210 - Electronic Intelligence (Elint) / Electronic Warfare (Ew)

Front 1

210.1 Describe the purpose of EW.

Back 1

Anti- Ship Missile Defense.

Front 2

210.2 Define and state the purpose of the Passive (EP) EW components.

Back 2

Passive and active means taken to protect personnel, facilities, and equipment from any effects of friendly or enemy employment of EW that degrade neutralize, or destroy friendly combat capability.

Front 3

210.2 Define and state the purpose of the Active (EA) EW components.

Back 3

The use of EM energy, directed energy, or anti-radiation weapons to attack personnel, facilities, or equipment with the intent of degrading, neutralizing, or destroying enemy combat capability.

Front 4

210.2 Define and state the purpose of the Survelliance (ES) EW components.

Back 4

Actions tasked by, or under direct control of, an operational commander to search for, intercept, identify, and locate or localize sources of intentional and unintentional radiated EM energy for the purpose of immediate threat recognition, targeting, planning and conduct of future operations.

Front 5

210.3 What are the three basic components of RADAR.

Back 5

Transmitter, receiver and antenna.

Front 6

210.3 Describe the transmitter component of RADAR.

Back 6

An electronic device, with the help of the antenna produces radio waves.

Front 7

210.3 Describe the receiver component of RADAR.

Back 7

Collects RF from the antenna then amplifies it before it is demodulated and converted into video pulses that is then routed to the radar display.

Front 8

210.3 Describe the antenna component of RADAR.

Back 8

Routes RF energy pulses from the transmitter and radiates it into a directional beam. It also picks up the returning echo and passes it to the receiver with a minimum of loss.

Front 9

210.4 State the meaning of the acronym SONAR.

Back 9

Sound navigation and ranging.

Front 10

210.5 List the tactical data processors utilized to manipulate OPELINT information.

Back 10

GALE-Lite, GCCS-M, and STRED.

Front 11

210.5 Describe the tactical data processor GALE-Lite utilized to manipulate OPELINT information.

Back 11

Generic Area Limitation Environment, Combines the Joint Electronic Analysis Program (JEAP) / Sunshine, an
analysis tool and the Mako Modeling tool.

Front 12

210.5 Describe the tactical data processor GCCS-M utilized to manipulate OPELINT information.

Back 12

Global Command & Control System Maritime, a primary command & control system, near real-time data on friendly, neutral and hostile forces via external comms channels, LANs, and direct interfaces with other systems.

Front 13

210.5 Describe the tactical data processor STRED utilized to manipulate OPELINT information.

Back 13

Standard Tactical Receive Equipment (TRE) Display, a PC based program used to display both TRE and MATT (Multi-Mission Advanced Tactical Terminal) apps, it controls the flow of data to GCCS-M.

Front 14

210.6 Describe the data received from GALE-Lite.

Back 14

Near real-time SIGINT, Time sensitive imagery reports. (Locators, TACREPS)

Front 15

210.7 Define and state the purpose of HULTEC.

Back 15

Classification of a ship based on the correlation of multiple emitters to the platform.

Front 16

210.8 Define and state the purpose of UMOP.

Back 16

SEI technique used to exploit the unique variations on each radar pulse produced by the pulse forming network of a specific emitter.

Front 17

210.10 Describe the IBS Network.

Back 17

Consists of Global Network Initiative (GNI), Radiant Ether (RE) an Global IBS Network Server (GINS) to augment or replace over the air broadcasts.

Front 18

210.10 Describe IBS Simplex.

Back 18

Centralized, continuous tactical broadcast system transmitted by UHF SATCOM that delivers time critical intel from national and theater sensors to users worldwide.

Front 19

210.10 Describe IBS Interactive.

Back 19

Tactical intel dissemination service providing near real time depiction of the world from an intel collection point if view.

Front 20

210.10 Describe IBS Line of Sight.

Back 20

Anti-jam, tactical theater level, rapidly transportable SIGINT reporting system.

Front 21

210.11 Define the following missile guidance type ARH.

Back 21

Anti-Radiation Homing.

Front 22

210.11 Define the following missile guidance type IR.

Back 22

Heat Guided.

Front 23

210.11 Define the following missile guidance type Laser.

Back 23

Laser guided.

Front 24

210.11 Define the following missile guidance type EO/TV.

Back 24

Electro-Optical/Contrasting shades of visible light.

Front 25

210.11 Define the following missile guidance type EO/TV.

Back 25

Guidance that has an active radar onboard.

Front 26

210.11 Define the following missile guidance type Command.

Back 26

An active radar tracks a target to predict is path of travel. The weapon is then guided to that point.

Front 27

210.11 Define the following missile guidance type Beam Riding.

Back 27

Rides illuminating beam to target.

Front 28

210.11 Define the following missile guidance type Inertial.

Back 28

Flies to where target should be, common mid course system.

Front 29

210.11 Define the following missile guidance type Hybrid.

Back 29

Combination of guidance.

Front 30

210.12 Discuss the following EA term Electromagnetic Jamming.

Back 30

Disrupt or reduce threat.

