Tactics

Question 1

APS-153

Answer 1

Multimode Radar

Question 2

KIV-6

Answer 2

Crypto Module

Question 3

ARPDD

Answer 3

Automatic Radar Periscope Detection and Discrimination

Question 4

ALQ-210

Answer 4

ESM Electronic Support Measures

Question 5

AAS-44C(V)2

Answer 5

MTS Multi-Spectral Targeting System

Question 6

Sonobuoys

Answer 6

Directional Frequency and Analysis
AN/SSQ-53F/G

90, 200, 400, 1000

Directional Command Activated Sonobuoy System
AN/SSQ-62E/F

50, 150, 300
90, 400, 1500

Question 7

ALE-47

Answer 7

CMDS

Question 8

AAR-47

Answer 8

Missile Warning Set

Question 9

ALQ-144

Answer 9

IRCM

Question 10

RR-129A/L

RR-144A/L

Answer 10

Chaff

144 is for training, doesn’t mess with ATC

Question 11

MJU-49/B

Answer 11

Dim Flares

Question 12

MJU-32/B

Answer 12

Bright Flares

Question 13

AN/ALE-47 Programs

Answer 13

1- covert IR reactive

2- comprehensive IR reactive

3- comprehensive IR reactive w tac repeat

4- preemptive IR

5- combination IR/RF reactive

6- RF reactive

Question 14

MANPADS

Answer 14

Gen 1 SA-7 uncooled, spin scan

Gen 2 SA-14 cooled, plume detector

Gen 3 SA 18 IRCCM, conical scan

Gen 4 Stinger FMP advanced IRCCM, rosette and circular scan

Gen 5 Stinger block 2 imaging sensors (centroid or edge tracking)

Question 15

Switches

Answer 15

Spatial: I was tracking one IR source but now there’s two

Spectral: I was tracking something cold but now it’s hot.

Kinematic: I was tracking something fast but now it’s slow.

Temporal: Nothing target like can get that hot that fast.

Question 16

Responses

Answer 16

SIMPLE MEMORY: If a flare is ejected the seeker holds its look FOV for a certain amount of time. If the flare leaves the FOV it will continue tracking the target, of it stays in the FOV it will likely track the flare.

SEEKER PUSH AHEAD: the seeker will push the FOV ahead of the targets track to try and remove the flare from the FOV and then reacquire the target.

SEEKER PUSH PULL: assumes the flare is hotter than the target, gimbal pushes the FOV away from the hotter signature and pulls it to the cooler IR signature

SECTOR ATTENUATION:places a filter on part of the FOV (such as below and behind the target) and tells the seeker to be less sensitive to signatures there.

ELECTRONIC FOV GATING: used in conjunction with noncircular seeker scans, the missile computes the relative motion of the target to know which lobe the target should appear in and ignores information from other lobes.

TIME PHASE BLANKING: the array sends multiple pulses out and rejects pulses that come back at times that don’t match the target.