Provides schematics and controls for wing anti-ice, engine anti-ice, and probe heating.
Describes the three independent systems (Green, Blue, and Yellow) and components like the PTU (Power Transfer Unit) . How to Use the DSC for Training A320-FCOM_DSC Aircraf
Explains the fly-by-wire architecture, including the ELAC (Elevator Aileron Computer), SEC (Spoiler Elevator Computer), and FAC (Flight Augmentation Computer) for yaw and trim. Provides schematics and controls for wing anti-ice, engine
The refers to the Descriptions (DSC) section of the Flight Crew Operating Manual (FCOM) , which serves as a technical deep-dive into the aircraft's systems and their underlying logic . Unlike procedural chapters, the DSC is intended for study and reference, providing detailed diagrams , control panel layouts, and functional explanations for everything from hydraulics to avionics . Key Systems Covered in A320 DSC The refers to the Descriptions (DSC) section of
The DSC section is organized into subsections (often following ATA chapters) that detail how each system works:
Provides schematics and controls for wing anti-ice, engine anti-ice, and probe heating.
Describes the three independent systems (Green, Blue, and Yellow) and components like the PTU (Power Transfer Unit) . How to Use the DSC for Training
Explains the fly-by-wire architecture, including the ELAC (Elevator Aileron Computer), SEC (Spoiler Elevator Computer), and FAC (Flight Augmentation Computer) for yaw and trim.
The refers to the Descriptions (DSC) section of the Flight Crew Operating Manual (FCOM) , which serves as a technical deep-dive into the aircraft's systems and their underlying logic . Unlike procedural chapters, the DSC is intended for study and reference, providing detailed diagrams , control panel layouts, and functional explanations for everything from hydraulics to avionics . Key Systems Covered in A320 DSC
The DSC section is organized into subsections (often following ATA chapters) that detail how each system works:
