Advocates and reviewers will post their comments below. In addition, any IEEE member can sign in with their ETHW login (different from IEEE Single Sign On) and comment on the milestone proposal's accuracy or completeness as a form of public review.
-- Juan Carlos (talk) 17:20, 9 April 2018 (UTC)
As advocate, in my opinion the proposal looks good, and the application of SCr's in Power Electronics undoubtedly had a major impact in the whole world. An open issue is where to mount the plaque, as the original building seems neither available nor much significant in the whole process of development, introduction and manufacture of SCR's by GE. It would be useful to the Committee if the proposers elaborate in the argumentation why Schnectady and in particular the Museum is appropriate.
- Replace this text with your reply
Dear Juan, I have received approval from AA Technologies to mount the plaque on the outside of the building and I have received permission from the Rochester Section to host the plaque in their section.
I cannot access the proposal to update the changes, perhaps you can guide me on that.
Advocate's approval -- Juan Carlos (talk) 10:42, 23 August 2018 (UTC)
The conditions have been met, and three distinguished professors have expressed their full support for an IEEE milestone dedicated to the SCR. This invention and its applications, changed completely the Field of Power Electronics, worldwide, and deserve an IEEE Milestone.
As said before, there is the issue of the best place for the plaque. The original proposal was in Schnectady, at the Museum of Innovation & Science. This city was an important site for General Electric, and became associated to the SCR because from there the main business of SCR was conducted for years. That’s the reason for the original suggested place for the plaque.
It was pointed out that a museum, per se, is not necessarily the best place for a plaque unless there is a strong connection with the subject of the Milestone; the development of the first SCR was made in Clyde, a 2000 persons village a few hundred miles away. So the proposers obtained another authorization letter to place the plaque in Clyde -, where the original work took place, in a building now belonging to another company. I’m afraid nobody will ever see this milestone’s plaque, “in the middle of nowhere” [ just look at the place in google maps ]
In my opinion the museum in Schnectady is a much better option, first because the name of Schenectady is strongly associated with the SCR Technology, and second for the much better public visibility. We have two letters of authorization, two possible places. What is the feeling of the Committee? Which is the best place?
Reviewers -- Juan Carlos (talk) 10:44, 23 August 2018 (UTC)
From: "Wai Tung Ng" <firstname.lastname@example.org>, February 24, 2018
The SRC is definitely an important milestone for power semiconductor devices.
Prof. Wai Tung Ng University of Toronto
Electron Devices Society Solid-State Power and High Voltage Devices TC Chair
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From: "T. Paul Chow" <email@example.com>, February 25, 2018
The SCR is truly deserving as an IEEE Milestone. I read the proposal. I have 4 specific minor changes on the modified citation below. [ the citation has already been adjusted ]
Prof. Paul Chow, Rensselaer Polytechnic Institute;
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From: César Briozzo <firstname.lastname@example.org>, March 21, 2018
I support the proposal to include the SCR / thyristor as a IEEE Milestone. Furthermore, I also would like to express my complete agreement with the proposal´s rationale as stated in the full proposal, comprising the historical and technological significance, the difficulties that had to be overcome and the singularities of the device. The thyristor has been in the basis of modern electric power management by electronic means and its creation and development deserves a special tribute. I also agree with the proposal on mounting the milestone plaque at a Museum in Schenectady, NY. Schenectady is the location from where GE and its joint venture with other companies have developed and commercialized thyristors and other power semiconductors.
Prof. César Briozzo, Power Electronics
Universidad de la Republica - Uruguay