항공전자 공학의 전반적인 실험이 가능하도록 견고하게 설계된 실험장치이다.
- Operational Systems,
- Electrical Systems
- Warning Systems,
- Data Communications Systems
- RS-232 communications port 연결을 통하여, 또는 수동적으로 실험이 가능하다
- CAI 소프트웨어( 컴퓨터 이용 실험 실습) 옵션으로 제공된다.
Specifications ;(항공전자 실험모듈 18가지로 구성)
- PWM switching Power Supply
- Three-Phase Rectifier and Regulator
- Digital transmission-serial semder
- Tri-state Transmission(SEND)
- Digital Readout
- Aircraft Environment Power Source
- Aircraft Environment Heat Valve
- AC to DC Generator
- Master Warning and Annunciator
- Three-Phase Generator
- RS-232 and RS-485
- Digital Transmission-Serial Receiver
- Tri-State Transmission (RECEIVE)
- Aircraft Environment Thermostat
- Power Source
- Split Bus Bar Distribution system
- Fire Warning System
Z101 - INTRODUCTION to OPERATIONAL SYSTEMS
▶ Understand the history of aircraft.
▶ Identify Aircraft operational systems
▶ Identify careers associated with aircraft.
Z102 - FLIGHT CONTROL SYSTEMS
▶ Define and describe the primary Flight controls of an aircraft
▶ Define and describe the secondary Flight controls of an aircraft
▶ Define and describe the autopilot flight controls of an aircraft
▶ Identify the basic autopilot components.
Z103- IGNITION SYSTEMS
▶ Identify the types of Ignition systems
▶ Describe spark discharge and coil ignition systems.
▶ Describe the types of magneto ignition systems
▶ Describe gas turbine ignition systems
▶ Describe the principles of operation of ignition systems.
▶ State the advantages and disadvantages of high and low tension magneto systems
Z104 - FUEL SYSTEMS
▶Describe the characteristics and properties of aviation fuels.
▶Identify the effects of fuel system contamination
▶Describe the Gravity Type Fuel System
▶Describe the Pump Type Fuel System
▶Describe the operational characteristics of the fuel system components
▶Describe the operation of a carburetor.
▶Describe the operation of fuel Injection
Z105 - NAVIGATIONAL SYSTEMS
▶Describe the operation of the VHF Omnirange system (VOR)
▶Describe the operation of the Automatic Direction finder System (ADF)
▶Describe the operation of Distance Measuring Equipment (DME)
▶Identify TACAN and its use with DME
▶Describe the operation of the Instrument Landing System (ILS)
▶Describe the operation of marker beacons
▶Identify the compass and its purpose.
▶Describe the operation of the VLF/OMEGA Navigational System.
▶Describe the operation of the Global Positioning System (GPS).
▶Describe the operation of the Inertial Navigational System (INS)
Z106- AIRCRAFT SUPPORT SYSTEMS
▶ Identify and describe the basic types of aircraft landing systems.
▶ Identify and describe the operating principles of the aircraft braking system.
▶ Describe the basic operating principles of the de-icing system.
▶ Identify and describe the basic types of aircraft lighting systems.
Z107 - PROPULSION SYSTEMS
▶ Describe the principles and operation of an Internal Combustion
▶ Describe the principles and operation of a Jet Propulsion.
▶ Understand Propeller Fundamentals
Z108 - AIRCRAFT INSTRUMENTS
▶ Identify the classifications of aircraft Instruments.
▶ Define and describe basic aircraft instruments
▶ Describe the various operating principles of aircraft instruments
Z201 - BASIC POWER DISTRIBUTION
▶ Describe the operation of 3 Basic Power Distribution System.
▶ Identify the basic requirements for 3 Power Distribution System.
▶ Identify the various components of Basic Power Distribution Systems.
▶ Observe the operation of 9 Basic Power Distribution System.
▶ Observe faults in 9 Basic Power Distribution System.
Z202 - SPLIT BUS POWER DISTRIBUTION
▶Understand the structure of a Split-Bus Distribution System.
▶Understand the benefits of the Split-Bus Distribution System
▶Identify the different Busses of the Split Bus Distribution System.
▶Observe the operation of H basic Split-Bus Distribution System.
▶Observe faults in 3 basic Split-Bus Distribution System
Z203 - THREE PHASE POWER GENERATION
▶Describe the operation of a typical power supply
▶Describe 3 Phase 400 Hz power and its advantages.
▶Describe a 3 Phase,400 Hz Power Supply.
▶Measure signals in a 3 Phase,400 Hz Power Supply
▶Troubleshoot a faulted 3 Phase,400 Hz Power Supply
Z204 - PWM SWITCHING POWER SUPPLY
▶ Describe basic switching power supplies.
