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boresight

HYPERRAPID100 DS 0414 5.pdf

HYPERRAPID100 DS 0414 5.pdf

…85 Beam-Pointing Stability in Full PRF Range (rad/°C) <50 Electric Supply1 100 to 230 VAC/50 to 60 Hz/3.6 kW Beam Diameter (m) ~3000 at 1064 nm Bore-Sight Accuracy ±0.5 mm and <5 mrad Warm-Up Time (minutes) <40 from chiller start Repetition Rate (kHz) Average Power (W) No AOM process shutter With…

Properties-of-Structured-Light-Application-Note.pdf

Properties-of-Structured-Light-Application-Note.pdf

…Straig x 100. Bore-sight & Fan Angle The "curved" profile (see Figure 9) is caused by the angle between the lens and the incident beam. This curvature can be expressed as (dx/L) x 100 (see Figures 11 and 12). A general rule of thumb is: Curvature (%) = Fan Angle () x Boresight [mrad] 43751 The…

Properties of Structured Light Application Note Final.pdf

Properties of Structured Light Application Note Final.pdf

…Straig x 100. Bore-sight & Fan Angle The "curved" profile (see Figure 9) is caused by the angle between the lens and the incident beam. This curvature can be expressed as (dx/L) x 100 (see Figures 11 and 12). A general rule of thumb is: Curvature (%) = Fan Angle () x Boresight [mrad] 43751 The…

Properties-of-Structured-Light-Application-Note.pdf

Properties-of-Structured-Light-Application-Note.pdf

…Straig x 100. Bore-sight & Fan Angle The "curved" profile (see Figure 9) is caused by the angle between the lens and the incident beam. This curvature can be expressed as (dx/L) x 100 (see Figures 11 and 12). A general rule of thumb is: Curvature (%) = Fan Angle () x Boresight [mrad] 43751 The…

COHR DLM2011 Catalog FINAL.pdf

COHR DLM2011 Catalog FINAL.pdf

…unlike conventional crosshairs that are formed either by using two lasers or by splitting and recombining one beam to form a cross. 4 Define boresight method. Reverse TTL Modulation Vmod (V) 0 1 2 3 4 5 Direct TTL Modulation OpticalPower Transitional states Reverse Linear Modulation Vmod (V)…

COHR AVIA2011 Catalog 7.pdf

COHR AVIA2011 Catalog 7.pdf

…<0.3 Beam Pointing Drift (µrad/°C)4 <25 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±1.0 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2011 Catalog 7.pdf

COHR AVIA2011 Catalog 7.pdf

…<0.3 Beam Pointing Drift (µrad/°C)4 <15 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±0.5 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2011 Catalog 7.pdf

COHR AVIA2011 Catalog 7.pdf

…<0.4 Beam Pointing Drift (µrad/°C)4 <25 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±0.5 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2011 Catalog 7.pdf

COHR AVIA2011 Catalog 7.pdf

…<0.4 Beam Pointing Drift (µrad/°C)4 <25 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±1.0 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2012 Catalog 9.pdf

COHR AVIA2012 Catalog 9.pdf

…<0.3 Beam Pointing Drift (µrad/°C)4 <25 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±1.0 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2012 Catalog 9.pdf

COHR AVIA2012 Catalog 9.pdf

…<0.3 Beam Pointing Drift (µrad/°C)4 <15 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±0.5 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

COHR AVIA2012 Catalog 9.pdf

COHR AVIA2012 Catalog 9.pdf

…<0.4 Beam Pointing Drift (µrad/°C)4 <25 Beam Circularity 85% Warm-Up Time (typical) <15 minutes from standby <40 minutes from cold start Boresight Accuracy ±0.5 mm and ±5 mrad referenced to mounting features on laser head RoHS Compliant Yes Warranty 24 months or 10,000 hours System Specifications1…

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