UP25N-250F-H12-D0 Thermal Detector for Laser Power Measurement
Description
UP25N-250F-H12-D0 Thermal Detector for Laser Power Measurement
Specifications |
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Max Average Power: | 250 W |
Effective Aperture: | 25 mm |
Spectral Range: | 0.19-20um |
Cooling Method: | Fan-cooled |
Max Average Power (1 Minute): | 300 W |
Weight: | 1.44 kg |
Dimensions: | 92H x 92W x 117D mm |
Absorber: | H12 |
Energy Calibration Uncertainty: | ±5 % |
Maximum Energy Density: | 1 J/cm² |
Minimum Repetition Period: | 11.5 s |
Noise Equivalent Energy: | 0.2 J |
Noise Equivalent Power: | 10 mW |
Maximum Energy Density: | 1 J/cm² |
Maximum Average Power Density: | 45 kW/cm² |
Maximum Pulse Width: | 390 ms |
Maximum Measurable Energy: | 40 J |
Typical Energy Sensitivity: | 0.05 mV/J |
Noise Equivalent Power: | 10 mW |
Features
- Modular Concept: Increase the power capability of your detector: 4 different cooling modules
- High Performance: Fast rise time (1.3 sec); High damage threshold (45 kW/cm2)
- Energy Mode: Measure single shot energy up to 40 J
- Smart Interface: Containing all the calibration data
Applications
- Power output measurements of high-power lasers in a wide spectral range from deep ultraviolet to mid-infrared.
- Spectroscopy
- Field service
- Laboratory and industrial applications
For pricing, technical or any other questions please contact the supplier
- No registration required
- No markups, no fees
- Direct contact with supplier
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Ships from:
Canada
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Sold by:
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On FindLight:
since 2014
Frequently Asked Questions
The UP25N-250F-H12-D0 Thermal Detector is used for laser power measurement of high-power lasers in a wide spectral range from deep ultraviolet to mid-infrared.
The key features of the UP25N-250F-H12-D0 Thermal Detector are its modular concept, high performance, energy mode, and smart interface.
The maximum average power that the UP25N-250F-H12-D0 Thermal Detector can measure continuously is 250 W, and for 1 minute it is 300 W.
The typical rise time of the UP25N-250F-H12-D0 Thermal Detector is 1.3 seconds.
The energy calibration uncertainty of the UP25N-250F-H12-D0 Thermal Detector is ±5%.