Theory and operation of electric motors, application of test equipment, and job safety. Connection/disconnection and operation of motors and maintenance procedures under hazardous operating conditions.

Operational theory, logic/circuit diagram analysis, preventive and corrective maintenance, and trouble-shooting; includes use of general/special purpose test equipment and technical manuals.

Operational theory and logic/circuit diagram analysis. Includes security and use of technical manuals.

Preventive and corrective maintenance, and troubleshooting; includes use of handtools, safety procedures, general/special purpose test equipment, and technical manuals.

Introduction to maintenance concepts and practices; includes career ladder progression, security, use of Air Force publications, Air Force Office of Safety and Health and safety precautions, Air Force supply system, and maintenance management.

Numbering system conversions, digital math operations, Boolean algebra, and digital logic functions; includes truth table counter circuits, register circuits, converters, troubleshooting techniques, and use of logic probe.

Basic performance laboratory; includes soldering techniques, safety, and soldering/desoldering of components to terminal connections and printed circuit boards.

Semiconductor physics; theory of P-N junctions and multifunction devices; analysis of amplifier configurations and characteristics; and operation and feedback of audio, video, and IF/RF amplifiers.

Basic electronics; electrostatics; and series, parallel, and series-parallel circuits. Changing currents, inductance, capacitance, inductive and capacitive circuits, transformers, resonance, and filters. Includes circuit analysis using electronic test equipment.

Principles of triode, tetrode, pentode, multiunit, and multielement vacuum tube; introduction to P-N junctions, transistor operation, transistor amplifiers, coupling and waveshaping circuits, power supplies, sinusoidal and relaxation oscillators, handtools, and soldering techniques. Includes circuit fabrication using electronic fundamentals trainer and malfunction analysis using electronic test equipment.

Schematic and logic analyses; adjustment; malfunction analysis; and repair of monitor chassis and transmit, receive, and timing circuits. Measurement using special test equipment.

Electronic test equipment in analysis of cryptographic equipment circuits; includes oscilloscope, multimeter, electronic multimeter, and signal generator.

Equipment features, modes of operation, malfunction analysis, and replacement of plug-in units; includes installation, adjustment, and operation of digital encryption devices using electronic multimeter, data-pulse generator, oscilloscope, and handtools.

Milliwatt and microwatt logic, block diagram and circuit analyses and operation of and component replacement for digital data encryption and decryption devices; includes input and output modules, power supplies, message indicators, clock start modes, synchronization circuits, special test equipment, and use of handtools for depot level repair.

Installation, inspection, and corrective maintenance procedures for cryptographic facilities to ensure suppression of undesirable emanations.

Principles of secure communication systems. Includes use of electronic cryptographic devices; encrypted tele-typewriter, data, and narrow-band and wide-band secure voice terminals; system configurations; and emanation suppression techniques.

Principles of methods and media, system timing, error control systems, and patch and test facilities.

Operation of transmit and receive satellite communications equipment; includes fault isolation of malfunctioning printed circuit boards, power supply operation/adjustment, and safety procedures.

Operation, circuit, logic, and malfunction analyses, and repair of transmit, receive, and ancillary satellite communications equipment; includes principles of milliwatt logic, power supplies, data subsystem, manual vehicle test modes, and decimal and octal number conversions applicable to command equipment circuitry.

Purpose of systems and applicable safety, security, and emanation suppression procedures; includes theory of decimal/octal/binary number conversions and milliwatt logic elements used in systems and operational theory and adjustment of power supplies.

Logic analysis of clock, start/resume test, frequency generator clock gate, timing counter, bit time decoder, and message period timing circuits; includes theory of pulse code modulation extraction circuits and circuit card repair and malfunction analysis and location of faulty elements of logic control assembly in a self-test configuration.

Operation, analysis, and physical/electrical description of telemetry transmitter, simulator, receiver, transceiver, special tester, and associated circuits connected in a test configuration with logic control assembly; includes malfunction analysis on printed circuit boards.

Indepth analysis of message format, ternary data system, automatic message sequence, and message counter. Includes operation and analysis of CRL transmit and receive circuits; malfunction analysis of printed circuit boards; and location of faulty elements in command transmitter, receiver, simulator, echo verifier, and associated circuits connected in a CRL test configuration with logic control assembly.

Characteristics of data-processing equipment; causes of emanations; testing techniques; equipment interfacing; emanation analysis; narrow-band and broad-band test scan and correction factors; and use of oscilloscope, spectrum analyzer, impulse generator, signal generator, and recording oscillograph.

