Datasheet_EF6092

Datasheet_EF6092

Datasheet_EF6092

Product catalog summary
Overview: The document provides technical specifications and details for the EF6092 E-Field Probe, designed for measuring electric fields from 100 MHz to 60 GHz using NBM-500 family instruments. It is suitable for both general public and occupational field exposure assessments.
Key Features:
  • Frequency Range: 100 MHz to 60 GHz, covering high-frequency communications including mobile radio and satellite links.
  • Measurement Capability: Isotropic (non-directional) measurement using three orthogonally arranged dipoles with detector diodes.
  • Dynamic Range: High dynamic range with a measurement range of 0.7 to 400 V/m (CW) and 0.7 to 61.4 V/m (True RMS).
  • Design: The probe head is made of foam material for sensor protection and optimal RF characteristics.
Calibration: The probe is calibrated at multiple frequencies with correction values stored in an EPROM, ensuring calibrated accuracy with any NBM instrument combination.
Specifications:
  • Type of Frequency Response: Flat
  • Dynamic Range: 55 dB
  • Damage Levels: CW damage level at 1600 V/m and peak damage level at 1900 V/m.
  • Uncertainty: Varies with frequency and measurement conditions, with specific dB values provided for different ranges.
  • Temperature Range: Operating: -10 °C to +50 °C; Non-operating: -40 °C to +70 °C
  • Humidity: 5 to 95% RH at ≤ 28 °C
  • Size and Weight: 318 mm x 66 mm Ø, 90 g
Ordering Information: The probe is available with or without accredited calibration up to 18 GHz, with specific part numbers provided for ordering.
Contact Information: Narda Safety Test Solutions provides contact details for their offices in Germany, USA, and Italy for support and inquiries.
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Catalog excerpts

Datasheet_EF6092-1

www.narda-sts.com E-FIELD PROBE EF6092 A General public and occupational field exposure A Broad frequency range with high dynamic range A Isotropic (non-directional) measurement The probe contains three orthogonally arranged dipoles with detector diodes. The diode voltages each correspond to the RMS value of the spatial components. The isotropic measurement result is obtained by addition within the probe. APPLICATIONS The probe detects electric fields from 100 MHz up to 60 GHz. This frequency range covers almost the entire range of high frequency communications, right up to mobile radio and satellite links. The linearity and sensitivity of the probe ensure its suitability for checking human safety limit values in the occupational and general public environments. 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 detector elements are also largely protected against overload, since their destruction limit is well above all 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. NSTS 0416-E0307C 1 / 2 Subject to change

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Datasheet_EF6092-2

(a) Unless otherwise noted specifications apply at reference condition: device in far-field of source, ambient temperature 23±3 °C, relative air humidity 40 % to 60 %, sinusoidal signal (b) Cutoff frequency at approx. -6 dB (c) Pulse length 1psec, duty cycle 1:100 (d) Frequency response can be compensated for by the use of correction factors stored in the probe memory (e) Accuracy of the fields generated to calibrate the probes (f) Uncertainty due to varying polarization (verified by type approval test for meter with probe). Ellipse ratio included and calibrated for each probe Narda Safety Test...

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*Prices are pre-tax. They exclude delivery charges and customs duties and do not include additional charges for installation or activation options. Prices are indicative only and may vary by country, with changes to the cost of raw materials and exchange rates.