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Electrical : avionics & panel
Avionics Training: Systems, Installation and Troubleshooting, by Len Buckwalter

Avionics Training: Systems, Installation and Troubleshooting

by Len Buckwalter

Publisher:
ISBN-10:
1885544219
ISBN-13:
9781885544216
Published Date:
2005
Edition:
2nd
Pages:
288
Weight:
2.7lbs
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$64.00

Primary textbook for the avionics technician includes systems, installation, troubleshooting, harness construction and repair, and basic wiring skills

"Avionics Training" is the first book to explain avionics in simple terms, with over 400 illustrations in full color. It assumes no knowledge of electronics, uses no math, formulas or confusing abbreviations. The book explains the operation of 30 systems, how they relate to each other, how they're installed and troubleshooting techniques. This is a hands-on book that replaces theory with "hands-on" information. There are chapters on mounting instruments, preparing wires and connectors, running cables, installing antennas and other practical techniques. The book not only covers conventional avionics of the last 50 years, but the most recent technology, such as GPS, satellite communications, collision avoidance, the new transponders and electronic flight instruments (EFIS). "Avionics Training" was written because of new directions in the avionics industry. The demand today is for people with a "systems" understanding---which is required to find problems and replace faulty "black boxes." This is in contrast to people skilled in circuit theory who repair small components inside the box. The need for such skills is disappearing because the new computerized avionics must be sent back to the manufacturer for repair. The result is increasing demand for troubleshooting on the airplane while it's on the flightline, especially as more electronics spread through almost every onboard system. Already adopted as a text by teaching institutions, this book is recommended for any type of aviation technician, pilots, newcomers entering the avionics field, and marketing and manufacturing personnel needing a broader knowledge of the avionics industry.

The second part of this book details best shop practices for avionics technicians including wiring, stripping, crimping, splicing, harnessing, the use of various connectors and coaxial cable, grounding and more.


TABLE OF CONTENTS:


Systems:
The Meaning of Avionics
first instrument panel
blind flying
all-glass cockpit

A Brief History
sperry gyroscope
turn and bank
Morse, Bell, and Hertz
first aircraft radio
lighted airways
beginning of instrument flight

VHF Com
acceptable VHF com radio
data radio
navcom connections
VHF systems
Com control panel
Com LRU
splitting VHF channels

HF Com
HF control display
HF system
single sideband
line replaceable units
HF datalink
control panel (airline)
HF transceiver
antenna coupler
HF antenna mounting

Satellite Communications
Inmarsat
aero system
space segment
cell phones
ground Earth station
aircraft Earth Station
Satcom antennas for aircraft
steered Antennas
high speed data
aero services

ACARS (communication addressing & reporting system)
messages and format
ACARS bands and frequencies

Selcal (selective calling)
controller, decoder
how selcal code is generated
ground network
Selcal airborne system

ELT (Emergency Locator Transmitter)
search & rescue
ELT components
406 MHz
406 ELT system
fleet operation
Cospas-Sarsat

VOR (VHF omnidirectional range)
coverage
VOR phase
VOR signal Structure
subcarrier
VOR receiver
navigation
horizontal situation indicator
radio magnetic indicator
Nav control display

ILS (instrument landing system)
ILS components and categories
approach lighting
flight inspection and monitoring
ILS signals
glideslope receiver
marker beacon receiver and ground station

MLS (microwave landing system)
azimouth beam
elevation beam
time reference
multimode receiver

ADF (Automatic Direction Finder)
radio magnetic indicator
sense
ADF system
NDB (non directional radio beacon)
control display (airline)
line replaceable unit (airline)
digital ADF
EFIS display

DME (Distance Measuring Equipment)
obtaining distance
DME "jitter" for identification
EFIS display for DMR
airborne & ground stations
channels X and Y

Transponder
control display
transponder interrogator
ATCRBS and mode S
airline control display
line replaceable unit
mode S interrogation and replies

