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Narda EF1891 E-Field(NBM) Flat

Manufacturer part number: 2402/02C
Probe EF 1891, E-Field, for NBM, 3MHz-18GHz
PURCHASE
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$0.00Configurations
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Available Configurations

APPLICATIONS

The probe detects electric fields from 3 MHz to 18 GHz, covering the fields generated by broadcasting, telecoms, and radar. The dynamic range from 0.6 V/m up to 800 V/m (62 dB) makes the probe ideal for measuring exposure in both the general public and the occupational environment.

PROPERTIES

The probe is designed with mechanical and electrical properties ideal for field use. The probe head is made of foam material to provide effective protection for the sensors, while having excellent RF characteristics. The electric destruction limit of 1,100 V/m for continuous wave signals is several times higher than any of the human safety limit values.

CALIBRATION

The probe is calibrated at several frequencies. The correction values are stored in an EPROM in the probe and are automatically taken into account by the NBM instrument. Calibrated accuracy is thus obtained regardless of the combination of probe and instrument.

  • Manual
  • All additional standard accessories
  • Frequency Range: 3MHz to 18GHz
  • Measurement Range: 0.6 to 800 V/m (CW)
  • Response: flat
  • Compatibility: NBM-500 series meters
  • RF Safety
Description

APPLICATIONS

The probe detects electric fields from 3 MHz to 18 GHz, covering the fields generated by broadcasting, telecoms, and radar. The dynamic range from 0.6 V/m up to 800 V/m (62 dB) makes the probe ideal for measuring exposure in both the general public and the occupational environment.

PROPERTIES

The probe is designed with mechanical and electrical properties ideal for field use. The probe head is made of foam material to provide effective protection for the sensors, while having excellent RF characteristics. The electric destruction limit of 1,100 V/m for continuous wave signals is several times higher than any of the human safety limit values.

CALIBRATION

The probe is calibrated at several frequencies. The correction values are stored in an EPROM in the probe and are automatically taken into account by the NBM instrument. Calibrated accuracy is thus obtained regardless of the combination of probe and instrument.