潤芒光電科技有限公司>>激光調制>>脈沖選擇/壓縮>>OG-B/F固定門(mén)開(kāi)啟時(shí)間的脈沖選擇器

    OG-B/F固定門(mén)開(kāi)啟時(shí)間的脈沖選擇器

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    產(chǎn)品型號OG-B/F

    品       牌

    廠(chǎng)商性質(zhì)其他

    所  在  地上海市

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    更新時(shí)間:2023-12-14 17:26:24瀏覽次數:124次

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    商鋪產(chǎn)品:146條

    所在地區:上海上海市

    產(chǎn)品簡(jiǎn)介

    產(chǎn)品介紹OG-B/F固定門(mén)開(kāi)啟時(shí)間的脈沖選擇器具有固定門(mén)打開(kāi)時(shí)間的電光脈沖選擇器系統可以從飛秒脈沖序列中選擇單個(gè)脈沖,用于許多應用場(chǎng)合

    詳細介紹

    產(chǎn)品介紹

    OG-B/F固定門(mén)開(kāi)啟時(shí)間的脈沖選擇器

      具有固定門(mén)打開(kāi)時(shí)間的電光脈沖選擇器系統可以從飛秒脈沖序列中選擇單個(gè)脈沖,用于許多應用場(chǎng)合。該系統還用于超快激光放大器系統的注入/發(fā)射,以及提高放大器的對比度。

    產(chǎn)品特點(diǎn) 典型應用
    * Compatible with Ti:S and Yb-doped 20-150 MHz ultrafast oscillators
    * Suitable for building Ti:S or Yb ultrafast regenerative amplifiers
    * Possible operating wavelengths from 200 to 2700 nm
    * Rise time down to 700 ps
    * Excellent contrast ratio of >1500:1
    * Transmission of complete system >90%
    * Multifunctional control unit with adjustable delay generator
    * USB control, Windows software+LabView driver

    * Time-Resolved Ultrafast Studies

     -Pump-Probe Spectroscopy

    * Material and Biological Tissue Processing

     -Ultrafast Micromachining

    * Laser Systems Design, Integration and Amplification

     -Ultrafast Oscillator and Amplifier Pulse Selection

     -Injection/Ejection of Pulses in Ultrafast Amplifier Systems

     -Pulse Slicing for Contrast Increase

     -OEM Integration

     -Q-Switching

    * Ultrafast Laser Diagnostics, Accessories and Components

     -Novel Ultrafast Fiber Laser Development

     -Amplifier Design

     -Automation of Complex Experimental Setups

      An electro-optic modulator (EOM) is a pulse selection device based on the Pockels electro-optic effect. Electric field applied to an optical medium induces birefringence and allows fast selection of passing laser pulses. Thus, such a device might be used as a fast pulse picker solution.

    Electro-optic pulse pickers with fixed gate duration are widely used in the following applications:

    - picking of single laser pulses from a train of pulses;
    - reduction of repetition rate of laser pulses;
    - building regenerative laser amplifiers: injection of seed pulses into amplifier cavity and ejection of amplified pulses out of amplifier cavity;
    - pulse slicer, i.e. output amplified pulse contrast improvement via cleaning of "parasitic" pulses.

    The OG pulse picker consists of a certain optical setup and an electronic control and power supply unit.

      Optical setup of a pulse picker comprises two crossed polarizers with a Pockels cell placed in between. Pulse selection is performed with the use of the Pockels effect — a short high-voltage electric pulse induces birefringence in the Pockels cell's optical crystal allowing precise rotation of the polarization plane of a certain laser pulse. Then this pulse may be separated from a train of consecutive pulses by using a polarizer. Since the response time of the Pockels effect is very short, such a unit is suitable for working with dense pulse trains and ultrashort laser pulses.

    OG-F-D-...

    OG-B-D-...

    OG-B-B-...

    OG-B-R/K-...

    Electrooptic crystal

    DKDP

    BBO

    RTP or KTP

    Operational wavelength range (standard models)

    510-540 nm / 700-1000 nm / 1000-1100 nm / 1250 nm

    510-540 nm / 700-1000 nm / 1000-1100 nm / 1250 nm

    1000-1100 nm / 1500-1600 nm / 1550+780 nm

    Possible custom wavelengths

    from 340 to 1280 nm

    from 200 to 2200 nm

    from 1000 to 2700 nm 

    Minimum repetition rate of picked pulses

    single-shot

    Maximum repetition rate of picked pulses (standard models)

    1 kHz

    3 kHz / 10 kHz / 50 kHz / 100 kHz

    3 kHz / 10 kHz / 50 kHz / 100 kHz / 200 kHz / 1 MHz

    Clear aperture

    6 mm

    6 mm (up to 20 mm upon request)

    2.5 mm (up to 5 mm upon request)

    3.5 mm (up to 10 mm upon request)

    HV pulse (gate) shape

    bell-shaped

    HV pulse (gate) length
    (at level 10%)

    3 ns

    8 ns

    Rise time
    (at level 10-90%)

    700 ps

    3.5 ns

    Fall time
    (at level 90-10%)

    2 ns

    3.5 ns

    Contrast(1)

    >1500:1

    >700:1

    >800:1

    Pockels cell voltage

    up to 10 kV

    up to 4 kV

    up to 3 kV

    Optical scheme

    half-wave
    (quarter-wave upon request)

    half-wave/quarter-wave at λ<600 nm; at λ>600 nm - quarter-wave or half-wave with double crystal cell

    half-wave
    (quarter-wave upon request)

    Trigger

    internal/external

    Complete system transmission at central wavelength

    >85% (PC + two Glan-Taylor prisms, default package)
    >90% (PC + a Glan-Taylor and a Rochon prism, upon request)
    >98% (Pockels cell only) 

    Input optical train repetition rate

    2 MHz …150 MHz with internal or external trigger with optical or electric sync to input train; 1 Hz…2 MHz only with external trigger signal(2)

    Sync source for internal trigger mode

    optical/electric

    Additional control modes

    by edge / by level / built-in burst generator with internal or external trigger

    Channel delay time

    0...10 us (up to 1 ms upon request)(3)

    0...1 us (up to 5 us upon request)(3)

    Cooling

    passive at up to 3 kHz output rate, water-cooled(4) at 10 kHz and higher

    (1) - energy ratio of a picked and any non-picked pulse. The given contrast values are valid for adjacent pulses;
    (2) - when operating with 1 Hz…2 MHz input pulse train, an external trigger signal must be used. Such a signal must lead the optical pulse by 0.25-3 us, must be rigidly in sync with the pulse to be picked and must have jitter of less than 200 ps;

    (3) - maximum channel delay time is defined by maximum repetition rate of picked pulses and cannot exceed the temporal distance between adjacent pulses at this frequency;
    (4) - the HV generator unit requires cooling to support operating temperature below 35°C. Water cooling is required when operating at output frequency of 10 kHz and more (water flow 1 L/min, water temp. 20-22°C, tap or building-scale supply may be also be used if permitted). Heating power to be dissipated does not exceed 80 W even at the highest frequencies (a water chiller is not included and may be supplied separately);

    半波模式下脈沖選擇器工作布局





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