Introduction to secure communications, message and voice processors, channel matrices, and analytical computation tools and instrumentation and analysis of recorded data and emanation suppression techniques.

Integrated circuit analysis, malfunction analysis, and repair of associated special test equipment and principles of emanation suppression techniques.

Operational characteristics of diodes, triodes, multigrid, and special purpose electron tubes.

Electronic circuits and their use in various electronic systems; subject areas include power supplies, solid-state devices, digital techniques, digital mathematics, and basic troubleshooting.

Tracing and verifying precision measurement equipment standards, publications forms, and supply management.

Operation, circuit, and mechanical sequence analyses; adjustment, installation, malfunction analysis, and repair of encoding/decoding devices; applicable security; safety, preventive maintenance procedures; and use of handtools and general test equipment.

Operation, malfunction analysis, digital logic and circuit analyses, and repair of timing devices; includes theory of frequency multiplier and oscillator and use of technical manuals, handtools, and general test equipment.

Logic, circuit, and malfunction analysis and repair of digital converters; includes time division multiplexer, system familiarization, and use of handtools and general test equipment.

Operation, logic, and malfunction analyses and repair of multiplexer and demultiplexer equipment; includes delay compensator, synchronizer monitor logic analysis, system troubleshooting, and use of handtools and general test equipment.

Fundamentals of electricity, electrical circuitry, and system components as related to aircraft maintenance specialist; includes magnetism, electrical terms, symbols, circuit construction, Ohm’s law, electrical measuring equipment, lighting, and related systems. Provides practical experience in performing operational checks, servicing batteries, and locating electrical components.

Assembly, disassembly, installation, and performance checks of operational cryptographic equipment.

Block diagram, circuit, and malfunction analysis of power supplies; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of cryptographic speech processing and switching circuits; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of transmission circuits and transmit timing and preparation circuits; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of cryptographic coding and decoding circuits; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of receiver circuits; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of cryptographic alarm circuits; includes replacement of components and circuit boards.

Block diagram, circuit, and malfunction analysis of cryptographic key generation circuits; includes replacement of malfunctioning components and circuit boards.

Overall system troubleshooting; includes alignment, adjustment, and performance checks.

Operation, adjustment, logic and circuit diagram analysis, and repair or replacement of defective parts of electronic teletypewriter equipment.

Evaluation of narrow-band (HF/VHF/UHF) tele-communication systems; includes characterization of technical capabilities/limitations, theory/principles of operation, techniques for link performance assessment, propagational path prediction and analysis, and measurement procedures for technical evaluation of worldwide defense communication system.

Principles of transmitter, receiver, and common circuits of microwave radio sets; includes alignment, trouble analysis, maintenance routines, and use of standard and special test equipment.

Operational theory, logic, and circuit diagram analysis and preventive/corrective maintenance of system interface equipment; includes troubleshooting and repair procedures.

Installation, splicing, and maintenance procedures for fiber-optic cables and associated equipment and use of specialized test equipment.

Analysis of SATCOM terminal tracking and control systems to include maintenance, calibration, repair, and inspection of servo-electronic, monitor, and control equipment and alarm systems.

Signal flow analysis and applications to integral aerospace systems; includes loop data-flow analysis, operation of standard test equipment, troubleshooting, safety, and use of maintenance publications.

Malfunction analysis of missile electrical systems through use of schematic diagrams and applicable test equipment.

Principles of multiplexing, tunable microwave, and tropospheric scatter systems; includes performance laboratory emphasizing analysis, troubleshooting, maintenance, and repair using standard test equipment.

Digital data communications systems theory; includes functional and circuit analyses of transmitters, receivers, power supplies, data reception and detection circuits, and receiver timing and detection circuits.

Operational theory, logic/circuit diagram analysis, preventive and corrective maintenance; includes general/special purpose test equipment and technical manuals.

Operation, troubleshooting, inspection, and maintenance principles of AC and DC power generating systems, associated equipment, and electrical power distribution systems.

Fundamental principles of power production equipment; includes operation, troubleshooting, and repair of internal combustion engines, generators, exciters, voltage regulators, launch facility power generation system, and launch facility and launch control facility power distribution system.

Principles and characteristics of static uninterruptible power supplies emphasizing test equipment and three phase AC power fundamentals. Unit module description and operational procedures of rectifiers, chargers, input filters, inverters, and battery units.