▶ Describe pulse width modulated switching power supplies.
▶ Describe 3 pulse width modulated switching power supply circuit.
▶ Measure signals in 3 pulse width modulated switching power supply circuit.
▶ Troubleshoot 3 faulted pulse width modulated switching power supply circuit.
Z301 - MASTER WARNING and ANNUNCIATOR SYSTEMS
▶ Describe the operation of the master warning annunciator system.
▶ Identify annunciator system applications.
▶ Observe norm3l system operation.
▶ Identify faulty system operation.
Z302 - ENGINE MONITORING and CREW ALERTING SYSTEMS
▶ Describe the systems and components of the aircraft monitoring and alerting systems
▶ Describe the different types of aircraft built-in fault and maintenance test equipment.
Z303 - FIRE WARNING and EXTINGUISHING SYSTEMS
▶ Identify different types of rye warning systems.
▶ Explain the basic operation of each type of system.
▶ Explain the distinct Ire protection requirement for each area of the aircraft..
▶ Describe the different types of Ire extinguishing agents.
▶ Explain the basic operation of the rye extinguishing system,
▶ Identify a normal operating Ire warning system.
▶ Identify a faulty operating rye warning system.
Z304 - ENVIRONMENTAL CONTROL and WANNING SYSTEMS
▶ Describe a typical pneumatic system.
▶ Describe a typical air conditioning system.
▶ Describe a typical pressure control system.
▶ Observe the operation of a typical thermostat and trim valve in an air conditioning system
▶ Isolate a fault in a typical thermostat and trim valve in an air conditioning system.
Z401 - INTRODUCTION TO DATA COMMUNICATIONS
▶Define terminology commonly used in conjunction tilth data communication systems.
▶Identify systems & instrumentation Including fax, modems, and computers that use data communication.
▶Identify basic operating characteristics Involved in data communications.
▶Identify the operational characteristics of protocol
▶Define protocol terminology to include blt, byte, start, partly, stop, baud and frame
▶Describe how data communication systems use protocol to transfer data.
▶Describe the relationship between protocol and serial, parallel transmission and reception
▶using the International Standard Organization(ISO) reference model.
▶Observe the transmission and reception of serial data
▶Monitor, start, partly, baud, and stop bit Information during a controlled data transfer
▶Identify the erects of protocol mismatch on transmitted data
Z4O2 - RS-232-C LINE INTERFACE
▶Identify RS-232-C Electrical, Mechanical and functional characteristics as they relate to protocol.
▶Identify RS-232-C schematic pin out
▶Describe the function of a UART and USART
▶Measure RS-232-C line Interface voltages while data is being transferred
▶Measure RS-232-C line Interface voltages while data is being received
▶Isolate malfunctions in an operational RS-232-C Communication System
Z4O3 - RS-485 LINE INTERFACE
▶ Identify RS-485 electrical characteristics.
▶ Describe signal conditioning methods used by RS-485 line driver circuits when transmitting and receiving
▶ Measure RS-485 line interface voltages while data Is being transferred.
▶ Isolate malfunctions in an operational RS-485 Communication System
Z404 - INTRODUCTION TO BUS SYSTEMS
▶Identify the 4 basic parts of a bus system
▶Describe the purpose of each part of the bus system
▶Define terminology used In conjunction with bus system protocol
▶Describe the operational characteristics of a basic bus system.
▶Describe the operational characteristics of tri-state devices
▶Measure basic bus system signais.
▶Measure the output of a tri-state Device
Z405 - IFEE 488 DATA BUS
▶ Identify 4 basic operations performed by the 4041 controller
▶ Define program development, Instrument control, data processing and display storage
▶ Describe and Interpret different message formats.
▶ Describe and interpret different word structures
Z406 - ARINC 429 DATA BUS
▶ Identify basic principles of operation related to the ARINC 429 data bus system specifications
▶ Describe the ARINC 429 Mark 33 Digital Information
▶ Describe and Interpret different message formats
▶ Describe and Interpret different word formats
Z407 - ARINC 629
▶ Describe the different components associated with the ARINC 629 data bus system
▶ Identify basic principles of operation related to the ARINC 629 data bus system specifications
▶ Describe and interpret different data formats
▶ Describe and Interpret different word formats
Z501 - AC SELF SYNCHRONOUS SYSTEMS
▶ Identify the various types of AC Self Synchronous Systems.
▶ Identify the mechanical considerations of these systems.
▶ Describe the operations of the different AC Self Synchronous Aircraft Systems
Z502 - DC SELF SYNCHRONOUS SYSTEMS
▶ Identify BC Self Synchronous Systems
▶ Identify the mechanical considerations of DC Self Synchronous Systems
▶ Describe the operations of the different DC Self Synchronous Systems