Gentec-EO - 4 Channel Power Monitors- P-LINK-4-USB

Specifications

Detector Compatibility: Photodiode, Thermopile
Min Measurable Energy: Not Applicable
Max Measurable Energy: Not Applicable
Min Measurable Power: <10 pW
Max Measurable Power: <10 W
Energy Monitor Accuracy: Not Applicable
Power Monitor Accuracy: <2%
Thermopile Power Range: 3uW - 30kW
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Features


  • Broad Detector Compatibility: Compatible with thermopile and PH Series photo detectors, ensuring versatile application across different measurement needs.

  • PC Integration: Includes user-friendly software for seamless PC connectivity, facilitating data analysis and monitoring.

  • Multi-Channel Options: Available in both 1-channel (P-LINK) and 4-channel (P-LINK-4) configurations, catering to both simple and complex monitoring setups.

  • Comprehensive Data Analysis: Offers real-time statistical functions including Max, Min, Average, Standard Deviation, RMS, and PTP Stability. The P-LINK-4 model also includes High Low Alarm and Post-Analysis Mode for advanced data scrutiny.

  • Flexible Connectivity: Supports USB, RS-232, and Ethernet connections, with USB versions being port-powered for convenience.

  • Real-Time Data Transfer: Ensures timely data acquisition with a transfer rate of 10 Hz, enabling efficient monitoring and analysis.

Applications


  • Laboratory Research: Ideal for use in scientific research laboratories where precise power measurements are crucial for experiments involving lasers and light sources.

  • Industrial Process Monitoring: Suitable for monitoring laser systems in industrial applications such as laser cutting, welding, and engraving, ensuring optimal performance and quality control.

  • Photonics and Optoelectronics: Useful in the development and testing of photonic and optoelectronic devices, where accurate power measurement is essential for characterizing components like LEDs, lasers, and photodetectors.

  • Quality Assurance: Plays a key role in quality assurance processes within industries utilizing laser and light technologies, ensuring that equipment operates within specified parameters.

  • Educational Purposes: Serves as an educational tool in academic settings, allowing students to learn about and experiment with power measurement in optics and photonics labs.

  • Medical Device Testing: Essential for the calibration and testing of medical laser devices, ensuring they deliver precise dosages for treatments and procedures.

  • OEM Integration: Suitable for Original Equipment Manufacturers (OEMs) who need to incorporate power monitoring capabilities into their products or systems, adding value with integrated measurement features.