Principles of logic and control circuits. Includes annunciator, synchronization, and digital control; rectifier leg module assembly; charge limit control; inverter control; gate timing; inverter gate firing module; alarm annunciator; AC and DC protection; reverse transfer control; static switch control; and preventive maintenance of these circuits.

Principles of operation of control units, monitoring and display equipment, audible alarms, sensors (mechanical, capacitance proximity, vibration, ultrasonic motion magnetic weapons, and passive ultrasonic), and system checkout and troubleshooting.

Theory, operation, equipment analysis, and maintenance of electronic traffic control systems.

Theory, operation, equipment analysis, and maintenance of electronic radio control systems.

Equipment configurations and theory/operation of energy management and control systems.

Equipment configurations, systems analysis, and maintenance of energy management and control systems.

Fundamentals of alternating current; includes motors, generators, meter movements, inductance, inductive reactance, capacitance, capacitive reactance, frequency spectrum, and use of oscilloscope.

Fundamentals of direct current; includes series, parallel, and series-parallel resistive circuits, magnetism, and relay operation.

Solid-state power supplies and amplifiers. Includes P-N junctions; transistors; rectifiers; filters; limiters and clampers; and power, special, and wide-band amplifiers.

Basic analysis of transmitter and receiver circuits, transmission lines, waveguides, antennas, cavity resonators, microwave oscillators, frequency control and automatic gain control circuits, crystal mixers, and parametric amplifiers; includes schematic interpretation and troubleshooting techniques.

Fundamental principles of solid-state applications in wave generation. Includes basic, pulsed, and blocking oscillators, multivibrators, and time-based generators.

Operational theory, function, and use of low-frequency generators, multimeters, electronic counters, frequency converters, audio oscillators, vacuum tube voltmeters, oscilloscopes, and differential voltmeters.

Operation and maintenance of test equipment used to maintain automatic programming and control equipment; includes schematic analysis and operation and maintenance of computer programming set and power supply.

Functional descriptions, technical characteristics, installation and operation procedures, block diagram and circuit analyses, preventive maintenance, and trouble-shooting procedures of wind and temperature dewpoint measuring equipment.

Functional description, technical characteristics, block diagrams and circuit analyses, test equipment, trouble-shooting, preventive maintenance, and operation of cloud height sets.

Ohm’s law; series, parallel, and series-parallel circuit theory; meters and test equipment; and electrical code, terminology, and wiring diagrams.

Circuit analysis of transmitters, receivers and transponders; includes use of test equipment, troubleshooting, and preventive maintenance.

Circuit analysis of aircraft identification, friend or foe/selective identification feature system; includes principles of solid-state circuitry, coding/decoding circuitry, system timing, interrogator, responder, signal processor, and display.

Circuit analysis of plan position indicator systems; includes synchronization systems, sweep circuits, video circuits, amplifiers, and cursors.

Circuit analysis and maintenance procedures applicable to a radar system; includes use of detailed wiring diagrams and test equipment to isolate, identify, and repair system components.

Analysis of data loops and detailed block diagrams; includes alignment, calibration, checkout, and troubleshooting of missile systems using applicable consoles and optical equipment.

Beam steering principles and techniques necessary to perform associated maintenance on a phased-array radar; includes analyses of phase shifting networks, transmitter and receiver beam forming arrays, and signal processors.

Theory of operation and circuit analysis using logic symbols, schematics, and block diagrams; includes bench test, repair, and alignment of module boards and components.

Analysis and maintenance of electronic monitoring and, checkout systems; includes operation of portable checkout equipment, malfunction isolation, and repair techniques.

Operational theory, circuit analysis, and malfunction isolation procedures applicable to missile electronic test standards.

Principles and applications of wave-generating and shaping devices; includes limiters, clampers, oscillators, blocking oscillators, multivibrators, time base generators, and sweep generators.

Introduction to integrated and microprocessor logic circuits; includes analysis of microcomputer systems and hardware/software considerations.

HF, VHF, and UHF communications equipment principles; includes performance laboratory in troubleshooting and repair of HF, VHF, and UHF mobile and portable communications equipment.

Principles of transmitters, receivers, audio and data intercept consoles, and automatic switchboard principles as applied to ground radio systems.

Trouble analysis and fault isolation of subunits of transmitter, receiver, and control sites.

Introduction to spacecraft acquisition ground station uplink/groundlink systems; includes base-band assembly, transmitter exciter and driver, power amplifier and feedhorn, parametric amplifiers and down converters, receivers, switching units, demodulators, and synthesizers.

