1.
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Explain the operation of automatic direction finder systems. (I)
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2.
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Test, troublehoot, and repair automatic direction finder systems. (I)
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3.
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Explain the operation of very high frequency systems. (II)
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4.
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Test, troubleshoot, and repair very high frequency navigational
systems. (II)
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5.
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Explain the operation of the instrument landing systems. (III)
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6.
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Test, troubleshoot, and repair instrument landing systems. (III)
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7.
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Explain the operation of microwave landing systems. (IV)
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8.
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Test, troubleshoot, and repair microwave landing systems. (IV)
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9.
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Explain the operation of traffic avoidance and collision systems. (IV)
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10.
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Test, troubleshoot, and repair traffic avoidance and collision systems
transponder systems. (IV)
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11.
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Explain the operation of distance measuring equipment. (IV)
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12.
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Test and troubleshoot distance measuring equipment. (IV)
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13.
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Explain the operation of the radio altimeter. (V)
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14.
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Test, troubleshoot, and repair the radio altimeter. (V)
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15.
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Explain the operation of the altitude alert system. (VI)
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16.
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Test, troubleshoot, and repair the altitude alert system. (VI)
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17.
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Explain the operation of the ground proximity warning system. (VII)
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18.
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Test, troubleshoot, and repair ground proximity warning system
components. (VII)
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I. Automatic Directional Finders (ADF)
C. Homing and taking a fix operation
3. Sense and loop radiation patterns
5. Fixed and rotating loop
7. Quadrantal error corrector
4. Beat frequency oscillator
II. VHF Omnirange (VOR)
D. Troubleshoot, interface, test, and repair
III. Instrument Landing Systems (ILS)
3. Auto flight control system accessory unit
5. Navigation transfer relay
6. Radio and omega transfer switches
7. Radio and omega transfer relays
8. VHF navigation transfer switches
c. Standard deviation percentages
e. Modulation percentages
f. Radiation patterns for localizer
c. Standard deviation percentages
e. Modulation percentages
d. Modulation percentages
d. Microwave landing system
D. Troubleshooting, adjustment, and testing procedures
IV. Microwave Landing Systems (MLS)
1. MLS time reference scanning beams
2. Elevation and azimuth scanning rates
3. Circuits and components of MLS
D. Traffic alert and collision avoidance systems (TACAS),
transponder system, and radio altimeter
2. Air traffic control primary radar surveillance system
3. Air traffic control secondary radar surveillance system
4. Ground station antenna radiation pattern
8. Air traffic control concepts and functions
9. Use of different reply codes
15. Special position identification pulse
16. Transponder operation
17. Emergency reply code: 7700-7777
18. Loss of communication systems code: 7600
F. Mode S transponder and TACAS
4. Airborne separation assurance systems used in conjunction
with traffic alert
5. Collision avoidance system
7. Information exchange between transponder and TACAS systems
8. Circuits and components
9. Troubleshoot and test procedures
G. Distance measurement equipment (DME) functions
1. Principles and characteristics
2. Controls and modes of operation
5. Nautical and statute miles
6. Very high frequency omnirange and tactical air command and
very high frequency omnirange distance measurement equipment
stations
9. Characteristics of reply pulse pairs and interrogation pulse
pairs
12. Identification pulse train
13. Ground speed, range, and time-to-station
14. Search and track modes
15. Typical circuits and controls
H. Troubleshoot, interface, test, and repair
V. Radio Altimeter
4. Transmitter and receivers
7. Troubleshoot, interface, test, and repair
VI. Altitude Alert System
B. Altitude alert controller
C. Altitude alert annunciators
E. Troubleshoot, interface, test, and repair
VII. Ground Proximity Warning System
1. Ground proximity warning system
C. Ground proximity warning computer
G. Modes and annunciation
I. Computation data sources
K. Troubleshoot, interface, test, and repair
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