Gentec-EO QE195LP-S-MB: 195mm High-Precision Laser Energy Detector
Description
Introducing the Gentec-EO QE195LP-S-MB Laser Energy Detector: Precision Measurement for High-Energy Applications
Unlock unparalleled precision and reliability in laser energy measurement with the Gentec-EO QE195LP-S-MB. Designed to cater to the demanding requirements of high-energy laser applications, this detector stands out with its expansive 195mm aperture, making it ideal for handling extra-large laser beams.
Designed for Versatility: The QE195LP-S-MB is not just a tool but a solution tailored to meet the diverse needs of professionals in high-energy physics, material science, industrial processing, and beyond. Its convection cooling, durable MB absorber, and compact dimensions (229H x 229W x 24D mm) make it a perfect fit for both laboratory and field applications.
Invest in Confidence: Embrace the future of laser energy measurement with the Gentec-EO QE195LP-S-MB. Its custom-built nature means it can be adapted to your specific requirements, ensuring it's not just a detector, but a critical component of your precision measurement toolkit.
Gentec-EO QE195LP-S-MB: 195mm High-Precision Laser Energy Detector
Specifications |
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|---|---|
| Max Measurable Energy: | 250000 mJ |
| Max Repetition Rate: | 200 Hz |
| Effective Aperture: | 195 mm |
| Spectral Range: | 0.193-20um |
| 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 |
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.
For pricing, technical or any other questions please contact the supplier
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How to order?
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Ships from:
Canada
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Sold by:
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On FindLight:
since 2014
Frequently Asked Questions
The QE195LP-S-MB is capable of measuring laser energies up to 250 Joules, making it suitable for a wide range of high-energy applications.
Yes, the QE195LP-S-MB has a broad spectral range from 0.193 to 20 μm, accommodating a wide variety of laser types and wavelengths used in diverse applications.
The detector offers exceptional repeatability of less than 0.5%, ensuring highly accurate and consistent energy measurements for your laser applications.
The QE195LP-S-MB is designed to measure laser pulses with widths up to 5 milliseconds, catering to a broad range of pulse durations in various laser systems.
Absolutely, with a maximum average power density threshold of 10 W/cm² and a maximum energy density of 0.6 J/cm², the QE195LP-S-MB is built to withstand high-power laser conditions.
Each QE195LP-S-MB detector comes with NIST-traceable calibration, guaranteeing the accuracy and reliability of the measurements across its calibrated spectral range.
Yes, the detector's large aperture, high damage thresholds, and precise measurement capabilities make it ideal for optimizing and monitoring laser processes in industrial applications.
The QE195LP-S-MB stands out with its large 195mm aperture, low noise equivalent energy of 100 μJ, and customizability for specific user requirements, offering unmatched versatility and precision.
With its convection cooling, compact dimensions, and robust MB absorber, the QE195LP-S-MB is designed for easy integration into a wide range of laser setups and experimental rigs.
To order the QE195LP-S-MB, you can contact a Gentec-EO sales representative from this page.