Operation, logic analysis, repair, troubleshooting, calibration and alignment of fluid analysis spectrometer.

Operation, circuit analysis, and troubleshooting of radiac instruments; includes practice in calibrating radiac instruments.

Fundamental principles of solid-state applications to include P-N junctions, diodes, rectifiers, transistors, zener diodes, integrated circuits, solid-state supplies and filters, power amplifiers, oscillators, multivibrators, electronic voltage regulators, logic diagrams, truth tables, and solid-state logic circuits.

Operation and circuit/functional analyses of line-of-sight radio terminals.

Operation and circuit/functional analyses of tropospheric scatter radio terminals.

Operation and circuit/functional analysis of HF receivers.

Operation and circuit/functional analyses of universal radio equipment transceivers.

Operation and circuit/functional analyses of VHF transceivers.

Operation and circuit/functional analyses of low-frequency beacons.

Operation and circuit/functional analyses of instrument landing systems; includes familiarization with ground check procedures and flight inspection recordings.

Operation and circuit/functional analyses of ground omnirange systems.

Circuit analysis and alignment/adjustment of ground flight facilities equipment; includes systems analysis, troubleshooting, repair, cable fabrication, soldering techniques, wiring diagrams analysis, and use of special/general test equipment.

Theory, troubleshooting, and maintenance of modularized redundancy, remote control, and video-switching circuits; includes pretrigger delay, sine/cosine converter, map scanner, video processor, meter simulator, and failure sensing.

Circuit analysis of normal and moving target video-processing circuits, antenna azimuth processing circuits, and radar control circuits.

Maintenance of satellite ground station equipment; includes alignment, adjustment procedures, and troubleshooting techniques using standard and specialized test equipment.

Introduction to flight facilities equipment systems theory. Operation, circuit, and functional analysis of ground TACAN systems using test equipment and technical data.

Functional and circuit analyses of radar transmitters, receivers, and moving-target indicators. Includes modulator, high-voltage power supply; local oscillator; driver circuits; automatic tuning; master timing; RF, IF, and video circuits; and troubleshooting and repair techniques.

Problems associated with high-frequency signal propagation. Includes analysis principles; frequency selection based on propagation analysis; analysis of equipment operation; detailed circuit analysis; preventive maintenance; and troubleshooting of transmitter, receiver, and spectrum analyzer components of frequency management equipment.

Theoretical circuit analysis and fault isolation of microprocessor controlled signal measurement receivers and data-processing equipment designed to measure spectral power density, effective radiated power, frequency, interpulse period, pulse width, and pulse time of arrival. Provides signal deinterleaving and digitized transient signal analysis.

Theoretical circuit analysis and fault isolation of instantaneous RF-to-IF down conversion receiver, Laser-Bragg Cell Acousto-Optic video-processing detection equipment, and microprocessor controlled signal parameter measurement equipment.

Operational theory and circuit analysis of meteorological radar system; includes inspection, installation, calibration, alignment, performance checks, troubleshooting and repair procedures, and use of applicable test equipment.

Theory of receiver systems, indicators, and servo-systems; includes saturable reactors, magnetic amplifiers, electromagnetic radiation, analysis of functional circuits of transmitters and RF systems. Also covers amplitude, frequency, and pulse modulation, waveguides, resonant cavities, and transmission lines.

Practical experience in use of precision measurement equipment; includes waveform measuring devices and spectrum analysis.

Digital, logic, and circuit analysis of computer type logic circuits; includes basic circuits, adders, registers, and coder/decoders.

Circuit analysis and repair of radar transmitters.

Circuit analysis and repair of radar receivers.

Advanced study of antennas and RF systems; includes circuit analysis of performance and maintenance monitors and antenna lubrication, cooling, and pressurization procedures.

Advanced circuit analysis, system alignment, and repair of height finder radar receivers and display equipment.

Solid-state fundamentals, including principles of logic circuits, amplifiers, multivibrators, and digital voltmeters.

Logic analysis of solid-state digital switching system; includes troubleshooting and repair.

Operational theory and application of special instrumentation principles; includes principles of video recording, closed-circuit television, and microwave and laser systems.

Operational theory, application, and maintenance of precision-timing circuits, waveshaping devices, sweep generation circuits, video-processing circuits, and cathode ray tubes; includes troubleshooting and fault analysis using multimeters, vacuum tube voltmeters, and dual trace oscilloscopes.

