Gentec-EO QE195LP-S-MB: 195mm High-Precision Laser Energy Detector

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Specifications

Max Measurable Energy: 250000 mJ
Max Repetition Rate: 200 Hz
Effective Aperture: 195 mm
Spectral Range: 0.193 – 20 um
Noise Level: As low as 0.1 mJ
Repeatability: <0.5%
Noise Equivalent Energy: 100 μJ
Maximum Pulse Width: 5 ms
Energy Calibration Uncertainty: ±3%
Maximum Average Power Density: 10 W/cm²
Maximum Energy Density: 0.6 J/cm²
Maximum Power: 150 W
Cooling: Convection
Absorber: MB
Dimensions: 229H x 229W x 24D
Weight: 3.1 kg
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Features

Wide Spectral Range: Effortlessly measure across a broad spectral range of 0.193 to 20 μm, ensuring versatility across various laser types and applications.


Exceptional Precision: Benefit from less than 0.5% repeatability, ensuring consistent and accurate measurements every time.


High Measurement Capacity: With the ability to measure up to 250 J and a maximum repetition frequency of 200 Hz, this detector is equipped to handle high-energy lasers with ease.


Ultra-Low Noise Level: Achieve pristine measurement accuracy with a noise equivalent energy as low as 100 μJ, minimizing interference and enhancing signal clarity.


Robust Damage Thresholds: Engineered for durability, it withstands up to 10 W/cm² in average power density and 0.6 J/cm² in energy density, ensuring long-term performance even in rigorous conditions.


Optimized Cooling: The convection cooling system maintains optimal operational temperatures, preserving measurement integrity and device longevity.


Certified Calibration: Each unit comes with NIST-traceable calibration across its calibrated spectral range, guaranteeing measurement accuracy and reliability.

Applications

High-Energy Physics Research: With its capability to measure up to 250 J and a spectral range of 0.193 to 20 μm, the QE195LP-S-MB is ideal for experiments in high-energy physics where precision and reliability are paramount.


Material Science and Processing: The detector's large aperture and high damage thresholds make it perfect for material analysis and processing applications, where large, high-energy laser beams are used to modify or analyze material properties.


Industrial Laser Applications: In industries where lasers are used for cutting, welding, or engraving, the QE195LP-S-MB's precision measurement helps in optimizing laser output, ensuring quality and efficiency in manufacturing processes.


Medical and Cosmetic Laser Devices: The precision and safety offered by the QE195LP-S-MB are crucial for the development and testing of medical and cosmetic laser devices, ensuring they deliver the intended therapeutic or aesthetic effects.


Energy Production and Fusion Research: The detector's high measurement capacity and low noise level make it suitable for energy production applications, including laser-induced fusion research, where accurate energy measurement is critical.


Advanced Optical Laboratories: Academic and commercial research labs focusing on optics and photonics can leverage the QE195LP-S-MB for experimental setups, characterizing laser sources, and verifying optical components' performance.


Aerospace and Defense: In applications requiring high-power lasers for ranging, targeting, or missile defense, the QE195LP-S-MB offers the robustness and precision needed for development, testing, and deployment.


Environmental Monitoring: The wide spectral range and high precision of the QE195LP-S-MB enable its use in environmental monitoring applications, such as atmospheric sensing or remote analysis of pollutants using laser-based techniques.