Features
- High Speed CMOS Camera Provides Frame Rates up to 450 Hz
- Real-Time Wavefront and Intensity Distribution Measurements
- Includes Interchangeable High-Quality Photolithographic Microlens Array
- Nearly Diffraction-Limited Spot Size
- Use with CW or Pulsed Light Sources
- USB Connection to PC
- Live Data Readout via TCP/IP
- Compact Housing: 54.9 mm x 44.8 mm x 37.8 mm with Baseplate
- Flexible Software Options
- GUI Software
- Instrument Driver Package for C Compilers
- LabWindows™/CVI
- LabVIEW™
- DotNet
The WFS10-7AR Fast Shack-Hartmann Wavefront Sensor, which incorporates a CMOS camera capable of providing frame rates up to 450 Hz, provides accurate measurements of the wavefront shape and intensity distribution of beams. This wavefront sensor comes with an AR-coated microlens array for use in the 400 - 900 nm range. The AR-coated array is designed to limit back reflections. This sensor allows the enduser to select a system which offers high spatial resolution, enhanced contrast, or high wavefront accuracy.
The included software package offers a user-friendly graphical interface with tools for choosing camera setting, calibration, analysis, and display options. All sensors require a USB2.0 port to operate. The software also includes drivers for C compilers, LabVIEWTM, LabWindows/CVITM, and DotNet for integration into custom system control and data collection software.
Specifications
- Wavelength Range: 400 – 900 nm
- Effective Focal Length: 5.0 mm
- Lens Array Coating: AR Coated
- Lenslet Pitch: 150 µm
- Wavefront Accuracy: λ/10 rms
- Wavefront Sensitivity: λ/30 rms
- Camera Sensor Type: CMOS
- Frame Rate: 70 – 450 Hz
- Camera Resolution: 640 x 480 Pixels Max, Selectable
|
( 0)
Zoom