Analysis of waveshaping circuits, tape-reading and decoding circuits, and calibration of tape programmed test equipment.

Introductory metrology of voltage, current, and power. Includes knowledge of instrument calibration standards, precision voltage and current measurement, differential voltmeters, thermal converter meters, vacuum tube voltmeters, voltmeter calibration systems, resistance voltage dividers, ratio transformers, resistance bridges, measurement of capacitance and inductance, reactance bridges, low-frequency signal generators, function generators, and synchronization test equipment.

Oscilloscopes and oscilloscope calibrating equipment; includes analysis of waveforms. Provides practice in calibration of oscilloscopes and related equipment and stand sampling systems.

Measurement of frequency and time intervals; includes operational theory of frequency meters and distortion analyzers. Provides practice in calibration of frequency meter and phase measuring equipment.

Principles of transmitters, antennas and radio frequency groups, receivers, and range and angle-tracking systems.

Auxiliary generator set operation/repair and applicable use of electrical wiring diagrams and engineering drawings to determine component operation, analyze circuitry, and visualize system interrelationships; includes prime mover, AC and DC generators, and controls. Practice in maintenance, inspection, trouble isolation, servicing, load banking, and adjustments.

Theory of integrated and discrete circuit characteristics; circuit analysis of logic modules and diagrams; conversions between number systems with bases 2, 8, and 10; binary coded decimals; and Boolean algebra.

Diagram analysis, troubleshooting, alignment, calibration, and inspection of missile systems. Extensive practice provided in circuit analysis using detailed wiring diagrams and test equipment to isolate, identify, and correct malfunctions at component level.

Functional analysis of IRIG timing; block diagram analysis of cesium standard and digital divider; and detailed logic and schematic analyses of time code generator, rehearsal time generator, display test generator, timing system control unit, timing selector, timing terminal, total seconds translator, and time-display distributor.

Detailed circuit analysis of servo, record, and reproducing circuits; includes direct and FM recording methods and video and FM record and reproducing modes.

Antenna structure, circuit analysis of servo-control equipment, antenna positioning, encoding subsystem, receiver antenna, transmitter console, and modes of operation.

Alignment, adjustment, troubleshooting, and maintenance of airborne communications equipment; utilizes special and general purpose test equipment.

Repair of miniature and microminiature electronic circuits and printed circuit boards; includes soldering of components and modules to printed circuit boards and to various terminals used in electronics equipment, conformal coating removal, and replacement of solid-state components.

Communications control console group and landline selector control group maintenance; includes equipment operation, circuit analysis, alignments and adjustments, and fault isolation.

Analysis of UHF multichannel radio transceivers; includes performance testing, troubleshooting, alignments, and adjustments using associated test equipment.

Intensive performance laboratory using a variety of test equipment for use in data validation, systems analysis, and technical evaluation required in maintenance management and upgrading of worldwide defense communications system.

Analysis of specialized modems, alarms, and command synchronizers for satellite communications command operations; includes theory of operation, block diagram analysis, and operation and maintenance of these various systems.

Introduction to low-level keying and solid-state devices; includes low-level circuit analysis and circuit board repair.

Amplitude and frequency modulation; includes theory of transmission lines, waveguides, resonant cavities, antennas, and pulse modulation.

Receiver circuit analysis; includes theory of mixers, local oscillators, receiver amplifiers, detectors, receiver control circuits, and single sideband radio techniques.

VHF/UHF communications equipment principles; includes troubleshooting and repair of VHF/UHF communications equipment.

Operation and circuit analysis of ground-based timer-synchronizer, monitor, receiver, and transmitter units; includes preventive maintenance and troubleshooting of systems using technical data.

Functional and circuit analyses of airport surveillance radar sets; includes transmitter, synchronization, radio frequency system, receiver system, and indicating system circuits.

Functional and circuit analyses of precision approach radar systems; includes transmitter, receiver, indicator, synchronization, and remoting circuits.

Circuit analysis, alignment, and troubleshooting of transmitter and receiver master timing system; includes digital techniques.

Functional and logic diagram analyses of digitized selective identification feature system; includes encoder/decoder and fault isolation.

Functional and circuit analyses of identification equipment (air traffic control and frend or foe); includes analysis of transmitter, receiver, control circuits, power supply, and system maintenance.

Functional description, block diagram, and circuit analyses, use of test equipment, preventive maintenance, adjustments, and troubleshooting.