Category Archives: Military

Webinar Reminder: Thermal Management of Defense Electronics; 10/14/10 @2PM EST

Just a quick reminder to our readers that ATS will be hosting our monthly webinar on Thursday, October 14 at 2PM EST.  The topic for this month
is “Thermal Management of Defense Electronics“. Everyone is invited and the cost is underwritten by ATS so it’s no charge to our attendees.

If you want to get a jump on this topic before the webinar, check out Courtney Howard’s article in Military and Aerospace Electronics entitled, Electronics thermal management gives rise to industry innovation to keep aerospace and defense systems cool

Webinar on Thermal Management of Defense Electronics to be Held 10/14/10 @2PM EST

We’re holding another thermal management webinar on Thursday, October 14 at 2PM EST. The topic is, “Thermal Management of Military Electronics.

Electronics warfare systems, cyber-warfare, surveillance, guidance systems, UAV, Direct Energy Weapons and more are all part of our defense infrastructure. As in any electronics, thermal management is critical to these systems to insure long MTBF and proper operation through its life cycle. Attendees will understand the tradeoffs of cost vs. thermal management in order to choose a strategy best suited for their military electronics project.

The webinar is being underwritten by ATS so there’s no charge to attendees! You can register at this link, “Thermal Management of Defense Electronics

If you want to get a jump on this topic before the webinar, check out Courtney Howard’s article in Military and Aerospace Electronics entitled, “Electronics thermal management gives rise to industry innovation to keep aerospace and defense systems cool

Semi-Therm 09 Preso: Thermal Trends in Harsh Environment Electronics

Harsh environments require extra thought relative to your cooling strategy. For one thing, the environmental range is significantly wider than if you are designing for an office environment or even shop floor.

Another factor that may need to be considered is weight. Will the end solution be carried by a person or robot? If so what’s their limit relative to payload themselves?

At SEMI-THERM 2009, Rockwell presented their thoughts on thermal trends in harsh environments. They were kind enough to post it to Slideshare so we might all benefit. You can reach their presentation by clicking to, “Thermal Trends in Harsh Environmental Electronics“.