Instrumentation
Your progress0/63 studied
0/9 studied
- Aircraft Pressure Gauges: Aneroid, Bellows, and Bourdon Applications
- Aircraft Temperature Sensing: Scale Conversion and CSD Monitoring
- Fuel Quantity Indication: Float and Capacitance Gauging Systems
- Fuel Flowmeters: Volumetric vs Gravimetric Flow and Fuel-Used Integration
- Aircraft Tachometers: Mechanical, Electrical, and Electronic RPM Sensing
- Jet Thrust Measurement: N1 and EPR Indication with Sensor Cross-Check
- Engine Torquemeter Systems: Phase-Shift Torque Measurement Principles
- Synchroscope Operation: Multi-Engine Propeller RPM Synchronization
- Engine Vibration Monitoring (EVM): Accelerometers, Filtering, and Alerts
0/8 studied
- Pitot-Static Pressure Measurement: Static, Total, and Dynamic Pressure
- Air Temperature Measurement: SAT, TAT, and Ram Rise
- Angle-of-Attack (AoA) Measurement: Sensors, Heating, and Failure Modes
- Altimeter Fundamentals: Static Pressure, Subscale Settings, and Errors
- Vertical Speed Indicator (VSI/IVSI): Principle, Lag, and Turning Error
- Airspeed Indicator (ASI): IAS, CAS, TAS, and Pitot-Static Errors
- Machmeter Operation: Mach Number, Pressure Ratios, and Speed Margins
- Air Data Computer (ADC): Inputs, Outputs, and TAS Computation Logic
0/4 studied
0/6 studied
- Gyroscope Basic Principles: Rigidity, Precession, and Wander
- Turn Indicator and Turn Coordinator: Rate-1 Turns, Slip, and Skid
- Attitude Indicator (Artificial Horizon): Erection Systems and Errors
- Directional Gyro (DG): Heading Stability, Drift, and Re-Synchronization
- Remote-Reading Compass Systems: Slaved Correction and Free Mode
- AHRS and Solid-State Gyros: MEMS Sensors and Attitude/Heading Computation
0/2 studied
0/5 studied
- AFCS General Principles: Autopilot Loops, Modes, and Crew Monitoring
- Autopilot System Modes: Synchronization, TO/GA, CWS, and FMA Awareness
- Flight Director Design and Operation: Command Bars, Modes, and Crew Use
- Flight Mode Annunciator (FMA): Active/Armed Modes and Mode Awareness
- Autoland Systems: Fail-Passive/Fail-Operational Logic and Alert Height
0/3 studied
0/1 studied
0/2 studied
0/4 studied
0/10 studied
- Alerting Systems General Principles: Warning, Caution, and Advisory Logic
- Flight Warning Systems (FWS): Alert Priorities, CWS, and Crew Response
- Stall Warning Systems (SWS): Detection Margins, Inputs, and Alerts
- Stall Protection Systems (SPS): Stick Pusher and Active Prevention
- Overspeed Warning System: VMO/MMO Limits, Barber Pole, and Aural Alerts
- Take-off Configuration Warning (TOCW): Trigger Logic and Crew Checks
- Altitude Alert System: Acquisition/Deviation Alerts and Legal Requirements
- Radio Altimeter (RA): FMCW Principle, Integration, and Failure Impacts
- Ground-Proximity Warning Systems (GPWS/EGPWS): Modes, Terrain Logic, and Escape
- ACAS/TCAS: Traffic Advisories, Resolution Advisories, and Inhibitions
0/5 studied
- Electronic Display Units in EFIS: Redundancy, Switching, and Priority Logic
- Electronic Flight Instrument Systems (EFIS): PFD/ND Modes and Standby Logic
- EICAS and ECAM: Engine Parameters, Alerts, and Electronic Checklists
- Electronic Flight Bag (EFB): Classes, Functions, and Operational Risks
- HUD, EVS, and SVS: Vision Technologies, Minima, and Limitations
0/3 studied
0/1 studied