Electronic Fundamentals for Aircraft Mechanics: EASA Module 4 for B2 Level

✍ Scribed by Aircraft Technical Book Company (editor)

• Publisher: Aircraft Technical Book Company LLC
• Year: 2015
• Tongue: English
• Leaves: 126
• Category: Library

✦ Synopsis

p>Today’s aircraft increasingly rely on complex electronic systems, not just for instrumentation, navigation, and communications, but even for flight controls, system monitoring, maintenance planning, and more and more. Knowledge of the fundamentals behind these systems is critical for the B2 avionics and B1 mechanical technician in order to understand and work with these systems. With this full color, highly illustrated book, you will learn by understanding concepts, not just rote memorization and will understand how to apply this knowledge on the job, in the MRO or flightline environment.

This book is fully compliant as EASA Part 66 module 4 for the B2 examinations and has been given approvals by numerous EASA based civil aviation authorities. A simpler version of this book for the A&P or EASA B1 technician is also available from Aircraft Technical Book Company

Also included is a free 2 year revision service. If a change to this book occurs due to regulatory requirements or editorial improvements from 2 years of your purchase, the revised ebook will be sent. Subscription details are on page 2.

Table of Contents:
Semiconductors
Diodes; silicon controlled rectifiers; light emitting diodes, photo conductive diodes, varistors, rectifier diodes; functional testing of diodes; P and N type materials; PN junctions; diode parameters

Transistors
construction and operation of PNP and NPN transistors; base collector and emitter configurations; multistage circuit principles, cascades, push-pull, oscillators, multi-vibrators, flip-flop circuits

Integrated Circuits
description and operation of logic and linear circuits

Printed Circuit Boards

Servomechanisms
Open and closed loop systems; operation and use of resolvers, differential, control and torque, E and I transformers, inductance, capacitance, and synchronous transmitters

✦ Table of Contents

MODULE 4 COVER
MODULE 4-1
MODULE 4 BACK