20 Apr

EASA Part 66 Module 3 Book Electricity Fundamentals Ch 16/18

Last updated on January 7th, 2022 at 03:26 pm

Module 3 Ch 16/18 DC .

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Chapter 13/18 : AC Theory . Chapter 14/18 : Resistive R, Capacitive C and Inductive L Ciruits . Chapter 15/18 : Transformers. Chapter 16/18 : Filters.

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EASA Part 66 Module Electricity:

One of the more common uses of the capacitor and inductor that the technician may find in the field is that of the filter easa part 66 module electricity. FILTERING CHARACTERISTICS OF CAPACITORS The nature of capacitance opposes a voltage change across its terminal by storing energy in its electrostatic field. Whenever the voltage tends to rise, the capacitor converts this voltage change to stored energy. When the voltage tends to fall, the capacitor converts this stored energy back to voltage. The use of a capacitor for filtering the output of a rectifier is illustrated in easa part 66 module electricity. The rectifier is shown as a block, and the capacitor Cl is connected in parallel with the load Rl. The capacitor Cl is chosen to offer very low impedance to the AC ripple frequency and very high impedance to the DC component. The ripple voltage is therefore bypassed to ground through the low impedance path of the capacitor, while the DC voltage is applied unchanged to the load. The effect of the capacitor on the output of the rectifier can be seen in the wave shapes shown in easa part 66 module electricity.

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20 Apr

EASA Part 66 Module 3 Book Electricity Fundamentals Ch 14/18

Last updated on January 7th, 2022 at 02:27 pm

Module 3 Ch 14/18 Resistive R, Capacitive C and Inductive L Ciruits.

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Chapter 13/18 : AC Theory .
Chapter 14/18 : Resistive R, Capacitive C and Inductive L Ciruits .
Chapter 15/18 : Transformers.
Chapter 16/18 : Filters.

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PART 66 Module 3 eBook:

AC CIRCUITS
OHM’S LAW FOR AC CIRCUITS The rules and equations for DC circuits apply to AC circuits only when the circuits contain resistance alone, as in the case of lamps and heating elements. In order to use effective values of voltage and current in AC circuits, the effect of inductance and capacitance with resistance must be considered.
The combined effects of resistance, inductive reactance, and capacitive reactance make up the total opposition to current flow in an AC circuit. This total opposition is called impedance and is represented by the letter Z part 66 module 3 ebook.

The unit for the measurement of impedance is the ohm.
Since these quantities may be related to the sides of a right triangle, the formula for finding the impedance, or total opposition to current flow in an AC circuit, can be found by using the law of right triangles. This theorem, called the Pythagorean theorem, applies to any right triangle. It states that the square of the hypotenuse is equal to the sum of the squares of the other two sides. Thus, the value of any side of a right triangle can be found if the other two sides are known part 66 module 3 ebook.

If an AC circuit contains resistance and inductance, as shown in Figure 14-2, the relation between the sides can be stated as part 66 module 3 ebook

20 Apr

EASA Part 66 Module 3 Book Electricity Fundamentals Ch 13/18

Last updated on January 7th, 2022 at 02:27 pm

Module 3 Ch 13/18 AC Theory.

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Chapters

Chapter 10/18 : Magnetism.
Chapter 11/18 : Inductance & Inductor .
Chapter 12/18 : DC Motor & Generator Theory .
Chapter 13/18 : AC Theory .
Chapter 14/18 : Resistive R, Capacitive C and Inductive L Ciruits .

