BTC200 Beam Quality Analysis Camera
Laser beam analysis complements power or energy measurement, providing useful additional information such as spatial energy or intensity distribution, beam width, centroid, ellipticity and orientation to determine whether a laser system is operating optimally. BeamTester™ beam-quality analysis software uses a research-grade camera to capture beam cross-sectional images and computer-assisted calculations to quantify more than twenty indicators, including convergence, energy distribution, beam diameter and width. Statistical reports can be generated and exported from these measurements, together with beam cross-sectional images, allowing users to evaluate laser or other source beam quality quickly and accurately.
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Overview
Specifications
| Parameter | Value |
|---|---|
| Sensor Type | CMOS |
| Sensor Resolution | 1600x1200 Pixel |
| Sensor Active Area | 7.2x5.3mm (1/1.8-Inch) |
| Spectral range | 300-1100nm |
| Spectral range [After Adding an Attenuation Filter] | 400-1100nm after Adding an Attenuation Filter |
| Attenuator [Stackable and Removable] | Low-Distortion Neutral-Density Attenuation Filter |
| Attenuator Material | NG10 Glass OD=2.3 |
| Communication Interface [Compatible with USB2.0] | USB3.0 |
| Acquisition Mode | Pulsed and Continuous-Wave Laser |
| Pulse Laser Trigger Mode | TTL Trigger Signal input |
| Maximum Trigger Frequency [Without Averaging Adjacent Pulses] | 100Hz |
| Maximum Real-Time Video Frame Rate | 60FPS |
| Maximum Acquisition and Calculation Frame Rate | 25FPS |
| Continuous-Wave Saturation @ 633 nm [633 nm; after attenuation; @ 633 nm] | 40mW/cm² (after Attenuation) |
| Continuous-Wave Saturation @ 633 nm [633 nm; Unattenuated; @633 nm] | 16uW/cm² (Unattenuated) |
| USB Connector Configuration | micro USB 3.1 GEN1 |
| Digital IO Connector Configuration | 6-Pin Aviation Socket |
| Volume | 50.0 mm × 50.0 mm × 44.6 mm |
| Mass | 219.4g |
| Specifications | Power 100mw |
Key Features
Datasheet
Supplier Information
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