Resource Library

We have developed this library of resources to provide access to the tremendous amount of content that we have developed over the years. It includes product-specific literature, application-based technical resources, and media presentations of our unique technologies.

If you know which specific product or application you’re looking for, simply click on that link below and you’ll find in-depth content. Alternatively, you can use the search function to connect you to literature and media related to your specific interest.

Tech Notes

Title
Product Area
os5100 Installation
  • HYPERION/FBGs
os5100 Series Long Term Test Summary
  • HYPERION/FBGs
os5500 Displacement Gage TestSummary
  • HYPERION/FBGs
os5500 Installation
  • HYPERION/FBGs
os5500 Sensor Information Sheet
  • HYPERION/FBGs
Phase Ripple Measurements with the Optical Vector Analyzer
  • Optical Test
Short Summary
Luna ’s Optical Vector Analyzer has the ability to make phase error measurements. Both “Phase Ripple Linear” and “Phase Ripple Quadratic” are now available from the drop down graph option in the OVA software.
Procedure - Armored Cable Splicing
  • HYPERION/FBGs
Procedure - Armored Cable Transition
  • HYPERION/FBGs
Procedure - Fusion Splicing
  • HYPERION/FBGs
Procedure - Weatherproof Connector Protection Fitting Assembly
  • HYPERION/FBGs
Rain repellent coating
sm125v1 Test Document - EN61010-1
  • HYPERION/FBGs
sm125v1 Test Document - Qualification Testing Summary
  • HYPERION/FBGs
sm125v2 Test Document - Declaration of Conformity
  • HYPERION/FBGs
sm125v2 Test Document - EMC Technical Dossier
  • HYPERION/FBGs
sm130 - Environmental Testing and Laser Safety Summary
  • HYPERION/FBGs
sm130 Test Document - Declaration of Conformity
  • HYPERION/FBGs
Temperature Compensation of Strain Measurement
  • ODiSI/HD-FOS
Short Summary
This Tech Note describes some methods that can be employed to correct for this temperature-induced apparent strain. Various compensation schemes are discussed, based on fiber layout and environmental conditions.
Terahertz (THz) Method to Measure Density of a Layer
  • Terahertz
Short Summary
Details the concept and practical details of using an THz measurement
system with an External Reference Structure (ERS) to measure the thickness and density of a foam layer.
Test Summary: Spool Skew and Strain Measurements Using the Optical Backscatter Reflectometer
  • Optical Test
Time Domain Phase Derivative and Time Domain Wavelength Calculations
  • Optical Test
Short Summary
The time domain phase derivative and time domain wavelength calculations are detailed.  
TissuCoat™ Sprayable Adhesion Barrier
TN 1025 - 5 Steps, Total Strain 2014.01.31
  • HYPERION/FBGs
TN 1025 - Total Strain
  • HYPERION/FBGs
TN 1031 - Capturing x55 Fast Full Spectrum
  • HYPERION/FBGs
TN 1140 - Configuring x55 OEM Settings
  • HYPERION/FBGs
TN 1140 - Configuring x55 OEM Settings 2016.02.26
  • HYPERION/FBGs
TN 1141 - x55 Performance Verification Application
  • HYPERION/FBGs
TN 1212 - os7500 Fabry Perot Accelerometer Overview 2017.09.20
  • HYPERION/FBGs
TN 1355 - IEEE 1588 Hyperion Synch
  • HYPERION/FBGs
TN 1360 - Custom x55 Peak Detection Profiles
  • HYPERION/FBGs
TN-1355-IEEE-1588-Hyperion-Synch
  • HYPERION/FBGs
TN1107 - si255 Hyperion Features and Applications
  • HYPERION/FBGs
TN1107 - si255 Hyperion Featuresand Applications
  • HYPERION/FBGs
TN1108 - x55 Depolarized Laser Option
  • HYPERION/FBGs
TN1108 x55 Depolarized Laser Option
  • HYPERION/FBGs
TN1109 - si255 Enhanced Visibility Option
  • HYPERION/FBGs
TN1109 si255 Enhanced Visibility Option
  • HYPERION/FBGs
TN1114 - Understanding x55 Dynamic Range Performance
  • HYPERION/FBGs
TN1114-Understanding-x55-Dynamic-Range-Performance
  • HYPERION/FBGs
TN1381 - x55 Internal Calibration Architecture and Fault Detection
  • HYPERION/FBGs
TN1447 - x55 Hyperion Calibration and Traceability
  • HYPERION/FBGs
TuneCoat™ Bandages for Localized Pain Relief
Using a Circulator to Make Insertion Loss Measurements in Transmission with the Optical Backscatter Reflectometer
  • Optical Test
Short Summary
For situations in which the Device Under Test (DUT) exhibits a total IL that exceeds the IL dynamic range of the OBR, it is commonly still possible to measure the accumulated IL by using a circulator.
Using the OBR with Multi-Mode Fiber
  • Optical Test
Short Summary
Discusses methods for using the OBR with MMF

Drawings

Title
Product Area
Drawing - 1x4 Coupler Box
  • HYPERION/FBGs
Drawing - Connector Protection Fitting Kit
  • HYPERION/FBGs
Drawing - os3110 Strain Gage Drawing
  • HYPERION/FBGs
Drawing - os5100
  • HYPERION/FBGs
Drawing - si155 HYPERION
  • HYPERION/FBGs