RadiMation Application Note 155: Difference between revisions
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{{ScreenElementDescription|Test Level|Specify the current substitution method. Also add a "Measured Current Limit"}} | {{ScreenElementDescription|Test Level|Specify the current substitution method. Also add a "Measured Current Limit"}} | ||
{{ScreenElementDescription|Inputs|No inputs are needed.}} | {{ScreenElementDescription|Inputs|No inputs are needed.}} | ||
{{ScreenElementDescriptionEnd}} | |||
At {{ScreenElement|TestLevel}} click {{ScreenElement|Add}} to add a new Test level and select {{ScreenElement|TestLevel - Current closed loop method}} | |||
[[File:CS109 Test level configuration.png]] | |||
{{ScreenElementDescriptionStart}} | |||
{{ScreenElementDescription|Description|The description of the test level.}} | |||
{{ScreenElementDescription|Test level|Variable current, and specify the correction file for the applicable test level.}} | |||
{{ScreenElementDescription|Tolerance|Specify the tolerance to use.}} | |||
{{ScreenElementDescriptionEnd}} | {{ScreenElementDescriptionEnd}} |
Revision as of 16:25, 29 November 2023
How to perform a MIL-STD-461 CS109, Conducted susceptibility, structure current test[edit]
This application note explains how the MIL-STD-461 CS109, Conducted susceptibility, structure current test can be performed with RadiMation®
The exact requirements and test methods for the CS109 are specified in the MIL-STD-461.
Necessary equipment[edit]
The following devices are necessary to perform the CS109 test:
- Signal generator
- Amplifier
- Coupling Transformer
- Current sensor
- Cable drivers with corrections
- Sensor power meter / Analyser
- 0.5 Ohm resistor
- Isolation Transformer
Tips[edit]
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Note: | If the current unit is shown as uA, it can be changed to dBuA by clicking Units, select Current and click Edit to change this. |
Define the test level[edit]
Create a correction file for the test level[edit]
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File
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New
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Correction
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First create a correction file in RadiMation® and specify the test level (See 'FIGURE CS109-1. CS109 limit.').
Ensure that the correction file has a Frequency column and a Current column with the unit set to dBuA.
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File
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Save correction
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Store the test level as correction file on disk.
This correction file with the test level will be used during EUT testing.
EUT Testing[edit]
EUT Testing equipment[edit]
The configuration of the eut test site should contain the following devices:
# | Device name | Tab in testsite configuration window | note |
---|---|---|---|
Signal Generator | Devices 1 | The signal generator to use | |
Amplifier | Devices 1 | The amplifier to use | |
Sensor powermeter | Devices 2 | The power meter or analyser to use for measuring the current | |
Current Sensor | Devices 2 | The current sensor to use with transfer factor attached to the driver | |
Injection device | Devices 2 | The injection device to use | |
Cables | |||
① | Cable current -> power meter | Cables | Cable (1) with a correction file specified for the cable loss |
Configure the EUT test[edit]
To perform the actual test on the EUT, create a conducted immunity multiband test with 1 band. The conducted immunity multiband test, can be started by selecting from the menu:
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Tests
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Conducted Immunity
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Multiband
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The start frequency of the test. For example 30 Hz. |
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The stop frequency of the test. For example 100 kHz. |
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The frequency step, see Table III. |
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The dwell time. |
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Constant. |
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CS109 does not specify a modulation to use. |
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The equipment needed for the conducted immunity test. |
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Injection clamp. |
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Specify the current substitution method. Also add a "Measured Current Limit" |
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No inputs are needed. |
At TestLevel click Add to add a new Test level and select TestLevel - Current closed loop method
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The description of the test level. |
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Variable current, and specify the correction file for the applicable test level. |
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Specify the tolerance to use. |