10W High-Energy-Density Thermal Sensor, 160 kW/sqcm, 10 mJ - 15 J, 12-mm Sensor Aperture, Broadband, used with PEM-TS-4.3 Stand-alone Controller

PM10-12D-DF

CE
The Opto Sigma PM10-12D-DF is a thermal sensor designed for measuring high-energy/power density laser or light sources. It can read power densities as high as 160 kW/sqcm with 10W maximum average power at 100 uW resolution. In energy mode, it can read up to 15 J with 100 ms pulse. The sensor head has a 12-mm aperture and operates in the 0.2-21 um broadband spectral range. The PM10-12D-DF-USB is designed to be used with the PEM-TS-4.3 Stand-alone controller.
-
More Information
Name 10W High-Energy-Density Thermal Sensor, 160 kW/sqcm, 10 mJ - 15 J, 12-mm Sensor Aperture, Broadband, used with PEM-TS-4.3 Stand-alone Controller
Weight 0.2000kgs
Guide -
Attention -
Energy Range 10 mJ - 15 J
Power Range 10 mW - 10 W
Wavelength Range 0.2 - 2.1µm
Aperture 12mm
Cooling Convection
Max Intermitent Power 15W
Power Resolution 100uW
Noise Equivalent Power (NEP) 600uW
Response Time (0-90%) 1s
Power Calibration Uncertainty +/-3%
Power Linearity +/-1%
Energy Resolution 0.1mJ
Energy Calibration Uncertainty +/-5%
Type of Absorber DIF
Maximum Power Density 160kW/cm2
Max Energy Density 5ms pulse width: 1200 J/cm2, 10us pulse width: 22 J/cm2, 10ns pulse width: 6.5 J/cm2
Interface DB15 Conector, Compatible with PEM-TS-4.3 Controller
In stock
SKU
PM10-12D-DF
$991.00

Delivery in : in stock

The Opto Sigma PM10-12D-DF is a thermal sensor designed for measuring high-energy/power density laser or light sources. It can read power densities as high as 160 kW/sqcm with 10W maximum average power at 100 uW resolution. In energy mode, it can read up to 15 J with 100 ms pulse. The sensor head has a 12-mm aperture and operates in the 0.2-21 um broadband spectral range. The PM10-12D-DF-USB is designed to be used with the PEM-TS-4.3 Stand-alone controller.

Resources & Downloads

We detect that you are accessing the website from a different region. You will be redirected to a local version of OptoSigma.