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Electrical : basic electronics
Electronic Circuit Devices: the working and functions of electronic devices

Electronic Circuit Devices

Publisher:
ISBN-13:
9780891001928
Copyright Date:
1983
Other Identifiers:
JS312663
Pages:
261
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$19.95

An avionics technician training course in basic electronic circuitry, AC power controls, transistors, sine wave oscillators, and more. Explains in understandable terms the working and functions of electronic devices as applicable to avionics devices and many facets of the FCC Radiotelephone exams

From the Introduction:

"Electronics books are generally written on one of two levels. When written for the beginner, they are usually so trivial that they do not give enough depth of knowledge to use in practical circuits such as found in avionics equipment. When written to an engineering level, it is typically concealed behind a smokescreen of abstract mathematical gibberish. This book is an attempt to describe electronic devices on a middle level in which we will explain how each device works and why it is important."


eBook File Description:

File Type:
Secure eBook in Adobe .pdf format
File Size:
31.3Mb
Print:
yes, internet required
Copy/Paste:
unlimited
Distribution:
2 computers per customer
Offline Access:
yes
Search:
always
Annotations:
always
Bookmarks:
always
System Reqs:
Windows PC only

TABLE OF CONTENTS:

  • Basic Electronic Theory
    • energy states, conductivity, insulators, semiconductors, thermistors
  • Diodes
    • applications, vacuum diodes, clippers, filtering, detector circuits
  • Special Purpose Diode
    • stabistors, silicon cells, light emission, zener diodes, tunnel diodes
  • Transistors & Other Control Devices
    • ideal control device, transistors, vacuum tubes, input limitations, testing
  • AC Power Control Devices
    • alternating current, the thyratron, thyristors, silicon rectifiers, Diacs & Triacs
  • Field Effect Transistors
    • juction transistors, field effect, metal oxide semi-conductors, VMOS transistors dual gate MOSFETs, storing and installing MOSFETs
  • Transistor Amplifiers
    • impedence matching, base amplifiers, direct coupled amplifiers, linearity, static and dynamic amplifiers
  • Sine Wave Oscillators
    • oscillators; phase shift, resonant circuits, crystal, armstrong, regenerative Colpits, Hartley
  • Square Wave Oscillators
    • the multivibrator, bistable flip-flops, schmitt triggers, unijunction oscillators, integrated timing circuits
  • Operational Amplifiers
    • the ideal amplifier, differential amplifiers, comparators, precision diode, balancing amplifiers, thermocouple amplifiers, op-amp impedence
  • Applications for Operational Amplifiers
    • differential amplifiers, summing amplifiers, logarithmic amplifiers, integrator sweep circuits, differentiators, voltage to current converters
  • Power Supply & Voltage Regulators
    • design goals, voltage regulators, limiter circuits, energy gap standards, varistors, switching power supplies, AC voltage transformers
  • Glossary
  • Study Questions and Final Exam