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PART 66 Module 3 PDF:

ALTERNATING CURRENT AND VOLTAGE
Alternating current has largely replaced direct current in commercial power systems for a number of reasons. It can be transmitted over long distances more readily and more economically than direct current, since AC voltages can be increased or decreased by means of transformers.
Because more and more units are being operated electrically in airplanes, the power requirements are such that a number of advantages can be realized by using AC. Space and weight can be saved, since AC devices, especially motors, are smaller and simpler than DC devices. In most AC motors no brushes are required, and commutation trouble at high altitude is eliminated. Circuit breakers will operate satisfactorily under load at high altitudes in an AC system, whereas arcing is so excessive on DC systems that circuit breakers must be replaced frequently. Finally, most airplanes using a 24-volt DC system have special equipment that requires a certain amount of 400 cycle AC current.
AC AND DC COMPARED “AC” stands for Alternating Current. Many of the principles, characteristics, and effects of AC are similar to those of direct current. Similarly, there are a number of differences, which will be explained. Direct current flows constantly in only one direction with a constant polarity. It changes magnitude only when the circuit is opened or closed, as shown in the DC waveform in Figure 13-1 part 66 module 3 pdf. Alternating current changes direction at regular intervals, increases in value at a definite rate from zero to a maximum positive strength, and decreases back to zero; then it flows in the opposite direction, similarly increasing to a maximum negative value, and again decreasing to zero. DC and AC waveforms are compared in Figure 13-1 part 66 module 3 pdf.
Since alternating current constantly changes direction and intensity, the following two effects (to be discussed later) take place in AC circuits that do not occur in DC circuits part 66 module 3 pdf

20 Apr

EASA Part 66 Module 3 PDF

Last updated on January 7th, 2022 at 02:27 pm

Easa part 66 module 3 pdf.

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EASA Part 66 Module 3 Content:

Electron Theory
Structure and distribution of charges within atoms, molecules, ions, and compounds; structure of conductors, semiconductors, and insulators.Static electricity and Conduction
Distribution of electrostatic charges; electrostatic laws of attraction and repulsion; units of charge; Coulomb’s law.Electrical Terminology
The following terms, their units, and factors affecting them; potential difference, electromagnetic force, voltage, current, resistance, conductance, charge, conventional current flow, electron flow.Generation of Electricity
Production by the following methods; light, heat, friction, pressure, chemical action, magnetism, motion.DC Sources of Electricity
Ohm’s law, Kirchoff’s voltage and current laws; calculations to find resistance, voltage, and current; internal resistance of a supply.Resistance
Affecting factors; specific resistance; color code values and tolerance; preferred values; wattage ratings; resistors in series and parallel; calculations of total resistance; operation of potentiometers and rheostats; operation of Wheatstone Bridge; temperature coefficient conductance; fixed resistors; stability; tolerance; methods of construction; variable resistors; thermistors; voltage dependent resistors

Power
Power, work, and energy; dissipation by a resistor; power formula; calculations.

Capacitance/Capacitors
Area of plates, distance between plates; dielectric constant; working voltage; capacitor types; color coding; calculations of capacitance in series and parallel; exponential charge and discharge; time constants; testing of capacitors.

Magnetism
Theory of magnetism; properties of a magnet; earth’s magnetic field; demagnetization; magnetic shielding; magnetic materials; electromagnet construction and operation; rules to determine magndetic field around conductors; magnetic force, strength, flux density, permeability, hysteresis, retentivity, saturation point, eddy currents; care and storage of magnets.

Inductance
Faraday’s law; inducing a voltage; induction principles; mutual inductance; rate of change and mutual inductance; factors affecting inductance, number of turns, size, permeability and position of coils; Lenz’s Law; back EMF; self induction; saturation point; uses of inductors.

DC Motor/Generation Theory
basic motor and generation theory; components in DC generator; output and generation of current flow; faxctors affecting output, torque, speed and direction of rotation.

AC Theory
Sinusoidal waveform; current values and calculations; triangular square waves; single/3 phase principles.

Resistive, Capacitive, and Inductive Circuits
phase relationship of voltage and current in parallel and series; power dissipation; impedance, pahase angle, power factor, and current calculations; true power, apparent power and reactive power calculations.

Transformers
construction, principles, and operation; transformer losses; action under load and no-load conditions; power transfer and efficiency; calculation of line and phase voltages; calculation in a 3 phase system; primary and secondary circuits; auto transformers.

Filters
Operation, application and uses of low pass, high pass, band pass, and band stop filters.