Front 31

210.12 Discuss the following EA term Electromagnetic Deception.

Back 31

Misleading information to threats.

Front 32

210.12 Discuss the following EA term Comms Electromagnetic Attack.

Back 32

Disrupt or reduce communications.

Front 33

210.12 Discuss the following EA term Counter-Targeting.

Back 33

False targets to confuse operators/threats.

Front 34

210.13 Identify the surface system AN/SLQ-32A/B(V) and describe the general characteristics.

Back 34

Used for ASMD.

Front 35

210.13 Identify the surface system AN/ULQ-16 and describe the general characteristics.

Back 35

Performs precision measurement of emitter characteristics detected by SLQ-32.

Front 36

210.13 Identify the surface system GCCS-M and describe the general characteristics.

Back 36

Three components. Ashore, afloat, tactical/mobile. All afloat units. Single integrated C4I system that receives, processes, displays, maintains, and assesses the unit characteristics of own, allied forces.

Front 37

210.13 Identify the surface system AN/SLQ-25A/B/C (NIXIE) and describe the general characteristics.

Back 37

All afloat commands. Provides Torpedo countermeasures.

Front 38

210.13 Identify the surface system BEWT/BFTT and describe the general characteristics.

Back 38

Provides watch standers with simulated tactical environment to train pre-planned responses, changes in WP, and all aspects of tactical competence. (Surface)

Front 39

210.13 Identify the surface system MK 36 (DLS) Decoy Launching System and describe the general characteristics.

Back 39

All afloat except CVN. SRBOC (super rapid blooming off board chaff). Used to combat different missile variants utilizing both distraction and seduction techniques.

Front 40

210.13 Identify the surface system Combat DF and describe the general characteristics.

Back 40

Replaced by SSEE Increment E.

Front 41

210.13 Identify the surface system TRDF and describe the general characteristics.

Back 41

Replaced by SSEE Increment E. (Surface)

Front 42

210.13 Identify the surface system HITS and describe the general characteristics.

Back 42

Hostile Forces Integrated Targeting system, to identify threats and paint a tactical picture for the TAO using Geo-Location.

Front 43

210.13 Identify the surface system GALE-LITE and describe the general characteristics.

Back 43

Provides near real-time SIGINT, Time sensitive imagery reports, Locators, TACREPS.

Front 44

210.13 Identify JTT and describe the general characteristics.

Back 44

Joint Tactical Terminal - Improved inter-operability and dissemination of critical Intel and target information.

Front 45

210.13 Identify the surface system AIS and describe the general characteristics.

Back 45

Automated ID System - commercial, international system carried on ships that meet International Maritime Organization (IMO) criteria.

Front 46

210.13 Identify the air system AN/ALQ-99 and describe the general characteristics.

Back 46

Electronic Warfare System used on the EA-6B Prowler and EA-18G Growler.

Front 47

210.13 Identify the air system AN/USQ-113 and describe the general characteristics.

Back 47

Communications Jammer used on the EA-6B Prowler.

Front 48

210.13 Identify the air system AN/ALQ-142 and describe the general characteristics.

Back 48

ES system on SH60B Seahawks, data link to AN/SLQ-32-A/B(V).

Front 49

210.13 Identify the air system AN/ALR-73 and describe the general characteristics.

Back 49

ES system on E2-C Hawkeye.

Front 50

210.13 Identify the air system AN/ALE-39 and describe the general characteristics.

Back 50

CMDS (Counter Measure Dispensing System)
AN/ALE-39 used on the EA-6B Prowler, F-14 Tomcat, F/A-18 Hornet, and S-3 Viking.

Front 51

210.13 Identify the air system AN/ALE-43 and describe the general characteristics.

Back 51

CMDS (Counter Measure Dispensing System)
AN/ALE-43 used on the EA-6G Prowler, EA-18G Growler, H-1 Iroquois.

Front 52

210.13 Identify the air system AN/ALE-47 and describe the general characteristics.

Back 52

CMDS (Counter Measure Dispensing System)
AN/ALE-47 used on the EA-6G Prowler and EA-18G Growler.

Front 53

210.13 Identify the air system AN/USQ-146 and describe the general characteristics.

Back 53

Primary Ship Communications Electronic Attack.

Front 54

210.14 Define and discuss EMI.

Back 54

Electromagnetic Interference, A disturbance that affects an electrical circuit due to either electromagnetic induction or electromagnetic radiation emitted from an external source.

Front 55

210.14 Define and discuss ASMD.

Back 55

Anti Ship Missile Defense.

Front 56

210.14 Define and discuss JRFL LOD.

Back 56

Joint Restricted Frequency List. Tie oriented and geographically oriented listing of taboo, protected, and guarded functions, nets, and frequencies.

Front 57

210.14 Define and discuss HERO.

Back 57

Hazards of Electromagnetic Radiation to Ordnance. System designed to prevent and inadvertent activation of an ordnance systems electronic explosive device.

Front 58

210.14 Define and discuss HULTEC.

Back 58

Hull to Emitter Correlation.

Front 59

210.14 Define and discuss Technical ELINT.

Back 59

Analysis of foreign non-communication signals, usually in RND phase.

