Typical Applications of Smart Fieldmeter

 

 

 

Description

Environment

Field Range

 

Frequency Range

Performed by

RF Immunity testing per CE mark and other EMC requirements for consumer and professional electronics.

Semi anechoic chamber, TEM or GTEM cell.

0.5 - 30 V/m

30 MHz - 1000 MHz

Prequalification EMC tests performed by small-to-medium electronic manufacturers.

 

Qualification EMC tests performed by certified large electronic manufacturers and EMC test labs.

RF Immunity testing per RTCA-DO-160 and

MIL STD 461/462 immunity standards.

Screen room, semi anechoic chamber, TEM or GTEM cell.

5 - 300 V/m

0.1 MHz - 3 GHz

(3 GHz - 12.4 GHz)*

Prequalification EMC tests performed by manufacturers of the military and aviation electronic equipment.

 

Qualification EMC tests performed by certified EMC

test labs.

FCC EMI regulatory testing and certification of AM/FM/Cell tower transmitters

Open field.

0.2 - 20 V/m

0.5 MHz - 2.45 GHz,

 

Certification of the RF transmitters performed by licensed field survey engineers.

RF Immunity testing during the design and development of analog and digital electronic devices.

Screen room, open field, laboratory environment.

0.2 - 100 V/m

0.5 - 120 MHz,

800 - 960 MHz,

1.2 - 1.4 GHz,

2.4 GHz

Performed by manufacturers of critical safety and other electronic systems to ensure the design robustness against manmade RF interference.

**Testing of the electromagnetic emissions from industrial equipment.

Industrial and laboratory environment.

20 - 800 V/m

30 MHz - 300 MHz,

0.02 MHz-3 GHz

Performed by licensed safety engineers.

Examples: MW ovens, industrial heating and drying equipment, RF welding machines, etc.

Scientific, engineering and educational EM field measurements.

Laboratory, classroom, office environment.

1 - 20 V/m

0.2 MHz – 3 GHz.

Scientists, engineers, educators, general public.

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

* This frequency range requires special probe variant.

** This testing should not be confused with RF emissions testing per FCC and CE mark standards, that refer to much lower field strength levels, and deal with RF interference issues not safety.