Electronic Design
 
Product Locator Letail
Product Locator >> Components & Assemblies >> Cabinets & Enclosures >> Chassis

Reprints   Email this Article    RSS        Font Size     What's This?


Conduction Cooled Chassis Delivers 135W
January 2004 Issue
Published Date: January 13, 2004
The Air Transport Rack (ATR) 3/4-size chassis can provide up to 135W of power in a 50°C ambient environment. Temperature is kept under control by way of optimized heat spreaders, and the chassis is dip brazed to provide a completely sealed enclosure that further aids in the natural convection process. The chassis supports the DIN mechanical spec, which allows the unit to accommodate VME, VME64X and CompactPCI backplanes. Custom backplane configurations are also available, as well as thermal simulation and an Icepak Thermal Model. Additionally, the ATR series meets the requirements of the ARINC 404A/MIL-STD-91403 standard. Single-unit prices start at $12,900. The ATR chassis is also available in full and 1-1/2 sizes. CG MUPAC INC., Brockton, MA. (508) 588-6110.

Company - CG MUPAC INC.
Product URL: Click here for more information


  Find it now on Digi-Key:
Cabinets & Enclosures
Digi-Key


Top 20 Products
1) 3G Transceiver Consumes 30% Less Power And Delivers 50% Better EVM  93
2) Plug-In PCB Terminal Blocks Keep Costs Low  88
3) 100-W DC/DC Converters Serve Industrial Tasks  86
4) Vista-Compliant Audio Subsystems Save Space And Power In Notebooks  82
5) Tiny DPDT RF Relay Saves Board Space  71
ALL TOP 20 >>
Search News
 
Email Newsletter
Subscribe to the EEPN Products of the Week Newsletter.



PartFinder

Find real-time pricing, stock status, same-day/next-day shipping options and more. Brought to you by Digi-Key. Go to PartFinder.    
GlobalSpec

PART SEARCH :
Powered by: GlobalSpec - The Engineering Search Engine
Sponsored Links

Electronic Design Europe Electronic Design China EEPN Power Electronics Auto Electronics Microwaves & RF
Mobile Dev & Design Schematics Find Power Products Military Electronics EE Events Related Resources