Front 60

210.14 Define and discuss Operational ELINT.

Back 60

Time sensitive ELINT location, movement and tactics of foreign non-communication signals.

Front 61

210.14 Define and discuss EEFI.

Back 61

Essential Elements of Friendly Information – Posit, Capabilities, OPS, EW, Personnel, COMSEC, Wrong Circuit.

Front 62

210.15 Define AI in regards to RADAR functions.

Back 62

Air Intercept.

Front 63

210.15 Define EW in regards to RADAR functions.

Back 63

Early Warning.

Front 64

210.15 Define FC in regards to RADAR functions.

Back 64

Fire Control.

Front 65

210.15 Define MF in regards to RADAR functions.

Back 65

Multi-Function.

Front 66

210.15 Define MG in regards to RADAR functions.

Back 66

Missile Guidance.

Front 67

210.15 Define TA in regards to RADAR functions.

Back 67

Target Acquisition.

Front 68

210.15 Define TT in regards to RADAR functions.

Back 68

Target Tracking.

Front 69

210.15 Define SS/NA in regards to RADAR functions.

Back 69

Surface Search / Navigation.

Front 70

210.17 Define and discuss the CED.

Back 70

Combined Emitter Database - Contains general listing of parameters as well as descriptive characteristics of signal emissions. Replaced the KILTING and EPL databases.

Front 71

210.18 Discuss the purpose of REGS.

Back 71

Rapid Evaluation Guidelines- A list of parametric boundaries that allows the operator to ascertain the function of a certain radar based on where the data from the radar fits in those boundaries.

Front 72

210.19 Discuss Electronic Attack Authority.

Back 72

Act of War / JCA.

Front 73

210.19 Discuss Fire by Negation.

Back 73

Self Defense (ASMD) - Supervisor controls the engagement process.

Front 74

210.20 Discuss the purpose of the PSYOP Broadcast.

Back 74

Planned operations to convey selected information and indicators to foreign audiences to influence emotions, motives, reasoning and ultimately the behavior of government, organizations, groups and individuals.

Front 75

210.21 Discuss the purpose of RAS.

Back 75

Reprogramming at Sea - To ensure the effective of EW systems by responding to enemy threat systems, tailor equipment to meet unique theater requirements and adjust to a changing mission.

Front 76

210.22 State the purpose and procedures of the ULM-4 Range.

Back 76

To provide a qualitative and quantitative assessment of the ECM capabilities of AN/SLQ-32 active variants thruough end to end testing of active and passive variants.

Front 77

210.23 State duties and responsibilities of the IQ Watch.

Back 77

Responsible to the SG commander for integration of IO into all force plans and evolution, coordinating this effort with MHQ IO planners, and disseminating relevant data to the force.

Front 78

210.23 State duties and responsibilities of the TAO.

Back 78

Tactical Action Officer.

Front 79

210.23 State duties and responsibilities of the EWO.

Back 79

Electronic Warfare Officer – Officer/Chief in charge of promulgating all bills and doctrine for a ship. In charge of ensuring that training and qualifications are up to date. Ensure that the everyday operations for the EW mod are IAW correct guidance and directives.

Front 80

210.23 State duties and responsibilities of the EW Control Ship.

Back 80

Correlate EW support intercepts by organic and non organic sensors assigned to the SG. ELINT data base manager. Guard on primary and secondary net. Monitor and enforce EMCON. Monitor IO equipment readiness.

Front 81

210.23 State duties and responsibilities of the EW Supervisor.

Back 81

Ensures the flow of information to CDC and EW control ship is accurate and up to date. Charged with following all directives assigned by EWO and Control ship. Ensure the mechanics of each watch is IAW bills and doctrines.

Front 82

210.23 State duties and responsibilities of the EW Operator.

Back 82

Utilize REGS to evaluate and disseminate all signals found via SLQ-32.

Front 83

210.25 Define the function of the 7 Zippo’s.

Back 83

Pre-planned reactions to ensure coordination of ASMD procedures. ZIPPO: C, 1, 2, 3, 4, 5, 22

Front 84

210.27 Define TACREP.

Back 84

Report used to keep users up to date on continuing or potential threats and other high interest events.

Front 85

210.27 Define TACELINT.

Back 85

Time critical OPELINT and parametric information used for I&W, OOB’s and strike planning.

Front 86

210.28 Describe the four major Signal Notation types.

Back 86

ELINT / ELNOT
AEN – Arbitrary ELNOT
PEN – Parametrically Ordered ELNOT
CENOT – Communications External Notations

Front 87

210.29 Define AIS.

Back 87

COTS, transponder based collision avoidance system

Front 88

210.29 Define MMSI.

Back 88

Maritime Mobile Service Identity 9 digit standard ID# used by the IMO.

Front 89

210.31 What does the JTT provide the OPELINT watch?

Back 89

Near real time SIGINT and other information.

Front 90

210.32 Define the information derived from a SATVUL Report and how to use it.

Back 90

Windows of time that the ship is open for friendly and non friendly satellite surveillance.