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LN Pockels Box

Classification:

Q switch

It has good electro-optical properties, large nonlinear coefficient, good optical uniformity, stable mechanical and chemical properties, no deliquescence, low half-wave voltage, and can be applied to high repetition frequency conditions. Its disadvantages are low extinction ratio and low anti-damage threshold. LN electro-optical Q-switch is widely used in Er:YAG, Ho:YAG, Tm:YAG lasers, which is suitable for low-power Q-switch output, especially in the field of laser ranging plays an important role. The company launched LN electro-optical switch and electro-optical modulator can provide customers with the most optimized design, can change the shell drawings according to customer requirements, to facilitate the final debugging and application.

Contact：

Cheryl Chen
Cheryl Chen
Cheryl Chen
Cheryl Chen
Fiberlink_Cheryl
Fiberlink_Cheryl
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  • Overview
  • Selection List
  • Product Information(PDF)

    It has good electro-optical properties, large nonlinear coefficient, good optical uniformity, stable mechanical and chemical properties, no deliquescence, low half-wave voltage, and can be applied to high repetition frequency conditions. Its disadvantages are low extinction ratio and low anti-damage threshold. LN electro-optical Q-switch is widely used in Er:YAG, Ho:YAG, Tm:YAG lasers, which is suitable for low-power Q-switch output, especially in the field of laser ranging plays an important role. The company launched LN electro-optical switch and electro-optical modulator can provide customers with the most optimized design, can change the shell drawings according to customer requirements, to facilitate the final debugging and application.

     

    Main Features Features

    large nonlinear optical coefficient

    Large reception angle

    Small walk-off angle

    Wide temperature and spectral bandwidth

    High photoelectric coefficient and low dielectric constant

    No water absorption, stable chemical and mechanical properties

    Large resistance ratio

     

    Performance parameters:

    Through aperture:

    2.5mm

    5mm

    8mm

    9mm

    half-wave voltage

    400V@633nm

    800V@633nm

     

     

    1/4 wave voltage

     

     

    1900V

    @1064nm

    2100V

    capacitance value

    5pF

    5pF

    5pF

    5pF

    effective aperture

    ≥ 90%

    Extinction ratio:

    200:1

    Wavefront distortion:

    <λ/4 @ 633nm

    Light Damage Threshold:

    ≥ 100 mW/cm2 1064nm 10ns 10Hz (LN)

    ≥ 200 mW/cm2 1064nm 10ns 10Hz   (MgO:LN)

    Wavelength range:

    420-5200nm

    photorefractive

    <3%

  • Model

    Main features

    Nitrogen-encapsulated Pockels box

    Ambient temperature shock resistance

    Excellent electro-optical properties, stable chemical and mechanical properties

    Longer service life.

    LN Pockels Box

    large nonlinear optical coefficient

    Large reception angle

    Small walk-off angle

    Wide temperature and spectral bandwidth

    High photoelectric coefficient and low dielectric constant

    No water absorption, stable chemical and mechanical properties

    Large resistance ratio

    BBO Pockels Box

    weak piezoelectric ringing effect

    Very low absorption coefficient

    Wider spectral transmission range (210-2000nm)

    Compact size

    High and low temperature Pockels box

    Operating temperature range -40 ℃ -60 ℃

    DKDP Pockels Box

    Wavefront distortion: Low capacitance

    Short rise time: ~ 3Pf

    High transmittance:>98%

    High damage threshold:>1GW/cm2

    No static birefringence, no photorefractive damage

    Anti-reflective coated quartz window

    Environmental temperature shock resistance, excellent electro-optical performance

HY-LN 普克尔斯盒(中文版）.pdf

Key words:

LN Pockels Box

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