E-field
space around an electrically charged object. Also known as: Electric Field
See Also: Electric Field, Electrical Field
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Near Field Microprobe E-field 7 MHz to 3 GHz
ICR E150
The near field microprobe is used to measure electric fields at extremely high resolution and sensitivity. The optimal distance to the object being measured is < 1 mm. Due to its small probe head dimension, the probe has to be moved by a manual or automatic positioning system, e.g. Langer-Scanner.
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E-Field Generators
TDK E-Field Generators - generate controlled, high-intensity electric and magnetic fields over the frequency range of 10kHz to 100 MHz
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Near Field Probes 30 MHz up to 3 GHz
RF6 set
The RF6 near field probe set consists of 2 passive magnetic field probes and 2 passive E field probes for measurements in the development phase of the E-field and magnetic field in the range from 30 MHz to 3 GHz on electronic assemblies. The probe heads of the RF6 set allow a step by step localization of interference sources of the RF magnetic field and RF-E-field on an assembly. From a larger distance the electromagnetic interference is detected by RF-R 50-1 for the magnetic field and by RF-E 02 for the E-field. The RF-B 3-2 and RF-E 10 probes with their higher resolution can more presicely detect the interference sources of the magnetic field and the E-field. Field orientation and field distribution on an electronic assembly can be detected by special guidiance of the near field probe. The near field probes are small and handy. They have a sheath current attenuation and are electrically shielded. They can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. They do not have an internal terminating resistance.
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Fiber optic active antennas / field probes
EFS-105
The EFS-105 is the first in a family of fiber-optic active antennas & E-field probes. The field distortion caused by the probe head is nearly zero due to the exceptionally small probe head and the all-optical signal transmission and power supply. This gives an invaluable advantage for near field measurements and measurements close to metallic parts.
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Electromagnetic Radiation Tester
KM 196
Kusam Electrical Industries Limited
Unit : Electric Field : V/m; Magnetic Field : mT. Precision : Electric Field : 1V/m; Magnetic Field : 0.01 mT. Range : Electric Field : 1V/m ~ 1999V/m. Magnetic Field : 0.01 mT ~ 19.99 mT. Alarm Threshold : Electric Field : 40V/m, Magnetic Field : 0.4 mT. Reading Display : 3½ Digit Digital LCD display with Backlight. Frequency Range : 5Hz ~ 3500MHZ. Sampling Time : About 0.4 second. Measuring Mode : Dual Mode. Overload Alert : “1” appears on LCD. Sound & Light Alarm. Data Hold function. Auto Power Off. Average & Peak measurement. Low Battery Indication. Operating Temperature & Humidity : 0°C ~ 50°C; below 80%RH. Power battery : 9V Battery. Dimension : 63.6 x 31 x 125.8mm. Weight : Approx. 146g.
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Field meters
Small, lightweight and low priced non frequency selective Efield meter. It can be used for relatively high field strengths e.g. to observe the field in a TEM cell or a strip line.
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IC Side Channel Analysis
These probes allow you to couple fast, transient magnetic field, E-field, and current pulses into ICs.
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Guided UWB Radar TLI Signal Processor
EFP-IL
The new panel-mount EFP-IL Guided UWB Radar Signal Processor uses MOHR's Electric Field Perturbation (EFP) technology to provide the industry's most accurate real-time liquid level and multiphase flow measurements.
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TEM Cells
Transverse Electro Magnetic (TEM) cell or Crawford cell (named after its inventor) is used to generate accurate electromagnetic waves over a wide frequency range: DC (0 Hz) to GHz., EM waves generated in the cell propagate in transverse mode and have the same characteristics as a plane wave. It can be used to calibrate E-field broadband probes for testing radiated E-field immunity as well as for measuring radiated emission from a product with a spectrum analyzer/EMI receiver.TEM cell generates a consistent electromagnetic field for testing small RF devices such as wireless pagers, receivers, portable phones, etc.
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Near Field Probes 1GHz - 10 GHz
SX set
The SX1 set consists of 3 passive near field probes for making measurements in the development phase of E-field and magnetic field with a high clock frequency in the range from 1 GHz to 10 GHz. The probe heads of the set SX allow for measurements close to electronic assemblies, e.g. on single IC pins, conducting paths, components and their connectors, to localize interference sources. Field orientation and field distribution on an electronic assembly can be detected through trained use of the near field probe. The near field probes are small and handy. They have a sheath current attenuation and are electrically shielded. They can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. They have an internal terminating resistance.
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RF Safety Monitoring
fieldSENSE 2.0
LBA's FieldSense 2.0 personal RF safety monitors are an effective and economical means to monitor the strength of electromagnetic (RF) fields from wireless cell phone towers, microwave ovens, television stations, and other common workplace RF sources between 50 and 6000 MHz, E-field and H-field (sensed as a plane wave). The Personal RF Monitor is essential RF safety equipment in complying with FCC, OSHA, Canadian and other workplace rf safety requirements.
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Scanner Probe
RFS set
The RFS set consits of three passive near field probes designed for the use in a measurement scanner during the development of E-field and magnetic field. They are designed for frequency ranges of 30 MHz to 3 GHz. The probe heads of the RFS set allow for close measurements needed to correctly localize interference sources on an electronic assembly. They document the whole image of the device under test`s near field. The scanner probes have a sheath current attenuation and are electrically shielded. They are connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. They do not have an internal terminating resistance. The measuring signal can be increased with PA 203 or PA 303 preamplifier. On request RFS, LFS and XFS scanner probes can be produced.
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Near Field Probes 30 MHz - 6 GHz
XF Family
The XF family consists of 4 passive magnetic field probes and 3 passive E field probes designed for measuring magnetic and E-fields in ranges from 30 MHz to 6 GHz during the development phase. Due to their integrated impendance matching the probes are less sensitive in the lower frequency range than the RF type probes.
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Near Field Probes 30 MHz up to 3 GHz
RF1 set
The RF1 near field probe set consists of 4 passive near field probes for making measurements in the development phase of E-field and magnetic field in the ranges of 30 MHz to 3 GHz on electronic assemblies. The probe heads of the RF1 set allow for measurements close to the electronic assemblies, e.g. on single IC pins, conducting paths, components and their connectors in order to localize interference sources. Field orientation and field distribution on an electronic assembly can be detected through a trained special use of the near field probe. The near field probes are small and handy. They have a sheath current attenuation and are electrically shielded. They can be connected to a spectrum analyzer or an oscilloscope with a 50 Ω input. They do not have an internal terminating resistance.
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Open Area Test Sites
Open Test Sites or OATS (Open Area Test Sites) are the most simple and cost effective ambient of measuring for Electric field emission of test objects within frequency range 30 MHz – 3000 MHz . Gtemcell offers sites for 10m and 30m measuring distance.
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Short Range Detection Systems
The EFM-100 kit comes complete with a high accuracy short range detector, inverted mounting hardware, cables and adapters. It is designed to provide a real time reading of the electrical field in the atmosphere with a time vs e-field graph displayed on a computer along with lightning strike distances accurate to within one mile.
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Photonic Electric Field Sensor System
Model No. 200-04
SRICO Model No. 200-04 Photonic Electric Field Sensor System has the ability to measure electric field with minimal disturbance to the field. The lightweight fiber-optic cables allow for easy placement of the E-field probe, allowing it to be unencumbered by the use of heavy coaxial cables that may disturb the field being measured. The dielectric E-field probe is electrically passive.
