UP19K-110F-H9-D0 Thermal Detector for Laser Power Measurement

Specifications

Max Average Power: 110 W
Effective Aperture: 19 mm
Spectral Range: 0.19 – 20 um
Cooling Method: Water, Heatsink, Fan-cooled
Noise Equivalent Power: 3 mW
Noise Equivalent Power: 1.5 s
Typical Power Sensitivity: 0.25 mV/W
Power Calibration Uncertainty: ±2.5 %
Repeatability: ±0.5 %
Typical Energy Sensitivity: 0.23 mV/J
Maximum Measurable Energy: 25 J
Noise Equivalent Energy: 0.06 J
Minimum Repetition Period: 4 s
Maximum Pulse Width: 88 ms
Energy Calibration Uncertainty: ±5 %
Maximum Average Power Density: 45 kW/cm² kW/cm²
Maximum Energy Density: 1 1 J/cm²
Absorber: H9
Dimensions: 50H x 50W x 63D mm
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Features


  • Modular concept for increased power capability

  • rise time of 0.6 sec

  • High damage threshold of 45 kW/cm2

  • Compact design, only 20.6 mm thick (15S model)

  • Energy mode for measuring single-shot energy up to 15 J

  • Smart interface with calibration data

  • Compatible with various displays and PC interfaces

Applications


  • Laser power measurement in industrial and research applications

  • Laser power monitoring and control in laser processing systems

  • Integration into laser systems for real-time power monitoring

  • Quality assurance and testing of laser systems