Gentec-EO - Single Channel Power and Energy Monitor - M-LINK

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Specifications

Detector Compatibility: Photodiode, Pyroelectric, Thermopile
Min Measurable Energy: <100 fJ
Max Measurable Energy: <100 kJ
Min Measurable Power: <10 pW
Max Measurable Power: <100 kW
Energy Monitor Accuracy: <2%
Power Monitor Accuracy: <2%
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Features


  • Universal Compatibility: Reads all head types for power (thermopiles, photo detectors, pyroelectrics) and energy measurements (thermopiles in single shot mode, photo detectors, pyroelectrics), making it a versatile tool for various applications.

  • Advanced Noise Suppression: Employs a unique digital method to minimize noise at lower ranges, enhancing the ability to measure energy levels down to femtojoules.

  • External Triggering: Facilitates synchronization with pulsed lasers or digital choppers, ensuring precise timing and measurement accuracy.

  • Intuitive PC Integration: USB connectivity ensures straightforward integration with PC systems, supported by feature-rich LabView software that offers a range of instrument controls and data visualization options.

  • Comprehensive Data Analysis: Provides extensive statistical functions, including Min, Max, Mean, Standard Deviation, and RMS Stability, alongside graphic displays such as Strip Chart and Histogram, for detailed data examination and analysis.

Applications


  • Research and Academia: Ideal for scientific studies requiring precise measurement of laser power and energy, from femtojoule levels in quantum research to kilowatt levels in applied physics.

  • Industrial Testing: Crucial for quality control and testing in manufacturing environments where lasers and other light sources are employed, ensuring that equipment operates within specified parameters.

  • Photonics Development: Plays a significant role in the development and characterization of photonic devices, where accurate energy and power measurement is key to innovation.

  • Medical Device Calibration: Essential for calibrating medical lasers and other photonic equipment, guaranteeing accuracy and safety in clinical applications.

  • Environmental Monitoring: Useful in measuring the radiant flux or irradiance from natural or artificial light sources, contributing to studies in solar energy, lighting efficiency, and environmental science.