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100 x 100mm, 1.0mm Spacing, Glass Distortion Target

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Stock #62-213 3-4 days
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€1.350,00
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€1.350,00
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€1.283,20
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Dot Diameter (mm):
0.250
Dot Spacing (mm):
1.000
Overall Accuracy (mm):
±0.002
Dot Diameter Tolerance (mm):
± 0.002
Dot Spacing Tolerance (mm):
± 0.002 Center to Center
Flatness (inches):
0.001

Product Details

Type:
Chrome on Glass

Physical & Mechanical Properties

Pattern Size (mm):
100 x 100
Dimensions (inches):
5 x 5
Thickness (mm):
1.50

Optical Properties

Coating:
Reflective First Surface Chromium
Rabs = 50% ±5% @ 550nm
Substrate: Many glass manufacturers offer the same material characteristics under different trade names. Learn More
Soda Lime Float Glass
Optical Density OD (Average):
>3.0
Surface Quality:
40-20

Additional Info

NIST Certification:
Serialized NIST Traceable Certificate Included

Regulatory Compliance

RoHS 2015:
Certificate of Conformance:
Reach 240:

Product Family Description

  • For Distortion Measurement and Calibration of Imaging Systems
  • Chrome on Soda Lime Glass or Chrome on White Ivory Glass Versions
  • NIST Certificate of Accuracy Included

Fixed Frequency Grid Distortion Targets are used to resolve the often-troublesome distortion factor in measurement applications. It is important to note that no information about the object is actually lost, but merely misplaced in the image when distortion occurs. Using these targets, one can easily determine the precise amount of distortion present and back it out of measurements. The dot center can be located using blob (or centroid) analysis in measurement software. Fixed Frequency Grid Distortion Targets are available in various options each with different dot size/dot frequency combinations. Choose a target based on your field of view or resolution/accuracy requirements. These targets are available in either a chrome on soda lime glass or chrome on white ivory glass to accommodate transmission or reflection-based applications, respectively. Included in the packaging is a serialized NIST Traceable Certificate of Accuracy per MIL-STD-45662A.

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