Login
Login
Register
Complete Your Profile
Change Password
Request a Password Reset
Download Documents
UNIVERSITY OF OTTAWA has floated a tender for Digital Oscilloscope for Ultrahigh Resolution Sensors. The project location is Canada and the tender is closing on 27 May 2024. The tender notice number is 2024010-RES-RFP, while the TOT Ref Number is 101088332. Bidders can have further information about the Tender and can request the complete Tender document by Registering on the site.
Procurement Summary
Country : Canada
Summary : Digital Oscilloscope for Ultrahigh Resolution Sensors
Deadline : 27 May 2024
Other Information
Notice Type : Tender
TOT Ref.No.: 101088332
Document Ref. No. : 2024010-RES-RFP
Competition : ICB
Financier : Self Financed
Purchaser Ownership : Public
Tender Value : Refer Document
Purchaser's Detail
Purchaser : UNIVERSITY OF OTTAWA
Ottawa, ON, CAN
Contact Information : Owen Bouley, 613-562-5800 ext. 3966, obouley@uottawa.ca
Canada
Email :obouley@uottawa.ca
Tender Details
The Unversity of Ottawa is pleased to invite qualified proponents to submit a proposal for a digital oscilloscope for fiber sensing experiments. The requested digital oscilloscope is to provide a minimum of 13 GHz analog bandwidth and 80 GS/s acquisition rate. The instrument is the centerpiece for ultrahigh resolution sensing systems.a. General Description:A high bandwidth (13 GHz) and high sampling rate are required for the following high-impact projects:The random feedback optical parametric oscillator sensor (RF-OPOS): This will be the 1st concept to use RF-OPO for sensors, especially with tunable spatial resolution and location ability for static and dynamic ultrasensitive sensing, which will be enabled by the 13 GHz and 80GS/s digital oscilloscope. It will add a new class of OPO based distributed sensor. Compared with the traditional static strain or temperature fiber sensors, the proposed sensor has ultrahigh resolution with an improvement of 1000x. Geophysical research on earthquakes and volcanoes requires monitoring the earth-s crustal deformation continuously with a strain resolution on the order of nano-strains (nɛ) in static to low-frequency regions. Our RF-OPOS will have great potential as a powerful tool for geophysical research on crustal deformation monitoring and aerospace applications.Ultra-high performance distributed sensors for eavesdropping event: The proposed research will demonstrate the 1st distributed exceptional point sensing enabled by phase matchi...
Solicitation Type : RFP - Request for Proposal (Formal)
Reference Number : 0000270037
Location : Canada, Ontario, Ottawa
Delivery Point : University of Ottawa
Purchase Type : One Time Only- Delivery Date:2024/08/09
Description : The Unversity of Ottawa is pleased to invite qualified proponents to submit a proposal for a digital oscilloscope for fiber sensing experiments. The requested digital oscilloscope is to provide a minimum of 13 GHz analog bandwidth and 80 GS/s acquisition rate. The instrument is the centerpiece for ultrahigh resolution sensing systems.a. General Description:A high bandwidth (13 GHz) and high sampling rate are required for the following high-impact projects:The random feedback optical parametric oscillator sensor (RF-OPOS): This will be the 1st concept to use RF-OPO for sensors, especially with tunable spatial resolution and location ability for static and dynamic ultrasensitive sensing, which will be enabled by the 13 GHz and 80GS/s digital oscilloscope. It will add a new class of OPO based distributed sensor. Compared with the traditional static strain or temperature fiber sensors, the proposed sensor has ultrahigh resolution with an improvement of 1000x. Geophysical research on earthquakes and volcanoes requires monitoring the earth’s crustal deformation continuously with a strain resolution on the order of nano-strains (nɛ) in static to low-frequency regions. Our RF-OPOS will have great potential as a powerful tool for geophy...
Documents
Want To Bid in This Tender?
Get Local Agent Support in Canada and 60 More Countries.
View Tenders By
Sign in with Google