Difference between revisions of "RadiMation Application Note 154"
(→Calibration procedure) |
(→EUT Testing) |
||
| Line 84: | Line 84: | ||
|} | |} | ||
=== EUT Testing === | === EUT Testing === | ||
| + | [[File:CS114_EUT_Testing.png]] | ||
The configuration of the eut test site should contain the following devices: | The configuration of the eut test site should contain the following devices: | ||
| Line 111: | Line 112: | ||
| Cable current -> power meter || Cables || Cable (3) with a correction file specified for the cable loss | | Cable current -> power meter || Cables || Cable (3) with a correction file specified for the cable loss | ||
|} | |} | ||
| − | |||
== Calibration procedure == | == Calibration procedure == | ||
Revision as of 15:00, 16 October 2023
How to perform a MIL-STD CS114, Conducted susceptibility, bulk cable injection test
This application note explains how the MIL-STD CS114, Conducted susceptibility, bulk cable injection test can be performed with RadiMation®
The exact requirements and test methods for the CS114 are specified in the MIL-STD-461.
Necessary equipment
The following devices are necessary to execute this test:
- Signal generator
- Amplifier
- Coupler
- Forward power meter
- Reflected power meter (optionally)
- Current sensor
- Sensor power meter / Analyser
- 50 Ohm load
- 50 Ohm attenuator
- LISN
- Current injection device
- Current injection calibration jig (Calibration fixture)
- Cable drivers with corrections
Configuration of the test sites
Calibration
The configuration of the calibration 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 |
| Coupler | Devices 1 | The coupler to use |
| Forward power meter | Devices 1 | The forward power meter to use |
| Reflected power meter | Devices 1 | The reflected power meter to use (optionally) |
| Sensor power meter | 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 clamp to use |
| Jig | Devices 2 | The jig to use |
| Cable current -> power meter | Cables | Cable (1) with a correction file specified for the cable loss |
| Cable current -> power meter | Cables | Cable (2) with the specified loss of the used attenuator |
| Cable current -> power meter | Cables | Cable (3) with a correction file specified for the cable loss |
Verification
The configuration of the verification 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 |
| Coupler | Devices 1 | The coupler to use |
| Forward power meter | Devices 1 | The forward power meter to use |
| Reflected power meter | Devices 1 | The reflected power meter to use (optionally) |
| Sensor power meter | 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 clamp to use |
| Cable current -> power meter | Cables | Cable (1) with a correction file specified for the cable loss |
| Cable current -> power meter | Cables | Cable (2) with the specified loss of the used attenuator |
| Cable current -> power meter | Cables | Cable (3) with a correction file specified for the cable loss |
EUT Testing
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 |
| Coupler | Devices 1 | The coupler to use |
| Forward power meter | Devices 1 | The forward power meter to use |
| Reflected power meter | Devices 1 | The reflected power meter to use (optionally) |
| Sensor power meter | 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 clamp to use |
| Cable current -> power meter | Cables | Cable (1) with a correction file specified for the cable loss |
| Cable current -> power meter | Cables | Cable (2) with the specified loss of the used attenuator |
| Cable current -> power meter | Cables | Cable (3) with a correction file specified for the cable loss |
Calibration procedure
First create a correction file in RadiMation® and specify the applicable test level (See 'TABLE IV> CS114 limit curves. and FIGURE CS114-1. CS calibration limits.). In this example the limits for 'Aircraft (External or safety critcal) / Curve 5 are configured.
