Avionics Electronics Bundle
Cost: $750
FAA accepted for 22 hours IA renewal
Course Description
Avionics Electronics are an integral part of all aircraft systems. Our Avionics Electronics courses are designed to help you play your central role in safe and effective aircraft maintenance by helping you develop the skills and knowledge that you need. The Basic Avionics course offers you foundational knowledge of AC and DC terms and a thorough understanding of circuit theory calculations, troubleshooting, measurement, and the function of resistors.
Building on your essential skills and basic knowledge, this course helps you to develop your avionics expertise in a number of areas. Learn to accurately identify and understand how capacitors, inductors, and transformers work, along with recognizing the effects these components have on a circuit. While gaining familiarity with analog circuits, solid state components, frequency sensitive filters, and voltage regulators, you will have the opportunity to perform circuit calculations and troubleshoot.
Avionics Electronics Technicians work with some of the most advanced electronics systems in the world, so you need the most thorough and high-level training available. Our most advanced Avionics Electronics course offers you all the tools you need to succeed in this challenging environment. Learn to distinguish between various types of oscillator features. Perform conversions with digital numbering systems. Gain expertise in binary, octal, and hexadecimal systems. Understand the principles and theories of wave shaping generation and circuits. Using detailed simulations and hands-on virtual exercises, this exception course is excellent preparation for the Aircraft Electronics Technician (AET) test and certification offered by NCATT.
- The course consists of 20 lessons, each with its own quiz, and three exams.
Objectives
- Identify and define basic AC and DC current terms, and describe the relationships between them
- Apply general principles of Ohm’s and Kirchhoff’s Laws to AC/DC circuits, and perform calculations
- Diagnose, troubleshoot, and repair defective DC circuits
- Describe the procedures for calculating AC/DC measurement, and specify the problems associated with the improper use and storage of AC/DC meters
- Choose and safely use the most appropriate meter for a particular measurement application
- Identify types and calculate values of resistors, as well as troubleshoot and isolate faulty resistors in a circuit
- Identify, define, and describe theories of operation, isolate faulty components, and utilize troubleshooting techniques for inductors, capacitors, transformers, and solid state components
- Demonstrate the use and operation of analog circuit devices and power supply circuits
- Differentiate between the various types of voltage regulators and explain how they operate
- Analyze and perform AC calculations for resistance, impedance and capacitance.
- Identify types of, calculate values for, troubleshoot, and isolate faulty inductors, capacitors, transformers, frequency sensitive filters, and voltage regulators in a circuit
- Identify and compare the features of the Armstrong, Hartley, Colpitts, Pierce, Clapp, Phase-shift, and RC oscillators including Wein Bridge and Twin-T.
- Demonstrate the use and conversion of binary, octal, and hexadecimal digital numbering systems