NARDA LR-01, User Manual

Page: 34 / 194

1-26 General information
DUAL-BAND ELECTRIC AND MAGNETIC SHAPED FIELD PROBE EHP-2B-08
For ICNIRP 2020 and FCC 96-326*
Electric Field Magnetic Field
Frequency range
ICNIRP 2020
Occupational
5 MHz – 60 GHz 1 – 1000 MHz
General Public
FCC 96-326
Occupational 2 MHz – 60 GHz 2 – 1000 MHz
General Pop. 1.34 MHz – 60 GHz 1 – 1000 MHz
Level range
(1)
Occupational 0.1 – 1000 % 0.3 – 1000 %
General P. 0.5 – 1000 % 1.5 – 1000 %
Overload
2000 %
Linearity
(2)
+/- 0.5 dB
Power (Amplitude)
dynamic range Occupational 40 (80) dB 35 (70) dB
General P. 33 (66) dB 28 (56) dB
Resolution 0.01 %
Sensitivity
Occupational 0.1 % 0.3 %
General P. 0.5 % 1.5 %
Frequency flatness
(3)
(typ)
ICNIRP 2020
Occupational
5 – 9250 MHz +/- 2 dB
9250 – 18000 MHz +3/-2 dB
18 – 60 GHz +8/-1 dB
1 – 200 MHz +3.5/-1 dB
200 – 1000 MHz +3.5/-4 dB
General Public
FCC 96-326
Occupational
2 – 18000 MHz +/- 3 dB
18 – 60 GHz +8/-1 dB
2 – 1000 MHz +/- 3 dB
General Pop.
1.34 – 18000 MHz +/- 3 dB
18 – 60 GHz +8/-1 dB
1 – 1000 MHz +/- 3 dB
Anisotropy
(4)
+/- 0.5 dB
Temperature error
(4)
0.03 dB/°C 0.01 dB/°C
Temperature sensor On board
Field sensor Triaxial orthogonal dipoles Triaxial orthogonal loops
A/D convertion On board
Calibration (5) internal E
2
PROM
Operating temperature -20 to +55 °C
Operating relative humidity (6)
5 to 95 %
Storage temperature -30 to +75°C
Dimensions
165 mm length, 54mm diameter
Weight
100 g
Specification are subject to change without notice
When not differently specified the following specifications are referred to operating ambient temperature 23°C and relative humidity 50%.
FCC 96-326 considers the terms general population/uncontrolled and occupational/controlled.
Note (1): Power density referred.
Note (2): At 50 MHz on related level range 6dB above the noise floor
Note (3): Relative to 10% of the standard limit
Note (4): At 50 MHz / 10% of the standard limit
Note (5): Recommended re-calibration interval 24 month
Note (6): Without condensation
(*) All probes include on board A/D conversion, calibration factors on E 2 PROM, and temperature sensor
Fig. 1-21 EHP-2B-08 probe