EMF Exposure Systems
SAR slice banner
sXc1800

sXc1800

 

Designed to test radiofrequency electromagnetic field exposures from a choice of second, third, fourth or fifth generation (2G, 3G, 4G, 5G) mobile communication devices or any combination of these operating at 1800MHz. The setup is based on two R18 rectangular waveguide chambers that are blindly excited by a fully computer-controlled signal unit.

sXc1800 in vitro exposure system
 

 Size

Exposure setup (placed inside incubator) 50 × 25 × 45 cm (d × w × h)
  Signal tower (beside incubator) 60 × 60 × 70 cm (d × w × h)

 Cell Cultures

Cell type cell monolayer (cell suspension and other configurations on request)
  Cell preparation monolayer: 6 Petri dishes (NUNC, ø = 35 mm)
suspension: 4 Petri dishes (NUNC, ø = 35 mm)
  Loading volume of cell medium 60 cm³, 18.5 ml

 Signals

Carrier frequency 1800 MHz
  Choice of Modulation schemes 5G
LTE (4G)
UMTS (3G)
GSM nonDTX
GSM DTX
GSM talk
arbitrary pulse structure
continuous wave
any AM waveform of 64000
points on request
WiFi Signal on request
  Intermittent exposure arbitrary on/off cycles with 10 s resolution

 Dosimetric Key
 Parameters

Peak SAR (50 W amplifier) monolayer: 200 W/kg
suspension: 40 W/kg
  Nonuniformity of the SAR distribution monolayer: < 30%
suspension: 40%
  Temperature rise for exposed cells monolayer: 0.02°C/(W/kg)
suspension: 0.13°C/(W/kg)

 Exposure and
 Environmental Control

· full software control of the exposure with self-detection of malfunctions
· blinded exposure protocols
· incident field monitoring and feedback regulation by E-field monopole sensors
· air temperature monitoring by Pt100 probes
· monitoring of fan driving currents
· data logging every 10 s
 

The complete bundle includes the waveguide chambers, signal tower, PC with software, and a suitable CO2 incubator. Also included is installation of the setup at the target laboratory as well as personnel training sessions. Pricing and detailed specifications available on request.

For more information please contact us: customized@itis.swiss