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Coherent PowerMax-Pro 150 BB ‘nano’ Fast Power Sensor

Updated:2024-11-28

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  • Brand: Coherent
  • Model: PowerMax-Pro 150 BB ‘nano’
  • Description: This PowerMax-Pro 150 BB ‘nano’ sensor incorporates a fast thin-film detector technology that responds in hundreds of microseconds. This model utilizes a flat, broadband coating and has a reduced ban
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Product Details

Coherent PowerMax-Pro 150 BB ‘nano’ Fast Power Sensor Description:

Datasheet

This PowerMax-Pro 150 BB ‘nano’ sensor incorporates a fast thin-film detector technology that responds in hundreds of microseconds. This model utilizes a flat, broadband coating and has a reduced bandwidth intended for measuring nanosecond, picosecond, and femtosecond lasers up to 150W.

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.

Fast, thin-film transverse thermoelectric, water-cooled power sensor with flat broadband coating for measuring lasers between 100 mW and 150W. This “nano” model is designed for nanosecond, picosecond, and femtosecond lasers up to 150W.

Key Features:

100 mW to 150W range

Fast thin-film detector

350 µsec rise time

30x30 mm active area

Spectrally flat broadband coating

4 to 11 µm spectral range

Water-cooled

ISO 17025 accredited

Specifications

Cable Type
DB-25
Cooling Type
Water/Air
Active Area Size
30 x 30 mm
Detector Coating
BB
Power Range for Continuous Usage Air Cooled
100 mW to 17W
Power Range for Continuous Usage Water-cooled
100 mW to 150W
Wavelength Range
400 nm to 11 µm
Max Peak Power (for modulated lasers)
200 for >1 µs (not applicable for ns, ps, fs lasers)
Maximum Intermittent Power (watts) (air-cooled <5 minutes)
65
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)
≤350
Minimum Beam Size (millimeters)
2.0 (1.0 mm - 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
33 (10 ns; 1064 nm)

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