2. Background
An Airplane contains different avionics systems.
Examples are communications, navigation, radar,
collision avoidance, transponder, weather, and weapons
systems.
Having different control systems for each avionics
system occupies a large space
3. Background
The Cockpit is very small.
Presence of different control systems make the cockpit
crowded
Training is required for each control system
4. System 100
System 100 is a single control system.
Different avionics systems can be controlled using this
single device.
Easy to use.
Requires less space.
5. System 100
Less Training is required.
Avionics systems can be from different manufacturer's.
Has a graphical screen i.e. consisting of 7 colors.
8. Functions
Left Keys
Line Select Keys
Receive selection of a radio by a pilot or other user.
For example, for use or interaction with.
9. Functions
Right Keys
Encoder pushbutton is used to ,for example, invoke
communication channel selection.
Lower knob is used to adjust radio frequency.
Knob is also used to control the cursor in GUI.
10. Functions
Lower Keys
These Keys are used to select between different avionics
systems.
Different types of avionics system can be controlled.
The functions available for selection are indicated by labels
displayed above the soft keys.
14. Working
CPU act as the Brain of the Machine.
CPU consists of different devices like microprocessor ,ALU etc.
Buses are used for two-way communication between different
parts.
15. Working
Two Type of memories are used in a System 100.
Non-Volatile memory stores the permanent data like
the device’s operating software.
Volatile memory stores temporary data used during the
functioning of system 100.
16. Working
Communication Interfaces are used to link the device with
different avionics systems.
Different type of ports are available for connecting
different systems.
Power interface is used to provide voltages to the machine.
It Receives the voltages from power source available in the
airplane.