Difference between revisions of "List of Application Notes"
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* Application Note 100: [[RadiMation Application Note 100|Enhanced Status Window]] | * Application Note 100: [[RadiMation Application Note 100|Enhanced Status Window]] | ||
* Application Note 101: [[RadiMation Application Note 101|Optimize Height and Optimize Angle]] | * Application Note 101: [[RadiMation Application Note 101|Optimize Height and Optimize Angle]] | ||
| − | * Application Note 102: [[RadiMation Application Note 102|Performing an ETSI | + | * Application Note 102: [[RadiMation Application Note 102|Performing an ETSI EN 300 328 MIMO measurement]] |
* Application Note 103: [[RadiMation Application Note 103|How to determine the antenna diagram of an antenna]] | * Application Note 103: [[RadiMation Application Note 103|How to determine the antenna diagram of an antenna]] | ||
* Application Note 104: [[RadiMation Application Note 104|How to determine the transfer impedance of a current sensor]] | * Application Note 104: [[RadiMation Application Note 104|How to determine the transfer impedance of a current sensor]] | ||
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* Application Note 143: [[RadiMation Application Note 143|Using the Teseq NSG 4060 low frequency immunity test system in {{RadiMation}}]] | * Application Note 143: [[RadiMation Application Note 143|Using the Teseq NSG 4060 low frequency immunity test system in {{RadiMation}}]] | ||
* Application Note 144: [[RadiMation Application Note 144|How to set up {{RadiMation}} to use a measurement device connected to a different PC]] | * Application Note 144: [[RadiMation Application Note 144|How to set up {{RadiMation}} to use a measurement device connected to a different PC]] | ||
| − | * Application Note 145: [[RadiMation Application Note 145|How to perform a MIL-STD RE102 Radiated Emission test]] | + | * Application Note 145: [[RadiMation Application Note 145|How to perform a MIL-STD-461 RE102 Radiated Emission test]] |
* Application Note 146: [[RadiMation Application Note 146|Configuring device drivers to check the interlock state of Bonn and R&S amplifiers]] | * Application Note 146: [[RadiMation Application Note 146|Configuring device drivers to check the interlock state of Bonn and R&S amplifiers]] | ||
| − | * Application Note 147: [[RadiMation Application Note 147|How to perform a MIL-STD RE101 Radiated Emission test]] | + | * Application Note 147: [[RadiMation Application Note 147|How to perform a MIL-STD-461 RE101 Radiated Emission test]] |
| − | * Application Note 148: [[RadiMation Application Note 148|How to perform a MIL-STD CE101 Conducted Emission test]] | + | * Application Note 148: [[RadiMation Application Note 148|How to perform a MIL-STD-461 CE101 Conducted Emission test]] |
| − | * Application Note 149: [[RadiMation Application Note 149|How to perform a MIL-STD CE102 Conducted Emission test]] | + | * Application Note 149: [[RadiMation Application Note 149|How to perform a MIL-STD-461 CE102 Conducted Emission test]] |
* Application Note 150: [[RadiMation Application Note 150|Automated calibration of the Uniform Field Area (UFA) with an electric field probe positioner]] | * Application Note 150: [[RadiMation Application Note 150|Automated calibration of the Uniform Field Area (UFA) with an electric field probe positioner]] | ||
* Application Note 151: [[RadiMation Application Note 151|How to use the graph exporter to export measurement data into calibration files]] | * Application Note 151: [[RadiMation Application Note 151|How to use the graph exporter to export measurement data into calibration files]] | ||
* Application Note 152: [[RadiMation Application Note 152|Creating back-ups of important RadiMation files]] | * Application Note 152: [[RadiMation Application Note 152|Creating back-ups of important RadiMation files]] | ||
* Application Note 153: [[RadiMation Application Note 153|Using Multi axis field corrections]] | * Application Note 153: [[RadiMation Application Note 153|Using Multi axis field corrections]] | ||
| − | * Application Note 154: [[RadiMation Application Note 154|How to perform a MIL-STD CS114, Conducted susceptibility, bulk cable injection test]] | + | * Application Note 154: [[RadiMation Application Note 154|How to perform a MIL-STD-461 CS114, Conducted susceptibility, bulk cable injection test]] |
| − | * Application Note 155: [[RadiMation Application Note 155|How to perform a MIL-STD CS109, Conducted susceptibility, structure current test]] | + | * Application Note 155: [[RadiMation Application Note 155|How to perform a MIL-STD-461 CS109, Conducted susceptibility, structure current test]] |
| + | * Application Note 156: [[RadiMation Application Note 156|How to perform a Radiated emission substitution test]] | ||
| + | * Application Note 157: [[RadiMation Application Note 157|How to perform a MIL-STD-461 RS103, radiated susceptibility, electric field]] | ||
