11.20 Cabin Systems Flashcards
(42 cards)
Which signals does the In-Flight Entertainment (IFE) system send to the Passenger Address/Cabin Interphone (PA/CI) controller?
a) Flight schedules and weather updates
b) Boarding music, pre-recorded announcements, video entertainment audio, and video in use
c) Safety warnings only
b) Boarding music, pre-recorded announcements, video entertainment audio, and video in use
What does the SATCOM data connection enable passengers to do?
a) Watch in-flight movies
b) Send and receive internet data, faxes, emails, and make phone calls
c) Control cabin lighting
b) Send and receive internet data, faxes, emails, and make phone calls
What is the key advantage of Leaky Line Antennae?
a) High power output
b) Enhanced durability
c) Ability to operate with multiple frequency bands simultaneously
c) Ability to operate with multiple frequency bands simultaneously
Where are Leaky Line Antennae used, and why?
a) In confined areas, as they operate well where standard antennae face difficulty
b) In open spaces, due to their broad coverage
c) In areas requiring high-power output
a) In confined areas, as they operate well where standard antennae face difficulty
What does CIDS stand for in an aircraft system?
a) Cabin Intercommunication Data System
b) Communication and Information Distribution System
c) Centralized Interactive Display System
a) Cabin Intercommunication Data System
What is a key design feature of the Cabin Intercommunication Data System (CIDS)?
a) It operates on a single configuration for all aircraft.
b) It is designed modularly to adapt to different cabin configurations.
c) It is fixed and cannot be customized for specific aircraft layouts
b) It is designed modularly to adapt to different cabin configurations.
What does MP FAP stand for in aircraft systems?
a) Multi-Panel Flight Adjustment Program
b) Modular Passenger Flight Attendant Panel
c) Multi-Purpose Flight Attendant Panel
c) Multi-Purpose Flight Attendant Panel
What are the two types of Decoder/Encoder Units?
a) Type X and Type Y
b) Type 1 (PAU 1) and Type 2 (PAU 2)
c) Type A (DEU A) and Type B (DEU B)
c) Type A (DEU A) and Type B (DEU B)
What is the role of the Decoder/Encoder Unit Type A (DEU A)?
a) Controls the aircraft engines
b) Interfaces between the active director and passenger-related functions
c) Manages fuel distribution
b) Interfaces between the active director and passenger-related functions
What does the Decoder/Encoder Unit Type B (DEU B) interface with?
a) Passenger entertainment systems
b) Active director and cabin crew related functions
c) Aircraft navigation systems
b) Active director and cabin crew related functions
What is the maximum number of DEU B (Type B) units that can be installed?
a) 36
b) 72
c) 100
b) 72
What is the maximum number of DEU A (Type A) units that can be installed?
a) 72
b) 150
c) 192
c) 192
How many Flight Attendant Panels (FAPs) can be installed on an aircraft?
a) 5
b) 10
c) 15
b) 10
What is the primary function of the Flight Attendant Panels (FAPs)?
a) To control and monitor engine systems
b) To control and monitor cabin and passenger system functions
c) To operate aircraft navigation systems
b) To control and monitor cabin and passenger system functions
What is the Cabin Assignment Module (CAM)?
a) A plug-in memory cartridge
b) A navigation system
c) A communication device
a) A plug-in memory cartridge
Where is the Cabin Assignment Module (CAM) installed and what does it contain?
a) Installed in the Flight Attendant Panel (FAP); contains cabin layout definition and airline-specific data
b) Installed in the cockpit; contains flight control data
c) Installed in the passenger seats; contains entertainment settings
a) Installed in the Flight Attendant Panel (FAP); contains cabin layout definition and airline-specific data
What is the purpose of the Cabin Interphone system?
a) To provide entertainment for passengers
b) To enable communication between different cabin positions and between the cabin and flight deck
c) To control cabin lighting
b) To enable communication between different cabin positions and between the cabin and flight deck
What communications does the Service Interphone enable?
a) Only between flight deck and service jacks and not flight deck due to connection loss
b) Between different service jacks, flight deck to service jacks, and service jacks to cabin positions
c) Only between cabin positions
b) Between different service jacks, flight deck to service jacks, and service jacks to cabin positions
How is the Service Interphone switched on?
a) Only manually
b) Only automatically
c) Either manually or automatically
c) Either manually or automatically
When is the Service Interphone automatically switched on related to the undercarriage status?
a) When the undercarriage is up and external power is connected
b) When the undercarriage is down and a compression signal is present from the Landing Gear Extraction/Retraction System
c) Only when external power is disconnected
b) When the undercarriage is down and a compression signal is present from the Landing Gear Extraction/Retraction System
Under what condition does the Service Interphone switch on automatically if there is no compression signal?
a) When external power is connected
b) When the undercarriage is fully retracted
c) When the landing gear is manually controlled
a) When external power is connected
How can the Service Interphone system be switched on manually?
a) From the cabin crew panel
b) From the flight deck via the Service Interphone Override switch
c) Automatically only, it cannot be switched on manually
b) From the flight deck via the Service Interphone Override switch
How are individual control commands for the passenger reading light entered?
a) Only via the Flight Attendant Panel (FAP)
b) Via the Passenger Service Unit (PSUs) and the In-Flight Entertainment (IFE) system
c) Automatically based on cabin lighting conditions
b) Via the Passenger Service Unit (PSUs) and the In-Flight Entertainment (IFE) system
What are the two types of monitors used, and what are they called?
a) Plasma screens and CRTs
b) Liquid Crystal Displays (LCDs) and Plasma screens
c) Cathode Ray Tube (CRT) and Liquid Crystal Displays (LCDs)
c) Cathode Ray Tube (CRT) and Liquid Crystal Displays (LCDs)