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Total Training Support's Integrated Training System. We are sure you will
need no other reference material to pass your EASA Part-66 exam in this Module.
These notes have been written by instructors of EASA Part-66 courses,
specifically for practitioners of varying experience within the aircraft
maintenance industry, and especially those who are self-studying to pass the
EASA Part-66 exams.
They are specifically designed to meet the EASA Part-66 syllabus and to answer
the questions being asked by the UK CAA in their examinations.
The
EASA Part-66 syllabus for each sub-section is printed at the beginning of each
of the chapters in these course notes and is used as the “Learning Objectives”.
We
suggest that you take each chapter in-turn, read the text of the chapter a
couple of times, if only to familiarise yourself with the location of the
information contained within. Then, using your club66pro.co.uk
membership, attempt the questions within the respective sub-section, and
continually refer back to these notes to read-up on the underpinning knowledge
required to answer the respective question, and any similar question that you
may encounter on your real Part-66 examination. Studying this way, with the help
of the question practice and their explanations, you will be able to master the
subject piece-by-piece, and become proficient in the subject matter, as well as
proficient in answering the CAA style EASA part-66 multiple choice questions.
The course
notes are written to suit Licence category 'B1' and 'B2', but are also suitable
for Licence category 'A'.
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membership (Module 3) voucher. This allows you unlimited EASA Part-66 question
practice and feedback within the membership period.
The
Tutorial Support service allows you to ask any question you wish, regarding
any of the multiple-choice questions on the question practice website, or about
any subject within these course notes that you may need additional assistance
with. A Subject Specialist will respond to your query within hours
- often within minutes.
With the
Tutorial Support service, you are also provided with links to additional
online source material for full explanations to most of the multiple-choice
questions, thus giving you access to an unrivalled and fully Integrated
Training System.
To use the club66pro.co.uk service with your course notes purchase, please go to
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not become active immediately - just log in to your account at
club66pro.co.uk, click Order Modules, and click on the Voucher, when you are
ready to start practicing questions. The offer is not redeemable for cash, and
is not transferable. Keyaccount members can have 1-month extension on their
keyaccount membership, or additional respective module opened, whichever is
preferred.
CONTENTS
Module 3.1 - Electron Theory
- Matter
- Elements and Compounds
- Molecules
- Atoms
- Energy Levels
- Shells and Sub-shells
- Valence
- Compounds
- Ionisation
- Conductors, Semiconductors, and Insulators
Module 3.2 - Static Electricity and Conduction
- Introduction
- Static Electricity
- Nature of Charges
- Charged Bodies
- Coulomb's Law of Charges
- Unit of Charge
- Electric Fields
- Conduction of Electricity in Solids, Liquids and a
Vacuum
Module 3.3 - Electrical Terminology
- Electrical Energy
- Electrical Charges
- Electric Current
- Electrical Resistance
- Conductance
- Electrical Laws
Module 3.4 - Generation of Electricity
- How Voltage is Produced
- Voltage Produced by Friction
- Voltage Produced by Pressure
- Voltage Produced by Heat
- Voltage Produced by Light
- Voltage Produced by Chemical Action
- Voltage Produced by Magnetism
Module 3.5 - DC Sources of Electricity
- Introduction
- The Cell
- Primary and Secondary Cells
- Electrochemical Action
- Primary Cell Chemistry
- Secondary Cell Chemistry
- Polarization of the Cell
- Local Action
- Types of Cells
- Other Types of Cells
- Secondary Wet Cells
- Cell Capacity
- Cells in Series and Parallel
- Battery Construction
- Battery Internal Resistance
- Battery Maintenance
- Capacity and Rating of Batteries
- Battery Charging
- Thermocouples
- Photocells
Module 3.6 - DC Circuits
- The Basic Electric Circuit
- Ohm's Law
- Series DC Circuits
- Kirchhoff's Voltage Law
- Kirchhoff’s Current Law
- Circuit Terms and Characteristics
- Internal Resistance of the Supply
- Parallel DC Circuits
- Series-Parallel DC Circuits
- Practice Circuit Problem
- Redrawing Circuits for Clarity
- Effects of Open and Short Circuits
- Voltage Dividers
Module 3.7 - Resistance/Resistor
(a)
- Resistivity
- Electrical Resistance
- Standard Colour Code Systems
- Resistors in Series and Parallel
- Operation and use of Potentiometers and Rheostats
