The F-16 fighting falcon is a single engine fighter jet initially developed for the American Air Force. CDC 2a354c Volume 1. F-16 Attack Control Systems is specifically designed to test your knowledge on this fighter jet. All the best and enjoy.
Backup bus controller for the serial digital buses
Primary bus controller for the serial digital buses
Backup bus controller for the parallel buses
Primary bus controller for the parallel digital buses
Heads-down display
Heads-up display
Stores management system
Enhanced expanded fire control computer (EEFCC)
Core memory unit
Serial-digital interface
I/O unit
CPU
256K
512K
256M
512M
In the EEFCC; communicates with slave terminals
On MUX matrix assemblies; provides impedance matching and short-circuit protection
In the EEFCC; provides impedance matching and short-circuit protection
On MUX matrix assemblies; communicates with slave terminals
Identity
Response
Odd Parity
Even Parity
The EEFCC only utilizes BIT
It's run only when commanded by the operator
It's a self-running test and when complete, starts over again
It's performed only once at GAC power-up
An alkaline 3.6 volt, C size batter; it provides a back-up capability in the event of failure, removal, or recharging of the aircraft battery.
A lithium 3.6 volt, D size battery; it provides a back-up capability in the event of failure, removal, or recharging of the aircraft battery.
An alkaline 3.6 volt, C size battery; provides primary power to the MMC
A lithium 3.6 volt, D size battery; it provides primary power to the MMC
MMC power switch
SMS standby power switch
MMC master switch
Stores station switch
Parallel intermodule/ serial digital test and maintenance bus
Parallel intermodule/ serial digital test and evaluation bus
Discrete digital data bus/ parallel test and maintenance bus
Discrete digital data bus/ parallel test and evaluation bus
MMC doesn't use the A-MUX or B-MUX
EEFCC doesn't use the A-MUX or B-MUX
MMC has two additional buses; the C-MUX and F-MUX
EEFCC has two additional buses; the C-MUX and F-MUX
Software failures and hardware failures
Software failures and slave terminal failures
Hardware failures and slave terminal failures
Hardware failures and MUX bus failures
15
16
17
18
Interruptive, meaning the normal operation of the subsystem is maintained during the actual BIT
Nointerruptive, meaning that normal operation of the subsystem is maintained during the actual BIT
Interruptive, meaning that normal operation of the subsystem is not available until the BIT has been completed
Noninterruptive, meaning that normal operation of the subsystem is not available until the BIT has been completed
DTU
DTC
DTCP
DTS/DTC
DTD
DTC
DTCP
DTDU
CDEEU
MMC
MFD
DEEU power supply
F-16 A/B block 15
F-16 C/D block 40 only
F-16 C/D block 40 and up
F-16 C/D blocks 25 through 32
HUD
DED
MFD
MFDS
COM 1, COM 2, INS, LIST
COM 1, COM 2, IFF, LIST
COM 3, COM 4, INS, LIST
COM 3, COM 4, IFF, LIST
Page title option access
SOI selection
Positioning the DED asterisks
Frequently accedded data pages
BNGO page
STPT page
MISC page
CNI page
CNI page is displayed on the DED
MISC page is displayed on the MFD
MISC page is displayed on the DED
CNI page is displayed on the MFD
After the NUMERIC key is depressed
Only when entering navigation coordinates
Anytime a DED page is displayed
When the asterisks are positioned about a numeric data field
Two
Three
Four
Five
Wait!
Here's an interesting quiz for you.