[[Category:RadiMation Application Note]] | [[Category:RadiMation Application Note]] | ||
[[Category:RadiMation]] | [[Category:RadiMation]] | ||
Latest revision as of 19:45, 31 January 2024
The following application notes are present:
- Application Note 100: Enhanced Status Window
- Application Note 101: Optimize Height and Optimize Angle
- Application Note 102: Performing an ETSI EN 300 328 MIMO measurement
- Application Note 103: How to determine the antenna diagram of an antenna
- Application Note 104: How to determine the transfer impedance of a current sensor
- Application Note 105: Protection of changes in the RadiMation® configuration
- Application Note 106: Powermeter parameter configuration
- Application Note 107: How to provide detailed information of problems
- Application Note 108: How to perform a verification of calculations in RadiMation®
- Application Note 109: Configuration of RadiMation® on a network
- Application Note 110: How to perform Uniform Field Area (UFA) calculations
- Application Note 111: How to use the RadiCentre® safety interlock system in RadiMation®
- Application Note 112: How to perform Audio Break Through measurements
- Application Note 113: How to use the RadiMation® Global and Standalone configuration manager
- Application Note 114: How to measure data from the EUT using the Configurable AD Convertor device driver
- Application Note 115: How to measure amplifier harmonics using RadiMation®
- Application Note 116: How to specify the antenna factor
- Application Note 117: How to update device drivers
- Application Note 118: How to request device driver creation
- Application Note 119: How to basic configure a device
- Application Note 120: How to measure the HV-LV coupling attenuation
- Application Note 121: Using a RadiPower powermeter stand-alone with RadiMation® free
- Application Note 122: Updating RadiMation®
- Application Note 123: Implementing the control of a switch matrix in RadiMation®
- Application Note 124: Emission: Measuring intermittent signals
- Application Note 125: Pontis Pecos: Using the Pontis Pecos device driver
- Application Note 126: Gain Compression
- Application Note 127: Report Generator: Build a custom emission table
- Application Note 128: Reading the output value of single antenna's separately of a isotropic probe
- Application Note 129: How to use the Schloeder CDG 6000
- Application Note 130: How to use the RadiMation® Amplifier Control Window
- Application Note 131: How to perform HV/LV Coupling measurements in RadiMation® according to CISPR25
- Application Note 132: How to change the default EUT-Information fields
- Application Note 133: How to use EUT monitoring in Pulsed Immunity MultiBand EFT & Surge RadiMation
- Application Note 134: How to use frequency change mode:Ramp for Radiated Immunity MultiBand
- Application Note 135: How to program the RadiSense 10 Calibration table
- Application Note 136: RadiMation Support using Microsoft Teams
- Application Note 137: Perform a Field uniformity and TEM mode verification in RadiMation
- Application Note 138: How to perform a magnetic field close proximity test
- Application Note 139: How to perform a magnetic field close proximity test using forward power levelling
- Application Note 140: How to perform a closed loop magnetic field test
- Application Note 141: How to create and apply a cable correction
- Application Note 142: Investigate and resolve Windows USB driver problems for Raditeq equipment
- Application Note 143: Using the Teseq NSG 4060 low frequency immunity test system in RadiMation®
- Application Note 144: How to set up RadiMation® to use a measurement device connected to a different PC
- Application Note 145: How to perform a MIL-STD-461 RE102 Radiated Emission test
- Application Note 146: Configuring device drivers to check the interlock state of Bonn and R&S amplifiers
- Application Note 147: How to perform a MIL-STD-461 RE101 Radiated Emission test
- Application Note 148: How to perform a MIL-STD-461 CE101 Conducted Emission test
- Application Note 149: How to perform a MIL-STD-461 CE102 Conducted Emission test
- Application Note 150: Automated calibration of the Uniform Field Area (UFA) with an electric field probe positioner
- Application Note 151: How to use the graph exporter to export measurement data into calibration files
- Application Note 152: Creating back-ups of important RadiMation files
- Application Note 153: Using Multi axis field corrections
- Application Note 154: How to perform a MIL-STD-461 CS114, Conducted susceptibility, bulk cable injection test
- Application Note 155: How to perform a MIL-STD-461 CS109, Conducted susceptibility, structure current test
- Application Note 156: How to perform a Radiated emission substitution test
- Application Note 157: How to perform a MIL-STD-461 RS103, radiated susceptibility, electric field