- Operation of the Wheatstone Bridge
(b)
- Conductance
- Electrical Resistors
- Resistor Wattage Rating
- Construction of Potentiometers
Module 3.8 - Power
- Introduction
- Power Rating
- Power Conversion and Efficiency
- Power in a Series Circuit
- Power Transfer and Efficiency
- Power in a Parallel Circuit
- Power in the Voltage Divider
Module 3.9 - Capacitance/Capacitor
- Introduction
- The Electrostatic Field
- The Simple Capacitor
- The Farad
- Factors Affecting the Value of Capacitance
- Formula for Capacitance
- Permittivity
- Voltage Rating of Capacitors
- Capacitor Losses
- Energy Stored in a Capacitor
- Charging and Discharging a Capacitor
- Charge and Discharge of an RC Series Circuit
- RC Time Constant
- Capacitors in Series and Parallel
- The Fixed Capacitor
- The Variable Capacitor
- Colour Codes for Capacitors
- Basic Capacitor Testing
Module 3.10 - Magnetism
(a)
- Magnetic Materials
- Ferromagnetic Materials
- Natural Magnets
- Artificial Magnets
- Permeability
- Types of Magnetism
- Magnetic Poles
- The Earth's Magnetism
- Theories of Magnetism
- Effect of Breaking a Bar Magnet
- Magnetic Fields
- Magnetic Effects
- Magnetic Flux
- Magnetic Induction
- Magnetic Shielding
- Magnet Shapes
- Care of Magnets
(b)
- Electromagnetism
- Force on a Conductor in a Magnetic Field
- Electromagnets
- Permeance
- Electrical and Magnetic Circuit Comparison
- Hysteresis
- Summary of Magnetism Terms and Symbols
Module 3.11 - Inductance/Inductor
- Characteristics of Inductance
- Electromotive Force (EMF)
- Self-Inductance
- Factors Affecting Coil Inductance
- Unit of Inductance
- Energy in an Inductor
- Growth and Decay of Current in an LR Series
Circuit
- L/R Time Constant
- Power Loss in an Inductor
- Mutual Inductance
- Adding Inductors
- Applications of Inductors
- Inductor construction
Module 3.12 - DC Motor/Generator Theory
DC Generators
- Introduction
- Principles of Operation
- Commutation
- Motor Reaction in a Generator
- Armature Losses
- Construction Features of D.C. Generators
- Types of D.C. Generators
- Three-Wire Generators
- Armature Reaction
- Generator Ratings
- D.C. Generator Maintenance
- Field Excitation
DC Motors
- Introduction
- Principles of Operation
- Basic D.C. Motor
- D.C. Motor Construction
- Armature Reaction
- Types of D.C. Motors
- Back-EMF
- Types of Duty
- Reversing Motor Direction
- Motor Speed
- Energy Losses in D.C. Motors
- Inspection and Maintenance of D.C. Motors
- Starter-Generator Systems
Module 3.13 - AC Theory
- What is Alternating Current (AC)?
- Direct vs Alternating Current
- AC Waveforms
- Other Waveforms
- Measurements of AC magnitude
- Simple AC circuit calculations
- AC phase
- Single and 3-Phase Principles
- Three-Phase Power Systems
- Phase Rotation
- Three-Phase Y and Δ Configurations
Module 3.14 - Resistive (R), Capacitive (C) and
Inductive (L) Circuits
- Inductive and Capacitive Reactance
- Reactance, Impedance and Power Relationships in AC
Circuits
- Ohms Law for AC
- Power in AC Circuits
- Power Factor
- Series RLC Circuits
- Parallel RLC Circuits
- Resonant Circuits
Module - 3.15 Transformers
- Introduction
- Basic Operation of a Transformer
- The Components of a Transformer
- Core Characteristics
- Transformer Windings
- Schematic Symbols for Transformers
- How a Transformer Works
- Turns and Voltage Ratios
- Effect of a Load
- Mutual Flux
- Turns and Current Ratios
- Step-Up and Step-Down Transformers
- Power Relationship between Primary and Secondary
Windings
- Transformer Losses
- Transformer Efficiency
- Transformer Ratings
- Types and Applications of Transformers
- Three-phase Transformers
Module 3.16 - Filters
- What is a filter?
- Low-Pass Filters
- High-Pass Filters
- Band-Pass Filters
- Band-Stop Filters
- Resonant Filters
Module 3.17 - AC Generators
- Introduction
- Basic AC Generators
- Rotating-Armature AC Generators
- Rotating-Field AC Generators
- Practical AC Generators
- Functions of AC Generator Components
- AC Generator Characteristics and Limitations
- Single-Phase AC Generators
- Two-Phase AC Generators
- Three-Phase AC Generator
- Frequency
- Voltage Regulation
- Principles of AC Voltage Control
- Parallel Operation of AC Generators
Module 3.18 - AC Motors
- Introduction
- Series AC Motor
- Rotating Magnetic Fields
- Rotor Behaviour in a Rotating Field
- Synchronous Motors
- Induction Motors
All notes provided by Total Training Support come with the following
feedback service:
If you
encounter any question either within the respective module on the club66
professional website (www.club66pro.co.uk)
or in your actual Part-66 exam, which cannot be answered anywhere within these
notes, please email us the question. One of our subject specialists will review
the question, and if necessary, add an additional explanation into these notes.
We will email you back the answer they provide.