Radar Altimeter
antennas
operation

GPS/SatNav
GPS constellation
frequencies
SatNav services
time difference measurement
finding position
the satellite signal
WAAS wide area augmentation system
second frequency for civil aviation
LAAS local area augmentation
RAIM receiver autonomous integrity monitoring
Galileo constellation

EFIS (Electronic Flight Instrument System)
three screen EFIS
EFIS architecture
multifunction display
EFIS on the B-747
Airbus A-320 Flight Deck

Cockpit Voice and Data Recorder
CVR basics
underwater locating device
CVR interconnect
solid state and stored information

Weather Detection
radar color coding
types of detection
radar transmitter/receiver
weather radar control panel
lightning detection
radar antenna
datalink
radomes
windshear
satellite downlink

TCAS (Traffic Alert and Collision Avoidance)
basic operation
traffic and resolution advisories
TCAS I and II
coordinating climb and descent
TCAS components
whisper-shout
directional interrogation
TCAS III
voice warnings

Installations:
Planning the Installation
replacing steam gauges
required instruments and radios
instrument layout
large aircraft EFIS
manuals and diagrams
installation drawings
connectors and PIN numbers
schematic symbols
viewing angle
navcom connections

Electrical Systems
AC and DC power
DC systems
airline electrical systems
switches
lighted pushbutton
circuit breaker and fuses

Mounting Avionics
new or old installation
hostile areas
selecting metal
cutting holes
avionics bay
airlines ARINC MCU case sizes
ATR case sizes
electrostatic discharge
cooling
panel mounted radios
airline mounting
locking systems
indexing pins
integrated avionics
instrument mounting

Connectors
typical connectors
RF conectors
identifying conector contacts
coaxial connectors
ARINC connectors
crimping contacts
releasing connector pins
shrink tubing
safety wire connectors
attachning coaxial connectors

Wiring the Airplane
high risk areas
selecting wire
wire and cable types
wire stripping
nicked and broken wires
splicing wires
ring terminals
terminal strips
harnessing the wire bundle
chafing and abrasion
clamping
grounding to the airframe
service loops

Aviation Bands and Frequencies
radio frequency bands
microwave bands
low frequencies
skipping through the ionosphere
L-band
line of sight communications
control and display of bands and frequencies

Antenna Installation
for airlines, corporate, and military aircraft
antenna spec sheets
antennas for light aircraft
antenna types
locations
bonding antennas to the airframe
antenna mounting
antenna couplers
GPS antennas

Panel Labels and Abbreviations
silk screen, engraving, tape
panel abbreviations

TESTING AND TROUBLESHOOTING:
ADF
Antennas
Antenna VSWR
Autopilots
Comm Tranceivers
DME
ELT
Glideslope Receiver
Lightning Strikes
Software Loading
Transponders
VOR
Wiring and Connectors
Fault Detection Device (wiring)
Precipitation Static
Avionics Checklist

About the Author
Len Buckwalter has been in the avionics industry for 30 years, having written 25 books and over 2,000 articles. He founded Avionics Magazine and served as Publisher and Editor for 17 years. He operated an FAA-certificated avionics shop in Leesburg, VA and is presently Publisher of Avionics Library. A graduate of New York University, he served in the U.S. Signal Corps as Communications Chief of an air-ground signal battalion, constructing and operating communications systems. He is an instrument-rated pilot with 3000 flight hours and attends avionics conferences in the airline and General Aviation fields. Len Buckwalter has been in the avionics industry for 30 years, having written 25 books and over 2,000 articles. He founded Avionics Magazine and served as Publisher and Editor for 17 years. He operated an FAA-certificated avionics shop in Leesburg, VA and is presently Publisher of Avionics Library. A graduate of New York University, he served in the U.S. Signal Corps as Communications Chief of an air-ground signal battalion, constructing and operating communications systems. He is an instrument-rated pilot with 3000 flight hours and attends avionics conferences in the airline and General Aviation fields.