PowerMax-Pro 15 mm UP Developer’s Kit

PowerMax-Pro 15 mm UP Developer’s Kit

SKU 1342384
UOM Each

PowerMax-Pro 15 mm Sensor Developer’s Kits
High-Speed and Large-Area Power Detector for Integration Inside Laser Systems
PowerMax-Pro thin-film transverse thermoelectric power sensing technology (Patent #9,012,848) offers the broad wavelength sensitivity and large dynamic range of a thermopile with the fast response speed of small infrared detectors. The microsecond response time enables nearly instant power measurement without any overshoot, and can provide pulse energy, peak power, and rise/fall time with modulated sources.
These detectors are designed for integration into laser systems for real-time QC monitoring and in-line control. PowerMax-Pro sensors alleviate issues common to semiconductor and infrared detectors that have smaller active areas and steeper spectral response curves.

Price $2,675.00 USD

Details

FEATURES & BENEFITS
  • High-speed 10 microsecond response time
  • High-power handling to 9 W
  • Supports lasers from 400 nm to 11 microns
  • Broadband coating available with flat spectral response
  • Large 15 mm square active area
APPLICATIONS
  • Laser power monitoring of CW or modulated laser systems
  • Active feedback control within laser processing systems

Resources

Owner's Manuals
View
Drawings
View

Specs

General

Cable Type
DB-25
Cooling Type
Air
Active Area Size
15 x 15 mm
Detector Coating
HD
Power Range for Continuous Usage Air Cooled
2.5 mW to 5W (Up to 9W with optional heat sink)
Power Range for Continuous Usage Water-cooled
Not applicable
Wavelength Range
400 nm to 1100 nm; 9 µm to 11 µm
Max Peak Power (for modulated lasers)
9W (> 1 µsec pulses)
Maximum Intermittent Power (watts) (air-cooled <5 minutes)
9
Noise Equivalent Power (milliwatts) Standard Mode
0.05
Noise Equivalent Power (milliwatts) High Speed Mode
0.55
Noise Equivalent Power (milliwatts) Snapshot Mode
6
Maximum Power Density (kilowatts per square centimeter)
0.025
Max. Peak Power Density (kilowatts per square centimeter)
14
Rise Time (microseconds)
≤10
Minimum Beam Size (millimeters)
2.0 (1.0 mm - up to 3% error)
Calibration Uncertainty (%)(k=2)
±2.5
Power Linearity (%)
±2
Spectral Compensation Accuracy (%)
±3
Calibration Wavelength (nanometers)
1064
Cable Length (meters)
2.5 (8.2 ft.)
Max. Energy Density
33 (10 ns; 1064 nm)
Spatial Uniformity (%)(center 75% of aperature; 2.5 millimeter beam)
±3 (within 5mm x 5mm central area)
Active Area (millimeters)
15 x 15