eo_logo
 
Product added to cart
All Products / Lasers / Laser Measurement and Electronics / Laser Power Meters / Coherent® EnergyMax Laser Energy Sensors
See all 15 Products in Family

Coherent® EnergyMax 1110744 | Nd:YAG Sensor, 1.5mJ-3J, DB25

See More by Coherent®
Coherent® EnergyMax Laser Energy Sensors

Coherent® EnergyMax Laser Energy Sensors

×
Stock #66-278 5 In Stock
Quantity Selector - Use the plus and minus buttons to adjust the quantity. +
€2.210,25
Volume Pricing
Qty 1+ €2.210,25 each
Need More? Request Quote
Prices shown are exclusive of VAT/local taxes
Product Downloads

Specifications

General

Model Number:
J-50MB-YAG
Coherent Part Number: 1110744
Type:
Meter required
Linearity (%):
±3
Calibration Uncertainty (%):
±2
Noise Equivalent Energy (μJ):
<50
Compatible Meters:
#35-203, #66-277, #88-412
Maximum Incident Energy Density:
14J/cm2 (10ns, 1064nm)
2.8J/cm2 (10ns, 532nm)
0.75J/cm2 (10ns, 355nm)
1.0J/cm2 (10ns, 266nm)
Energy Range:
1.5mJ - 3J
Preferred Meter:
#66-277

Physical & Mechanical Properties

Active Area Diameter (mm):
35

Optical Properties

Calibration Wavelength (nm):
1064
Maximum Pulse Width (μs):
340
Wavelength Range (nm):
266 - 2100

Sensor

Type of Sensor:
Pyroelectric

Electrical

Maximum Repetition Rate (pps):
50
Maximum Incident Beam Power (W):
20

Hardware & Interface Connectivity

Connector:
DB25
Length of Cable (m):
2.5

Regulatory Compliance

RoHS 2015:
Exempt
×
Reach 224:
Contains SVHC(s)
×
Certificate of Conformance:
View
×

Product Details

  • ISO 17025 Certified
  • Embedded Spectral Compensation Characteristics
  • Automatic Temperature Compensation

Coherent® EnergyMax Laser Energy Sensors are designed for a variety of demanding laser measurement applications. These energy sensors, available in meter or meterless USB configurations, incorporate a diffuse coating to minimize specular reflection and feature large active areas. The J-50MB-YAG combines the MaxBlack coating with a diffuser for use with high energy lasers of up to 3J. Coherent® EnergyMax Laser Energy Sensors utilize onboard sensors to automate temperature compensation for improved measurement accuracy.