PowerMax-Pro 150F HD -- Fast Power Sensor
PowerMax-Pro 150F HD -- Fast Power Sensor
SKU
1266708
UOM
Each
100 mW to 150W fast power sensor, fan-cooled, 400 nm to 1100 nm; 9 µm to 11 µm spectral range, 30x30 mm active area.
Price
$3,000.00 USD
Details
Fast, thin-film transverse thermoelectric, fan-cooled power sensor for measuring lasers between 100 mW and 150W.
Key Features:
- 100 mW to 150W range
- Fast thin-film detector
- 10 µsec rise time
- 30x30 mm active area
- 400 nm to 1100 nm; 9 µm to 11 µm spectral range
- Fan-cooled
- ISO 17025 accredited
This PowerMax-Pro 150F HD sensor incorporates a fast thin-film detector technology that responds in tens of microseconds. This model is the fastest option in the PowerMax-Pro line and is intended for measuring lasers up to 150W. The 150F model designator represents a fan-cooled model.
The sensor is terminated in a SmartProbe DB25 cable and requires the LabMax-Pro SSIM meter (PN 1268881) to take advantage of its high-speed features. A USB-direct model (PN 1295920) is available.
Specs
General
Cable Type
DB-25
Cooling Type
Fan
Active Area Size
30 x 30 mm
Detector Coating
HD
Power Range for Continuous Usage Air Cooled
100 mW to 150W
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)
170W (> 1 µsec pulses)
Maximum Intermittent Power (watts) (air-cooled <5 minutes)
150
Noise Equivalent Power (milliwatts) Standard Mode
1
Noise Equivalent Power (milliwatts) High Speed Mode
4
Noise Equivalent Power (milliwatts) Snapshot Mode
9
Maximum Power Density (kilowatts per square centimeter)
0.2 (at 150W)
Max. Peak Power Density (kilowatts per square centimeter)
14
Rise Time (microseconds)
<10
Minimum Beam Size (millimeters)
2 mm (1 mm with up to 3% error)
Calibration Uncertainty (%)(k=2)
±2
Power Linearity (%)
±3
Spectral Compensation Accuracy (%)
±3
Calibration Wavelength (nanometers)
801
Cable Length (meters)
2.5 (8.2 ft.)
Spatial Uniformity (%)(center 75% of aperature; 2.5 millimeter beam)
±5
Max. Energy Density
700 mJ/cm² (10 ns; 355 nm)