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Intrinsic transducer

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Description

Design intrinsically bend-sensitive optical fiber for very sensitive displacement/force sensors.  

See more on the ENGAGE grant application



Applications 

Short-term goals

  • Get an ENGAGE grant for development - DONE!!

Long-term goals

Have different fiber recipes and a fabrication facility OR a supplier. 

Milestones

  • Explore a few different designs and chose a few of those
  • Fabricate a few types of bend-sensitive fiber, different diameters are required
  • Perform opto-mechanical characterization of the fiber 
  • Integrate new fiver into the Mosquito 

Who's involved

Tibi, Tactus (Francois and Ivan), Jonathan, Hang, Maksim
[This list will be replaced with a UI/script which will automatically pull info from the activity log, and display members
involved and their relative contribution. See infrastructure activity cluster for more on infrastructure development.]

Incentives

Revenue will be generated by selling transducers. Transducers are consumables, they have a finite life-time and they need to be replaced from time to time. Transducers are used in the Mosquito, and other systems that integrate the Mosquito. 
  • All members involved in design and prototyping of the transducer will be compensated from the income generated by sales, in proportion with their involvement. Any future improvement of theconstriction transducer will be accounted for.
  • Members taking part in designing and building the semi-automated manufacturing device to assemble our transducers will also have a cut from the revenue generated by every transducer sold. 
  • Members involved in the manufacturing process will get compensated according to the amount of time they put in for every batch of transducers sold.    

Tools, activities, and processes


Skills and resources needed

optical fiber design, optical engineering, non-linear optics


Contact us if you want to contribute!

Optical Fiber Based Displacement-Force Sensors



Status

  • Paper - Photonic bandgap Bragg fiber sensors for bending/displacement detection SENSORICA members in collaboration with Maksim Skorobogatiy and Hang Qu, from Ecole Polytechnique de Montreal.
    Posted Aug 30, 2013, 9:50 AM by Tiberius Brastaviceanu
  • Zemax simulation of MM fiber bending loss Recently, Hang Qu used Zemax to simulate the fiber bending sensor based on a regular multimode fiber. Here are some of his conclusions: Zemax is capable to simulate the bending ...
    Posted Aug 23, 2013, 10:34 AM by Tiberius Brastaviceanu
  • First results with the bragg fiber Hang, working from his lab at the Ecole Polytechnique de Montreal, obtained the first conclusive results for the intrinsic bend-sensitive optical fiber. This optical fiber has immediate applications in ...
    Posted Jan 22, 2013, 7:41 PM by Tiberius Brastaviceanu
  • Project is starting We are getting ready to perform the first tests on some polymer bandgap fibers. Ordered the (330micron and 125micron inner diameter) connectors for polishing the fiber about two weeks ago ...
    Posted Nov 22, 2012, 6:37 PM by Tiberius Brastaviceanu
  • ENGAGE grant was awarded! A $25,000 grant was awarded on Oct 5th, 2012. The goal of this project is to design new optical fiber displacement/force transducers. See grant application - members only. See ...
    Posted Oct 15, 2012, 6:43 PM by Tiberius Brastaviceanu
Showing posts 1 - 5 of 12. View more »


Experimental setup

Optical fiber polishing