Which description best fits the CSC's input set?

Which description best fits the CSC's input set?

• A. Your ADF Bearing, Your Bearing Hold, and Adf Audio Error
• B. Your ADF Bearing, Your Bearing Hold, and ADF Valid
• C. Your Resolved ADF Bearing, Your Bearing Hold, and Adf Audio Error
• D. Your Bearing Hold, ADF Bearing, and Audio Error

Answer: (C)

The input set for the CSC is meant to reflect the processed signals that the system uses: the direction from the ADF after it has been resolved, the bearing hold control from the operator, and any ADF audio error condition. That combination—Your Resolved ADF Bearing, Your Bearing Hold, and Adf Audio Error—fits best because it includes the stabilized bearing (resolved, not raw), the hold state, and the error flag, which are the three elements the CSC needs to consider. Using a raw ADF Bearing would be less accurate for the system’s input set, since the resolved bearing represents the usable value after processing. Including ADF Valid introduces a different status that isn’t part of the expected input trio here, and omitting the audio error flag would miss an important fault condition the CSC must handle.

The input set for the CSC is meant to reflect the processed signals that the system uses: the direction from the ADF after it has been resolved, the bearing hold control from the operator, and any ADF audio error condition. That combination—Your Resolved ADF Bearing, Your Bearing Hold, and Adf Audio Error—fits best because it includes the stabilized bearing (resolved, not raw), the hold state, and the error flag, which are the three elements the CSC needs to consider.

Using a raw ADF Bearing would be less accurate for the system’s input set, since the resolved bearing represents the usable value after processing. Including ADF Valid introduces a different status that isn’t part of the expected input trio here, and omitting the audio error flag would miss an important fault condition the CSC must handle.