Description
The M6-6-PY is a high-performance integrating sphere detector designed to measure laser energy up to 2 mJ with exceptional accuracy. Capable of measuring pulse-to-pulse energy at frequencies of up to 200 kHz, this detector operates with no sampling, ensuring every pulse is captured in real time. It can store up to 4 million pulses, providing 40 seconds of data at 100 kHz for thorough analysis. The detector’s unique pulse feature allows users to track missed pulses or pulses below the energy threshold, ensuring comprehensive monitoring.
Offering flexibility in wavelength and energy range, the M6-6-PY comes with options for silicon, InGaAs, and pyroelectric heads. The device is equipped with full-speed USB 2.0 for fast data transfer and is compatible with analog modules for real-time energy measurements. The user-friendly software includes diagnostic tools like live mode, FFT display, and life test mode for automated laser testing. With an aperture diameter of 6 mm and a maximum power handling of 5 W, the M6-6-PY is perfect for precise laser energy analysis in various applications.
Gentec-EO M6-6-PY Integrating Sphere Detector
Specifications
| Max Measurable Energy: | 20 mJ |
|---|---|
| Max Repetition Rate: | 200000 Hz |
| Effective Aperture: | 6 mm |
| Spectral Range: | 0.35 – 2.5 um |
| Typical Rise Time: | 150 ns |
| Repeatability: | ±1 % |
| Noise Equivalent Energy: | 0.2 μJ |
| Maximum Pulse Width: | 100 ns |
| Energy Calibration Uncertainty: | ±4 % |
| Maximum Power: | 5 W |
| Absorber: | Pyroelectric |
| Dimensions: | 38.1 Ø x 58.4D mm |
| Weight: | 0.15 kg |
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Features
- Wide Measurement Range: Measures laser energy up to 2 mJ, suitable for various laser sources
- High Precision: Provides exceptional repeatability with ±1% accuracy and a low noise equivalent energy of 0.1 μJ
- Broad Spectral Range: Covers a wide spectral range from 0.35 to 2.5 μm
- Fast Response: Features a typical rise time of 150 ns, enabling rapid energy measurements
- High Repetition Frequency: Supports measurements at a maximum repetition frequency of 200,000 Hz
- Energy Calibration: Calibrated with a ±4% uncertainty to ensure accurate readings
- Maximum Pulse Width: Capable of measuring pulses as short as 100 ns
Applications
- Laser Research: Essential for laser characterization, development, and experimentation
- Industrial Laser Processing: Ensures laser systems operate at desired energy levels for cutting, welding, and marking applications
- Quality Control: Used in manufacturing to verify laser system performance
- Laser Safety: Ensures lasers comply with safety standards by measuring their energy output
- Medical Laser Systems: Vital for evaluating laser output in medical and surgical applications
Frequently Asked Questions
What is the MACH 6 Joulemeter used for?
What types of energy probes are supported by the MACH 6 laser energy meter?
What is the maximum energy and average power that can be measured by the MACH 6 laser energy detector?
What are the key features of the MACH 6 energy meter?
What accessories are included with the MACH 6 laser energy meter?
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