Sonde pyroélectrique pour mesure d'énergie laser, haute répétition, 50µJ-100mJ, 10kHz, 25mm ouverture, revêtement metallique diffusant

Numéro de référence fabricant :


Fabricant Coherent


Description :

J-25MT-10KHZ a high repetition rate energy sensor incorporate a diffuse metallic coating that enables measurements at high and low repetition rates across a wide range of energies, and wavelengths from 190 nm to 2.1 μm. The damage resistance at 532 nm and shorter wavelengths is higher than the MaxBlack coating. These sensors are not compatible with FieldMaxII meters because the response time is too fast. They are best suited for the LabMax-TOP meter.

View our wide range of Power and energy meter products

View our portfolio of Photonics

See all products from our supplier Coherent



  • Prix et disponibilités

  • Posez une question à nos experts


  • Energy Range: 50 µJ to 100 mJ
  • Noise Equivalent Energy: <2 µJ
  • Wavelength Range: 0.19 to 2.1µm
  • Active Area Diameter: 25 mm
  • Maximum Average Power: 10 W
  • Maximum Pulse Width: 1.7 µs
  • Maximum Rep. Rate (pps): 10,000
  • Maximum Energy Density: 500 mJ/cm² (at 1064 nm, 10 ns)
  • Detector Coating: Diffuse Metallic
  • Cable Type: USB 3m length
Caractéristiques Produits similaires
Type de Capteur Pyroelectric  

   produits similaires trouvés

Rechercher des produits similaires
Gamme Spectrale UV (150-400nm)  
VIS (400-700nm)  
Mode de Fonctionnement Pulsed  
Ouverture (mm) 15-55  

Interrogez nos experts

Lisez nos FAQs ci-dessous et soumettez-nous les vôtres

    Which laser beam modulation system do I choose to improve performance in many electro-optic applications?

    Please read our Introduction to laser beam modulation, which will guide you through the various systems to choose from.

    Expert: Jean-Claude Sanudo

    Do you have more information on popular non linear crystals?

    Please see our Introduction to non-linear crystals, which provides more information on popular crystals.

    Expert: Jean-Claude Sanudo

  • Nouvelle question? Interrogez notre équipe