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Instructor Name

Eng. Sami

Category

M04 - B1.1 (Electronic Fundamentals)

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Course Requirements

  • M01 (Mathematics)
  • M02 (Physics)
  • M03 (Electrical Fundamentals a & b)

Course Description

EASA Part 66 Module 4 for B1.1 students focuses on Electronic Fundamentals, providing a comprehensive understanding of the principles and systems that form the basis of aircraft avionics. This module covers topics such as electronic components, circuits, digital techniques, and communication systems. Students will delve into the intricacies of avionic systems, gaining essential knowledge for the maintenance, troubleshooting, and repair of electronic components on various aircraft. The module aims to equip B1.1 students with the foundational skills necessary for dealing with the electronic aspects of modern aircraft, ensuring a solid grasp of electronic fundamentals in the aviation context.

Course Outcomes

1. Understanding Electronic Components:

Identify and describe various electronic components used in aircraft systems, such as resistors, capacitors, transistors, and integrated circuits.


2. Analyze Electronic Circuits:

Analyze and interpret electronic circuit diagrams to understand their functions and interactions within avionic systems.


3. Digital Techniques:

Acquire knowledge of digital techniques and systems used in aircraft, including digital logic gates, flip-flops, and microprocessors.


4. Communication Systems:

Comprehend communication systems employed in aviation, including radio communication, navigation aids, and data communication protocols.


5. Avionics Integration:

Understand the integration of avionics systems and how electronic components work together to ensure the proper functioning of aircraft avionics.


6. Maintenance Procedures:

Develop skills in the maintenance, troubleshooting, and repair of electronic components in accordance with regulatory standards and manufacturer specifications.


7. Safety Practices:

Adhere to safety practices and protocols when working with electronic systems to ensure the well-being of personnel and the integrity of the aircraft.


8. Compliance with Regulations:

Familiarize oneself with relevant EASA regulations and guidelines pertaining to electronic fundamentals in aviation maintenance.


9. Critical Thinking and Problem-Solving:

Enhance critical thinking skills to effectively diagnose and resolve electronic issues in avionic systems.


10. Documentation and Reporting:

Demonstrate proficiency in documenting maintenance activities, completing work orders, and accurately reporting the status of electronic components.


11. Continuous Learning:

Develop a foundation for continuous learning in the field of electronic fundamentals, staying updated with advancements in avionics technology and regulations.

Course Curriculum

1 Part 1
Preview 30 Min

Introduction Single Crystal Semiconductor Diodes


2 Part 2
18 Min

Single Crystal Semiconductor Diodes Properties


3 Part 3
19 Min

Properties (Continued)


4 Part 4
17 Min

Diodes in Series & Parallel Application of Diodes Rectifiers


5 Part 5
16 Min

Rectifiers (Continued) Shapes of Rectifiers


6 Part 6
19 Min

Applications of Rectifiers Zener (Z)-Diode Light Emitting Diode (LED)


7 Part 7
25 Min

Photodiode Optical Coupling Device Varistor (VDR)


8 Part 8
24 Min

Thyristor


9 Part 9
9 Min

Controlled PSU with Thyristor


10 Part 10
11 Min

TRIAC Dimmer Switch


1 Part 1
28 Min

Transistor: Introduction Description Characteristics & Properties Transistor as a Switch


1 Part 1
15 Min

Introduction Operational Amplifiers


2 Part 2
11 Min

Operational Amplifiers Housing Design


3 Part 3
17 Min

Overview of Standard Circuits


1 Part 1
13 Min

Introduction Manufacturing Process


1 Part 1
19 Min

Introduction Open and Closed-Loop Systems Construction of Synchro


2 Part 2
25 Min

Operation Torque Synchro


3 Part 3
22 Min

Control Synchro Differential Transmitter Resolver LVDT


4 Part 4
15 Min

Inductance Transmitter Capacitance Transmitter


5 Part 5
10 Min

Servo System


1 Part 1
19 Min


2 Part 2
15 Min


3 Part 3
12 Min


4 Part 4
21 Min


5 Part 5
15 Min


6 Part 6
10 Min


1 Part 1
15 Min


2 Part 2
25 Min


3 Part 3
19 Min


4 Part 4
20 Min


5 Part 5
21 Min


6 Operational Amplifier
15 Min


7 Servo Practice
19 Min


1. EASA & Formative Style Practice (Unsolved)
2. Operational Amplifier Practice
3. Servo Practice

Instructor

Eng. Sami

0 Rating
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14 Students
6 Courses

More than 5 years of experience in tutoring several EASA part 66 Modules

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