AC Generators
Rotation of loop in a magnetic field; revolving armatures and field type AC generators; 1, 2, and 3 phase alternators; 3 phase star and delta connections; permanent magnet generators.

AC Motors
AC synchronous and induction motors, single and polyphase; methods of speed control and direction of rotation; methods of producing a rotating field capacitor, inductor, shaded or split pole.

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19 Apr

EASA Part 66 Module 2 PDF

Last updated on January 7th, 2022 at 02:27 pm

Easa part 66 module 2 PDF.

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EASA Part 66 Module 2 PDF Book Content:

Matter
the nature of matter; the chemical elements; structure of atoms, molecules; chemical compounds; solid, liquid, gaseous states; changes between states.

Mechanics
statics; forces, moments and couples, representation as vectors; center of gravity; theory of stress, strain, and elasticity; tension, compression, shear and torsion; nature and properties of solids, fluid, and gas; pressure and buoyancy in liquids (barometers.

Kinetics
linear movement; uniform motion in a straight line and under acceleration; rotational movement; centrifugal and centripetal force; periodic motion and pendular movement; theory of vibration, harmonics, and resonance; velocity ratio; mechanical advantage and efficiency.

Dynamics
force, inertia, work, power, energy, and heat efficiency; momentum; impulse; gyroscopic principles; friction and rolling resistance.

Fluid Dynamics
specific gravity and density; viscosity; effects of streamlining; effects of compressibility on fluids; static, dynamic and total pressure; Beroulli’s Theorem and venture.

Thermodynamics
temperature; thermometers and temperature scale; heat definition; heat capacity and specific heat; heat transfer, convection, radiation and conduction; volumetric expansion; 1st and 2nd laws of thermodynamics; gases, specific heat at constant volume and pressure, work done by expanding gas; isothermal, adiabatic expansion and compression; refrigerators and heat pumps; latent heat of fusion and evaporation; thermal energy, heat of combustion.

Optics
the nature of light; speed of light; laws of reflection and refraction; plane surfaces, spherical mirrors, refraction and lenses; fiber optics.

Wave Motion and Sound
wave motion; mechanical waves, sinusoidal waves, interference phenomena, and standing waves; sound, speed of sound, production of sound, intensity and pitch quality; Doppler effect easa part 66 module 2 pdf.

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File Size: 14.8Mb
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19 Apr

EASA Part 66 Module 2 Physics Ch 5/5

Last updated on January 7th, 2022 at 02:27 pm

Easa part 66 module 2 Chapter 5/5.

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EASA Part 66 Module 02 B1

Module Physics eBook Content

Chapter 1/5 : Matter.
Chapter 2/5 : Mechanics.
Chapter 3/5 : Thermodynamics .
Chapter 4/5 : Optic ‘Light’ .
Chapter 5/5 : Wave Motion and Sound .

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EASA Part 66 PDF

MECHANICAL WAVES A mechanical wave is a wave that is an oscillation of matter, and therefore transfers energy through a medium. While waves can move over long distances, the movement of the medium of transmission (the material) is limited. Therefore, the oscillating material does not move far from its initial position. Mechanical waves transport energy which propagates in the same direction as the wave. Mechanical waves can be produced only in media which possess elasticity and inertia.
A mechanical wave requires an initial energy input. Once this energy is added, the wave travels through the medium until all its energy is transferred. In contrast, electromagnetic waves require no medium, but can still travel through one easa part 66 pdf.

For purposes of calculations, the Rankine scale is commonly used to convert Fahrenheit to absolute. For Fahrenheit readings above zero, 460° is added. Thus, 72 °F equals 460° plus 72°, or 532° absolute. If the Fahrenheit reading is below zero, it is subtracted from 460°. Thus -40 °F equals 460° minus 40°, or 420° absolute. It should be stressed that the Rankine scale does not indicate absolute temperature readings in accordance with the Kelvin scale, but these conversions may be used for the calculations of changes in the state of gases easa part 66 pdf.

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