Reverberation Chamber
ETS-Lindgren reverberation chambers provide a diffuse-field environment that enables sound absorption tests, sound power tests, and transmission loss studies to be performed.
The Series 83 RF Shielded enclosure is a fully custom shielding option for specialized applications such as electron microscopes and physiological studies. Series 83 RF shielding is made of G60 grade galvanized steel. It offers the advantages of high shielding performance, durability, and ideal electrical continuity. Each panel section provides excellent stability to airborne moisture induced warping and structure strength that lend to its rugged structural design.
The Series 83 RF Shielded enclosure has performance ranging from 50 Hz through the Gigahertz range.
Please see data sheet for more information :
Data Sheet
Series 83 System Performance
Magnetic Field
26 dB @ 50 kHz
30 dB @ 60kHz
100 dB @ 14 kHz
Electric Field
100 dB from
200 kHz to 50 MHz
Plane Wave
100 dB from 50 MHz to 1 GHz
Microwave
100 dB @ 10 GHz
ETS-Lindgren reverberation chambers provide a diffuse-field environment that enables sound absorption tests, sound power tests, and transmission loss studies to be performed.
Faraday offers the ETS Lindgren Delta exam booths as a clinical audiology solution.
Hemi-Anechoic Chambers are used to perform precision- and engineering- grade testing on a wide variety of devices ranging from handheld units to large vehicles and equipment.
The Series 71 features a double layer of 550mm x 550mm x 3.8mm copper screen mesh weave to deliver excellent attenuation levels, while allowing for air passage through the screen mesh.
The Series 81 Modular Shielded Room offers a time proven design that has provided excellent EMI/ RFI shielding effectiveness for thousands of users.
The Series 83 RF Shielded enclosure is a fully custom shielding option for specialized applications such as electron microscopes and physiological studies.
An MRI scanner is essentially a large, permanently active electro-magnet. They are used to diagnose and monitor patients with diseases or injuries. The magnetic fields proceed by MRI scanners are significant and are generally required to be contained within the bounds of a shielded room.
MRI scanners are highly susceptible to interference from external radio frequency signals. Interference can cause image quality problems for MRI procedures, reducing or completely spoiling the quality of the scan.
Our anechoic chambers are designed to completely absorb reflections of sound or electromagnetic waves. They are also isolated from waves entering from their surroundings.