EMSense™ 10

​ETS-Lindgren's EMSense 10 Electric Field Probe measures field strength from 10 kHz to 10 GHz with a dynamic range of 1 to 750 V/m.

 

 

ETS-Lindgren's laser-powered EMSense™ 10 Electric Field Probe embodies the latest innovations in isotropic sensor design, low noise and miniaturized electronics. Designed to be single range reading, the  EMSense™ 10 can read data continuously over the entire dynamic range. Data values for each axis (X, Y, and Z) can be read individually or summed. Fiber optic signal and power lines link the RF field probe to either the EMCenter™ 2/7 Slot, or as a direct connect to a PC USB port with the  EMCenter™ 1-Slot.

The EMCenter™ 2 and 7 Slot Modular RF Platform along with the EMSense™ 10 interface card can be used as a Field Monitor in addition to its capability as a system level platform.

The  EMCenter™ 1-Slot with the EMSense™ 10 interface card provide laser power and communications for the EMSense™ 10 Field Probe. A USB connection to the PC allows for quick and easy data collection, using Laser Probes software.

To be used in place of the HI-6105 and HI-6122.

Key Product Information


​The EMSense 10 probe utilizes an updated CPU in the EMCenter to support its improved communication speed. Some EMCenter units carry an older CPU that must be upgraded to support the EMSense 10 probe and plug-in card. To check compatibility, access the "? Info" menu on the EMCenter main screen and check slot 8. The compatible processor is 7000-008. If the EMCenter shows processor 7000-007, a processor upgrade is available through the ETS-Lindgren service center.

Alternatively, a stand-alone EMCenter is available for EMSense 10 that appears as an additional EMCenter slot to EMC control software.

Specifications Select a tab below for more information


 

Dynamic Range​1 to 750 Vim
​Damage Level​1,000 V/m
​Frequency Range​10 kHz to 10 GHz
​Frequency Response
(with internal correction)
​± 1 dB (10 kHz - 10 GHz)
​Resolution​0.01Vim
​Linearity​± 0.5 dB ± 0.5 Vm, 1-500 V/m
​Isotropic Deviation​± 0.25 dB@ 1 GHz
± 0.5 dB up to 3 GHz
± 1.0 dB up to 6 GHz
± 2.0 dB up to 10 GHz
Measurement speed (Sensor)
​100 Measurements/s
Shape of housing​Spherical
Weight1.77 oz (65 g)
Total electrical dimensions
​1.9*1.9*1.9 in  (6.9 in3 )
(4.9*4.9*4.9 cm (117 cm3)
​Diameter of Spherical housing
​0.98 in (2.5 cm)
​Temperature range (operating)32 °F to  104 °F
(0°C to 40 °C)
Relative humidity (operating)​10 % to  90 % RH
(non-condensing)
Factory calibrationInternally stored, ISO17025 calibration
Optical LASER power
Max. 0.5 Watt at aperture @808 nm
F.O. connector LASER​FC 200/230 µm  fiber
​F.O. connector DATA
​ST 200/230 µm  fiber
​Fiber Extension length *100 m maximum
* Sold separately. Standard lengths are 10, 20 and 30 meters.​
  • ​Electric Field Probe
  • Set of in-line connectors (FC, ST)
  • 10m Fiber Cable*
  • Probe Stand
  • Carry Case
  • Fiber Cleaning wipes

 

 

Kits:*

For EMCenter 2-Slot and 7-Slot (EMCenter sold separately)

1714963: 7007-201 10M kit, Probe+Card+10m Fiber Cable

1714964: 7007-201 20M kit, Probe+Card+20m Fiber Cable

For EMCenter 1-Slot (for connection to a PC)

1714959: 7007-201 10M kit, Probe+Card+1-Slot+10m Fiber Cable

1714961: 7007-201 20M kit, Probe+Card+1-Slot+20m Fiber Cable

*Individual parts can be sold separately

View BIM Models of our Product Options Below:

 

 

Key Features

  • ​Laser powered for extended testing

  • Frequency corrected field values direct from probe

    • No need to apply correction factors

  • Single probe frequency range - 10 kHz to 10 GHz

  • Broad dynamic range - 1 to 750 V/m

  • Small physical size

  • Six axis spherical design

  • A2LA Accredited Calibration

  • Suitable for MIL Standard Specs:

    • MIL-STD 461F Radiated Susceptibility (RS)

  • Suitable for Automotive Specs:

    • SAE J1113/27GMW 3091/3097/3103

    • GMW 3091/3097/3103

    • FORD FMC 1278

  • Suitable for Commercial Specs: EN/IEC 61000-4-3 Radiated Immunity

  • To be used in place of the HI-6105 and HI-6122.


Literature and Videos

View Product Information Bulletin
Date Last Updated: Wednesday, August 12, 2020
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