
No more fine black dust due to Leaking Absorbers
Most RF/MW engineers, who often work in anechoic chambers, have noticed a layer of fine black dust inside their chambers and on their clothes and hands. Some engineers even keep an additional set of work clothes for use within the anechoic chamber due to this issue.
This table can support objects weighing up to 750 kilograms and complies with MIL-Standard for the defence industry. Let us share more details about our production line’s strongest testing table.
A few weeks ago, we delivered the component test chamber in the photo at one of the Booz Allen Hamilton facilities in the US. Our colleague and technical consultant, Hanneke Mertens – van Veen was responsible for this project from our side.
Hanneke: “I enjoyed working on this project with the Booz Allen Hamilton team, and they helped me run a smooth and efficient project. The table in this chamber has extra strong wheels and can easily be carried in and out of the chamber over a 150mm ramp at the door. The table’s ground plane is made of copper, but we also deliver them with other metal ground planes to comply with various test standards. The reason this one is made of copper is to increase electrical conductivity.”
And does MIL standards compliance increase the difficulty of designing a chamber?
Hanneke: “The EUTS come in various varieties, significantly impacting the chamber’s footprint. Components required for the defence industry are often larger and, therefore, heavier than average. With DEF Standards, floor-standing equipment is an option; however, we advised a tabletop setting due to the EUTs.”