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Showing 1–12 of 201 results
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- Size 10 ×10 mm
- Quality ZYB
- Working Side Single
- Top Working Layer Mosaic Spread 0.6-1.0 degree
- Thickness of working layer2 2.0mm
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- Length 125
- Width 35
- Thickness 4
- Resonant Frequency kHz (min, typ, max) 265, 300, 400
- Force Constant (min, typ, max) 20, 40, 75
- Tip Shape
- Coating Al Reflective
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Description
6H-SiC(0001) based calibration sample is designed to perform easy calibrations of AFM scanner vertical movement in several nanometers interval.
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- Size 7 × 7 mm
- Quality ZYB
- Working Side Single
- Top Working Layer Mosaic Spread 0.6-1.0 degree
- Thickness of working layer2 1.0 mm (0.8-1.8)
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- Size 7 × 7 mm
- Quality ZYH
- Working Side Single
- Top Working Layer Mosaic Spread 2-5 degree
- Thickness of working layer2 0.6mm (0.4-0.7)
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Description
6H-SiC(0001) based calibration sample is designed to perform easy calibrations of AFM scanner vertical movement in several nanometers interval.
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Description
TGQ calibration gratings are intended for simultaneous calibration in X, Y, and Z directions, lateral calibration of AFM scanners, and detection of lateral nonlinearity, hysteresis, creep and cross-coupling effects.
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- Size 10 ×10 mm
- Quality ZYB
- Working Side Double
- Top Working Layer Mosaic Spread 0.6-1.0 degree
- Thickness of working layer2 2.0mm
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- Length 264/364
- Width 34/34
- Thickness 1.85/1.85
- Resonant Frequency kHz 33.3, 37, 40.7/17.1, 19, 20.9
- Force Constant .52, .65, .78/0.208, 0.26, 0.312
- Tip Shape Octahedral at the base, conic on the last 200 nm
- Coating Au Reflective
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- Length 125
- Width 25
- Thickness 2
- Resonant Frequency kHz (min, typ, max) 110, 160, 220
- Force Constant (min, typ, max) 1.8, 5.0, 12.5
- Tip Shape
- Coating Al Reflective
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- Size 10 ×10 mm
- Quality ZYA
- Working Side Double
- Top Working Layer Mosaic Spread 0.3-0.5 degree
- Thickness of working layer2 2.0mm
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Description
TGT calibration gratings allow users to visualize scanning tips in 3-D, determine tip sharpness parameters (aspect ratio and curvature radius), tip degradation and contamination control.