Q-RTP switchs


  • Available foramina: III, IV, V, VI, VII, VIII, IX, X, XI, XII, XIII, XIV, 15mm
  • Pockels mole Cell Artist: Dia. XX / 25.4 x 35 (cujus Apertura 3x3, 4x4 foramen, foraminis 5x5)
  • Ratio vero: > 23dB
  • Acceptatio anguli: > I ° F
  • Damnum limen: > 600MW / cm2 ad 1064nm (T = 10ns)
  • Product Detail

    Technical parametri

    Video

    RTP (Titanyle PHOSPHATE Rubidium - RbTiOPO4) Nunc materia est late usus est in Gallium Carmina applications voltages mutatis mutandi sunt, quotiens humilis requiritur.
    RTP (Titanyle PHOSPHATE Rubidium - RbTiOPO4) isomorph est de KTP crystal falsorum eliciatur veritas, et qui in Gallium Carmina applications. Quod dampnum habet commoda limine superiore (de 1.8 KTP tempore), resistivity altum, altum repetitio rate non hygroscopic et electrica Piezo-effectus. Eam features a bonum perspicuum optical 400nm in circuitu, et super 4μm ipsum potius intra cavitatis laser capillus-operationem, repugnantiam optical praebet virtutem ad dampnum tractantem ~ 1GW / cm2 ut inducto venarum vigor 1NS ad 1064nm. Et tradendo ad 350nm range est 4500nm.
    RTP commoda:
    Est optimum ad crystal Carmina Gallium applications summo ad repetitio rate
    Optical falsorum eliciatur veritas magna et electro-optica & coefficientia
    Fluctus dimidium humilis-voltage
    Non piezoelectric Ringing
    damnum limina princeps
    Ratio extinctis excelsis
    Non hygroscopic
    Application de RTP:
    RTP materiam late agnita eius features,
    Q-switch (laser Vndique, Laser Radar, medicinae laseris Industrial Laser)
    Laser potentia / tempus crebritate modulorum suaviorem
    Arteriam Picker

    1064nm facilioris Transmissus tum,  > 98.5%
    Available ipsæ aperturæ  III, IV, V, VI, VII, VIII, IX, X, XI, XII, XIII, XIV, 15mm
    Medium fluctus voltages ad 1064nm  1000V (3x3x10 + X)
    Pockels mole Cell  Dia. XX / 25.4 x 35 (III × III foramen, foraminis IV × IV, V × V cujus Apertura)
    contra ratio  > 23dB
    Angulus acceptatio  > I ° F
    Limen damnum  > 600MW / cm2 ad 1064nm (T = 10ns)
    De stabilitate in temperatus range a wide  (-50 ℃ - LXX ℃ +)