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Explains the OBR control software's intuitive graphical interface and parameter access.
Describes the upper graph displaying time domain data amplitude, equivalent to OTDR measurements.
Details the lower plot showing linear amplitude of frequency domain data for insertion or return loss.
Discusses how impulse duration in time domain affects step size for group delay measurements.
Lists all hardware, software, documentation, and cables included with the OBR.
Provides step-by-step instructions for physically setting up the OBR instrument and connected PC.
Guides the user through the initial power-on and software launch sequence for the OBR system.
Outlines the main window's functional areas: System Control, Data Processing, Display Options, and Graphs.
Details the area for controlling the OBR instrument and setting test parameters like wavelength and gain.
Explains settings for spatial resolution and integration width, and sensing parameters if applicable.
Covers controls for selecting graph content and manipulating display aspects like axes, cursors, and zoom.
Describes the front panel controls of the OBR instrument, including power switch and optical port.
Details the conditions requiring alignment and the procedure to align the instrument's internal optics.
Allows selection of device length range and resolution, showing resultant values and number of traces.
Explains the necessity and procedure for calibrating the OBR system before performing measurements.
Covers options for data acquisition: Single Scan Mode and Continuous Scan Mode.
Explains how the software stores and displays multiple data sets (Traces A-E) in memory.
Details the process of saving data in binary or text formats and loading saved binary files.
Covers parameter selection, zooming, scaling, and cursor adjustments for data plot visualization.
Explains how to control the content of the two graphs by selecting parameters from the Title Bars.
Describes adjusting plot axes for graphs using autoscale or manual scaling methods.
Guides users through adjusting parameter files and creating reference traces with sample data.
Explains how to adjust parameters to improve feature detection and pass/fail criteria.
Provides a recommended procedure for setting up and using the LightPath Analysis software for quality control.
Defines the parameter affecting the rolling median calculation for peak detection in the data.
Sets the maximum return loss allowed for artifacts, determining pass/fail status.
Lists the necessary knowledge and compliance requirements for setting up remote control.
Details mandatory IEEE 488.2 commands for instrument control and consistency.
Covers commands for controlling system operations like scanning and laser status.
Covers commands for setting system parameters like wavelength, scan range, and units.
Provides an introductory overview of the swept-wavelength coherent interferometry technique used by the OBR.
Explains how time and frequency domain data relate and how visible window width affects frequency resolution.
Details the calculation and display of average return loss and differential loss using cursors.
Describes how spectral shift in Rayleigh scatter is used for distributed strain and temperature measurements.
Emphasizes the importance of cleaning fiber optic connectors before testing to prevent data errors.
Provides instructions on how to safely replace fuses in the instrument's power module.
Outlines procedures and materials required for safely packing and shipping the OBR system.
Explains non-fatal status messages that advise the user about the instrument's condition.
Provides procedures for common hardware and software problems that occur without specific error messages.
Guides users on running the diagnostic software to help Luna support staff resolve issues.
Lists electrical specifications including voltage, frequency, and power requirements.
Details optical output parameters like maximum rated power and emitted wavelengths.
Specifies the hardware and software prerequisites for the PC used with the OBR.
States the laser safety classification and compliance standards for the OBR 4600.
Explains the OBR control software's intuitive graphical interface and parameter access.
Describes the upper graph displaying time domain data amplitude, equivalent to OTDR measurements.
Details the lower plot showing linear amplitude of frequency domain data for insertion or return loss.
Discusses how impulse duration in time domain affects step size for group delay measurements.
Lists all hardware, software, documentation, and cables included with the OBR.
Provides step-by-step instructions for physically setting up the OBR instrument and connected PC.
Guides the user through the initial power-on and software launch sequence for the OBR system.
Outlines the main window's functional areas: System Control, Data Processing, Display Options, and Graphs.
Details the area for controlling the OBR instrument and setting test parameters like wavelength and gain.
Explains settings for spatial resolution and integration width, and sensing parameters if applicable.
Covers controls for selecting graph content and manipulating display aspects like axes, cursors, and zoom.
Describes the front panel controls of the OBR instrument, including power switch and optical port.
Details the conditions requiring alignment and the procedure to align the instrument's internal optics.
Allows selection of device length range and resolution, showing resultant values and number of traces.
Explains the necessity and procedure for calibrating the OBR system before performing measurements.
Covers options for data acquisition: Single Scan Mode and Continuous Scan Mode.
Explains how the software stores and displays multiple data sets (Traces A-E) in memory.
Details the process of saving data in binary or text formats and loading saved binary files.
Covers parameter selection, zooming, scaling, and cursor adjustments for data plot visualization.
Explains how to control the content of the two graphs by selecting parameters from the Title Bars.
Describes adjusting plot axes for graphs using autoscale or manual scaling methods.
Guides users through adjusting parameter files and creating reference traces with sample data.
Explains how to adjust parameters to improve feature detection and pass/fail criteria.
Provides a recommended procedure for setting up and using the LightPath Analysis software for quality control.
Defines the parameter affecting the rolling median calculation for peak detection in the data.
Sets the maximum return loss allowed for artifacts, determining pass/fail status.
Lists the necessary knowledge and compliance requirements for setting up remote control.
Details mandatory IEEE 488.2 commands for instrument control and consistency.
Covers commands for controlling system operations like scanning and laser status.
Covers commands for setting system parameters like wavelength, scan range, and units.
Provides an introductory overview of the swept-wavelength coherent interferometry technique used by the OBR.
Explains how time and frequency domain data relate and how visible window width affects frequency resolution.
Details the calculation and display of average return loss and differential loss using cursors.
Describes how spectral shift in Rayleigh scatter is used for distributed strain and temperature measurements.
Emphasizes the importance of cleaning fiber optic connectors before testing to prevent data errors.
Provides instructions on how to safely replace fuses in the instrument's power module.
Outlines procedures and materials required for safely packing and shipping the OBR system.
Explains non-fatal status messages that advise the user about the instrument's condition.
Provides procedures for common hardware and software problems that occur without specific error messages.
Guides users on running the diagnostic software to help Luna support staff resolve issues.
Lists electrical specifications including voltage, frequency, and power requirements.
Details optical output parameters like maximum rated power and emitted wavelengths.
Specifies the hardware and software prerequisites for the PC used with the OBR.
States the laser safety classification and compliance standards for the OBR 4600.
General| Brand | Luna |
|---|---|
| Model | 4600 |
| Category | Measuring Instruments |
| Language | English |
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