Reading time ( words)
Firan Technology Group Corporation announced the results of its annual general meeting of shareholders (AGM), held in Toronto, Ontario on April 19, 2023. The Corporation is pleased to report that each of the director nominees listed in its management information circular dated February 28, 2023, were elected as directors of FTG. The directors have been elected to serve until the close of the next annual meeting of shareholders.
There were 34 shareholders represented in person or by proxy at the AGM holding 13,275,294 Common Shares representing 55.52% of the Corporation’s issued and outstanding Common Shares.
In addition, at the AGM, the shareholders also re-appointed MNP LLP, Chartered Professional Accountants, as the Corporation’s auditor and authorized the directors to fix the auditor’s remuneration. The shareholders also approved resolutions confirming the amendment and restatement of By-Law No. 1 of the Corporation and confirming By-Law No. 2 of the Corporation.
Share
Suggested Items
03/17/2020 |
All Flex
There are many types of connectors and termination methods available when designing a flexible circuit. One of the most common is the zero insertion force (ZIF) connector. The reason why the ZIF connector is so popular is that they eliminate the requirement for an added connector. They create a direct connection from the circuit to the mating connector reducing overall weight and cost. Here are a few general facts about ZIF connectors.
07/16/2018 |
Dan Beaulieu
If you wait for a Tom Peters book the way some people (myself included) wait for a new Stephen King novel, then you’re in luck because Tom finally has a new book and it’s a winner. This book covers a myriad of topics in pure Tom Peters fashion. Who but Peters could bring good old meat and potatoes common sense logic to this fast-moving new world order of social media and techno faux-communications?
07/22/2016 |
Glenn Oliver, Jonathan Weldon, et al. DUPONT*
Currently there is no industry standard test method for measuring dielectric properties of circuit board materials at frequencies greater than about 10 GHz. Various materials vendors and test labs take different approaches to determine these properties. It is common for these different approaches to yield varying values of key properties like permittivity and loss tangent.