Electromagnetic Compatibility (EMC) /
Probes & Monitors
Probes and monitors are essential tools in the field of radio frequency (RF) and electromagnetic compatibility (EMC) testing. They are used to collect data and measure various parameters related to RF emissions and susceptibility.
In EMC testing, probes and monitors measure the levels of RF emissions and susceptibility of electronic devices. Near-field probes can measure the electric and magnetic fields generated by a device under test (DUT), helping engineers identify potential sources of electromagnetic interference (EMI) and develop strategies to mitigate them. EMC probes and monitors come in different designs and configurations, tailored to meet the specific needs of different EMC testing applications.
In RF testing, probes and monitors measure the performance of RF circuits and components. Power sensors measure the output power of an RF amplifier, while spectrum analyzers measure the frequency and amplitude of RF signals. These measurements help RF engineers optimize the performance of their designs and troubleshoot issues. RF probes and monitors come in different designs and configurations to meet the specific needs of different RF testing applications.
Probes and monitors play a critical role in RF and EMC testing, providing accurate and reliable measurements to enable engineers to develop better designs, troubleshoot issues, and ensure that their products meet the necessary EMC and RF compliance standards.
Probes and monitors are essential tools in the field of radio frequency (RF) and electromagnetic compatibility (EMC) testing. They are used to collect data and measure various parameters related to…
...RF emissions and susceptibility.
In EMC testing, probes and monitors measure the levels of RF emissions and susceptibility of electronic devices. Near-field probes can measure the electric and magnetic fields generated by a device under test (DUT), helping engineers identify potential sources of electromagnetic interference (EMI) and develop strategies to mitigate them. EMC probes and monitors come in different designs and configurations, tailored to meet the specific needs of different EMC testing applications.
In RF testing, probes and monitors measure the performance of RF circuits and components. Power sensors measure the output power of an RF amplifier, while spectrum analyzers measure the frequency and amplitude of RF signals. These measurements help RF engineers optimize the performance of their designs and troubleshoot issues. RF probes and monitors come in different designs and configurations to meet the specific needs of different RF testing applications.
Probes and monitors play a critical role in RF and EMC testing, providing accurate and reliable measurements to enable engineers to develop better designs, troubleshoot issues, and ensure that their products meet the necessary EMC and RF compliance standards.
-
ETS-LINDGREN’S EMCenter is a flexible platform consisting of an integrated micro-controller, modular chassis, and a selection of optional plug-in...FIND OUT MORE
-
ETS-LINDGREN’S EMSense MODULAR PLUG-IN CARD provides an interface for ETS-Lindgren’s battery-powered E-field probes. Each EMSense modular plug-in...FIND OUT MORE
-
ETS-Lindgren EMSense EMF Probe Plug-in Card provides an interface for ETS-Lindgren’s laser-powered E-field probes to the EMCenter Modular RF...FIND OUT MORE
-
ETS-Lindgren’s laser-powered EMSense 10 Electric Field Probe embodies the latest innovations in isotropic sensor design, low noise and...FIND OUT MORE
-
Frequency: 2450 MHz The HI-1710A combines the proven and reliable diode sensing technology of the Holaday Microwave Survey Meters with the digital...FIND OUT MORE
-
The HI-4413P and ProbeView II” software provides extensive data gathering and display options for any fibre optically coupled Holaday probe. It...FIND OUT MORE
-
The HI-4413USB Fibre to USB Converter is an economical way to collect and display data from all of the ETS-Lindgren EMC optically coupled field...FIND OUT MORE
-
The HI-4416 Numeric EMF Readout is a versatile device for use with HI-44XX series, HI-3702 and HI-3638 fibre optically coupled electric and magnetic...FIND OUT MORE
-
ETS-Lindgren’s Model HI-4433-HCH Magnetic Field Probe measures magnetic field strength and provides X, Y and Z as well as total field values....FIND OUT MORE
-
Frequency Range: 300 kHz – 30 MHz The HI-4433-LFH Magnetic Field Probe series feature Automatic Continuous Zeroing. This Automatic Continuous...FIND OUT MORE
-
ETS-Lindgren’s HI-4433-MSE Electric Field Probe measures electric field strength and provides X, Y and Z as well as total field values. Data...FIND OUT MORE
-
Frequency Range: 500 kHz – 5 GHz The HI-4433 series probes feature Automatic Continuous Zeroing. This facility removes the need for internal zero...FIND OUT MORE
-
ETS-Lindgren’s Model HI-6005 Electric Field Probe has now been replaced by the HI-6006 which features a field-replaceable battery. Please...FIND OUT MORE
-
ETS-Lindgren’s Model HI-6006 Electric Field Probe is a fully intelligent sensor enabling fast and accurate EMF measurements with...FIND OUT MORE
-
ETS-Lindgren’s Model HI-6023 RF Field Probe is a fully intelligent sensor enabling fast and accurate EMF measurements with industry-leading...FIND OUT MORE
-
ETS-Lindgren’s HI-6053 Electric Field Probe provides broadband frequency coverage and wide dynamic range that satisfies the demands of most...FIND OUT MORE
-
The ETS-Lindgren Holaday EMF Model HI-6100 Field Monitor Readout Unit provides measurement display, control and alarm functions for up to four...FIND OUT MORE
-
ETS-Lindgren’s HI-6113 Laser Data Interface provides the laser power and communications for the HI-6105, HI-6122 and HI-6153 Electric Field...FIND OUT MORE
-
The Model H-491269 Probe Stand is designed for accurate and repeatable probe positioning when performing field uniformity calibration in accordance...FIND OUT MORE