Study guide
ACMA Standard Theory Exam study guide
Read a lesson, then practice the ideas you want to remember.
Lessons
- Frequency Counters, Dummy Loads, and Test Eq
- Frequency Standards, Crystal Calibrators and
- Multimeter Operation: Voltage, Current, and
- RF Power and SWR Measurement — Free Study Guide 2026
- AC Circuits, Frequency, Wavelength, and RMS
- Capacitor and Inductor Combination Calculati
- Capacitors: Construction, Ratings and Safety
- DC Circuits, Voltage, Current, and Ohm's Law
- Inductors: Construction, Factors Affecting I
- Mathematics, Units and Metric Prefixes — Free Study Guide 2026
- Power, Energy, and Resistance Calculations
- Reactance and Impedance in AC Circuits — Free Study Guide 2026
- Rectifiers, PIV and Power Supply Smoothing
- Resistor Colour Code and Component Symbol Id
- Resonance, Q Factor and Tuned Circuits — Free Study Guide 2026
- Active Components: Semiconductors, Diodes, a
- Transformers: Turns Ratio, Impedance Matchin
- Transistor and FET Symbols, Configurations a
- EMC Good Practice: Minimum Power, Balanced A
- Electromagnetic Interference, Breakthrough,
- Filter Types, Response Curves and EMC Filter
- Harmonic Emissions, Spurious Signals, and Tr
- How Interference Enters Television and Broad
- Masthead Amplifier Overload and Audio-Stage
- Vehicle EMC and Resolving Community Interfer
- Critical Frequency, Maximum Usable Frequency
- Electromagnetic Waves: Velocity, Wavelength
- Ground Wave, Direct Wave and Line-of-Sight P
- Ionospheric Layers and Skywave Propagation
- Seasonal and Diurnal Effects on Band Selecti
- Solar Activity, Sunspot Cycles, and VHF Anom
- Antenna Erection, Siting and Power Line Safe
- Battery, Chemical and Hearing Safety in the
- Electric Shock: Prevention, Rescue and Emerg
- Equipment Approval, Mains Wiring and Fuse Pr
- Lightning Protection and Station Security
- Mains Voltage Safety, Earthing, and High-Vol
- RF Exposure: EMR Hazards and Safe Distance
- Station Layout, Cabling and Emergency Shut-O
- Directional Antennas: Yagis, Gain and Radiat
- Effective Radiated Power: System Gains and L
- Impedance Matching, Baluns, and Antenna Tuni
- Angle of Radiation, Antenna Height and Curre
- Resonant Antennas: Dipoles, Verticals, and E
- Standing Wave Ratio and Reflection Loss
- Transmission Lines: Coaxial, Twin-Lead, and
- Amplifier Classes and Power Amplifiers — Free Study Guide 2026
- Digital Transmission Modes and Bandwidth
- Frequency Converters, IF Amplifiers and Tran
- Modulation Techniques: AM, FM, and SSB — Free Study Guide 2026
- Modulation, Duty Cycle and Rated Transmitter
- Receiver Performance: Sensitivity, Selectivi
- Signal-to-Noise Ratio and Receiver Noise Per
- Superheterodyne Receiver Architecture and Bl
- Transceiver Control: ALC, Squelch, and Digit
- Transmission Quality: Frequency Drift, Paras
- Transmitter Architecture, Oscillators and Fr