Electronic Fundamentals (B2) - EASA (Jul 24 Update)
The Electronic Fundamentals (M4) Module for B2, compliant with PCAA ANO-066 standards, offers in-depth knowledge of electronic principles essential for ...
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Instructor
Omar Hayat Khan
- Description
- Curriculum
- Reviews
Introduction:
The Electronic Fundamentals (M4) Module for B2, aligned with PCAA ANO-066 standards, is designed to provide aviation professionals specializing in avionics with the core electronic knowledge required for B2 certification. This module delves into topics such as semiconductors, digital circuits, logic gates, and transistors, all crucial for maintaining avionics systems in modern aircraft. By the end of the course, participants will have a solid understanding of electronic principles and will be able to apply this knowledge to the maintenance and troubleshooting of aircraft avionics systems.
Course Features:
- Comprehensive Electronic Fundamentals: Study core electronic concepts including semiconductors, diodes, transistors, capacitors, and their applications in avionics systems.
- Digital Electronics and Logic Systems: Gain expertise in digital electronics, covering topics such as logic gates, flip-flops, and microprocessor fundamentals, essential for modern aircraft avionics.
- PCAA ANO-066 Compliance: The course is fully compliant with PCAA ANO-066 standards, ensuring participants are prepared for B2 certification exams and regulatory requirements.
- Avionics-Focused Curriculum: Tailored to B2 specialization, this course focuses on applying electronic fundamentals to avionics systems like communication, navigation, and flight control electronics.
- Practical Problem-Solving: Develop the skills to troubleshoot and maintain electronic circuits and systems used in aircraft avionics, with practical examples relevant to daily maintenance operations.
Target Audience:
This course is ideal for avionics engineers, aircraft maintenance technicians, and professionals pursuing PCAA ANO-066 B2 certification. It is particularly suited for those working or aspiring to work in PCAA Part-145 approved maintenance organizations, with a focus on maintaining and troubleshooting avionics systems. Whether you are preparing for certification or looking to enhance your expertise in avionics, this course offers the foundational electronic knowledge necessary to excel in the aviation maintenance industry.
4.1 Semiconductors
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1
4.1.1a.1 Diode symbols (L2) -
2
4.1.1a.2 Diode Characteristics and Properties (L2)
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3
4.1.1a.3 Diodes in Series and Parallel (L2)
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4
4.1.1a.4 Main Characteristics and Use of Silicon-Controlled Rectifiers (Thyristors), Light Emitting Diode, Photo Conductive Diode and Rectifier Diodes (L2)
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5
4.1.1a.5 Main Characteristics and Use of Varistor (L2)
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6
4.1.1a.6 Functional Testing of Diodes (L2)
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7
4.1.2a.1 Transistor Symbols (L2)
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8
4.1.2a.2 Components Description and Orientation (L2)
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9
4.1.2a.3 Transistor Characteristics and Properties (L2)
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10
4.1.1b.1 Materials, Electron Configuration and Electrical Properties (L2)
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11
4.1.1b.2 P and N Type Materials: Effects Of Impurities on Conduction, Majority and Minority Characters In Semiconductors (L2)
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12
4.1.1b.3 PN Junction in a Semiconductor, Development of a Potential Across a PN Junction in Unbiased, Forward Biased and Reverse Biased Conditions (L2)
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13
4.1.1b.4 Diode Parameters: Peak Inverse Voltage, Maximum Forward Current, Temperature, Frequency, Leakage Current, Power Dissipation (L2)
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14
4.1.1b.5 Operation and Function of Diodes in the Following Circuits: Clippers, Clampers, Full and Half wave Rectifiers, Bridge Rectifiers, Voltage Doublers and Triplers (L2)
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15
4.1.1b.6 Detailed Operation and Characteristics of the Following Devices: Silicon Controlled Rectifier (Thyristor), Light Emitting Diode (L2)
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16
4.1.1b.7 Detailed Operation and Characteristics of Shottky Diode, Photo Conductive Diode (L2)
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17
4.1.2b.8 Multistage Circuit Principles: Flip-Flop Circuits (L2)
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18
4.1.1b.9 Detailed Operation and Characteristics Varistor (L2)
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19
4.1.2b.1 Construction and Operation of PNP and NPN Transistors (L2)
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20
4.1.2b.2 Base, Collector and Emitter Configurations (L2)
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21
4.1.2b.3 Testing of Transistors (L2)
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22
4.1.2b.4 Basic Appreciation of Other Transistor Types and Their Uses (L2)
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23
4.1.2b.5 Application of Transistors, Classes of Amplifier (A, B, C) (L2)
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24
4.1.2b.6 Simple Circuits of Transistor Including Bias, Feedback and Stabilization, Decoupling (L2)
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25
4.1.2b.7 Multistage Circuit Principles, Cascades, Push-pull, Ocillator, Multivibrator (L2)
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26
4.1.2b.8 Multistage Circuit Principles: Flip-Flop Circuits (L2)
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27
4.1.3b.1 Description and Operation of Logic Circuits and Linear Circuits (L2)
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28
4.1.3b.2 Introduction to Operation and Function of an Operational Amplifier Used as Integrator, Differentiator, Voltage Follower, Comparator (L2)
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29
4.1.3b.3 Operation and Amplifier Stages Connecting Methods: Resistive Capacitive, Inductive (Transformer), Inductive Resistive (IR), Direct (L2)
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4.1.3b.4 Advantages and Disadvantages of Positive and Negative Feedback (L2)
4.2 Printed Circuit Boards
4.3 Servomechanisms
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32
4.3b.1 Understanding of the Following Terms: Open and Closed Loop, Follow Up, Servomechanism,Analogue, Transducers, Null, Damping, Feedback and Deadband; (L2)
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33
4.3b.2 Construction Operation and Use of the following Synchro System Components: Resolvers, Differential, Control and Torque, E and I Transformers, Inductance Transmitters, Capacitance Transmitters, Synchronous Transmitters. (L2)
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34
4.3.1b.3 Servomechanism Defects, Reversal of Synchro Leads and Hunting (L2)
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Course details
Lectures
34
Level
Beginner
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