Newnes Guide to Television and Video Technology 4th Edition by KF Ibrahim ISBN 0750681659 9780750681650
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ISBN 10: 0750681659
ISBN 13: 9780750681650
Author: KF Ibrahim
For each technology, a full explanation is provided of its operation and practical application, supported by over 300 diagrams including schematic diagrams of commercially available consumer equipment. Where relevant, testing and fault finding procedures are outlined together with typical fault symptoms supported by photographs.
The new edition has a number of useful appendices on microcomputer/microcontroller systems, test instruments, serial buses (I2C and RS 232), teletext and error correction techniques.
The book is intended for students of electronics and practicing engineers. In particular, it will useful for students on vocational courses and service engineers as well as enthusiasts.
* The definitive guide to the new technologies transforming the world of television: HDTV, Digital TV, DVD recorders, hard disk recorders, wide-screen CRT, flat screen technologies and others
* A practical approach, including troubleshooting and servicing information
* Covers UK, European and North American systems
Newnes Guide to Television and Video Technology 4th Table of contents:
Chapter 1. Television fundamentals
scanning
interlacing
synchronisation pulses
composite video waveform
common image format
active lines
aspect ratio
pixels and bandwidth
video bandwidth
television broadcasting
modulation
frequency spectrum, PAL channel
channel allocation
frequency spectrum, NTSC channel
Chapter 2. Colour television
light and colour
the sensation of colour
primary colours
the colour triangle
saturation and hue
chromaticity diagram
colour temperature
principles of colour transmission
frequency interleaving
quadrature amplitude modulation
NTSC colour components
NTSC refresh rate
composite colour signal
colour burst
the standard colour bar display
gamma-correction
weighting factors
PAL colour system
Chapter 3. Digital television
principles of digital video broadcasting
digitising the TV picture
SDTV sampling rate
video sampling
4:2:2 sampling structure
4:1:1 sampling structure
4:2:0 sampling structure
the bit rate
Chapter 4. MPEG encoding
video MPEG-2 coding
video data preparation
temporal compression
group of pictures
block matching
predicted and difference frames
bidirectional prediction
spatial compression
the discrete cosine transform
quantising the DCT block
zigzag scanning of the DCT matrix
coding of DCT coefficients
buffering
the complete DCT coder
forward prediction coder-decoder, codec
GOP construction
Chapter 5. High definition television
why HDTV?
HDTV common interface format
the road to MPEG-4/H.264/AVC
MPEG-4 profiles
H.264/AVC features
intra-frame (spatial) prediction
intra-blocks and modes
size and mode selection
intra-prediction operation
AVC motion compensation
motion compensation block sizes
motion vector prediction
new transforms and quantisation
adaptive de-blocking filter
new entropy coding technology
summarised features of AVC
Chapter 6. Audio encoding
principles of MPEG-1 audio
MPEG audio basic elements
the full Layer II audio coder
Layer III coding
pre-echo
full Layer III audio coder
advanced audio coding
MPEG-2 AAC
MPEG-4 audio
MPEG-4 AAC
low-delay AAC
surround sound
multi-channel formats
perception of sounds in space
Chapter 7. MPEG-2 transport stream
transport stream multiplexing
MPEG-2 PES packet
time stamps
program clock reference
transport stream packet
null transport packets
transport packet header
programme-specific information
transport stream multiplexing
re-multiplexing
Chapter 8. Channel encoding
scrambling
forward error correction
error correction
FEC processing
modulation
phase shift keying
quadrature amplitude modulation
orthogonal frequency division multiplexing
single-frequency network
coded OFDM
8K/2K COFDM modes
high definition terrestrial television
satellite channel encoder
terrestrial channel encoder
Chapter 9. Video re-production
overview
display units
the cathode ray tube
extra high tension
monochrome tube
screen size
raster geometry
scan velocity modulation
beam modulation
colour receiver tubes
purity
convergence
the shadowmask tube
the in-line colour tube
the trinitron tube
the PIL tube
Chapter 10. Plasma panels
introduction to flat panel displays
resolution: flat panel versus CRT
plasma operation
address display separated
driving the panel
scanning: sequential and interlaced
sub-field coding
plasma panel brightness
dual scan
selective erase addressing
sustain-during-erase
greyscale and colours
false contours
time compression
adaptive time compression
sub-field splitting
non-binary sub-field coding
dynamic brightness control
black level drive
sub-field generation
alternate lighting of surfaces
enhanced-ALiS
4-phase sub-field drive
Pioneer’s Waffle rib and T-shaped structured panel
plasma panel faults
drive faults
image burn
Chapter 11. Liquid crystal display (LCD)
polarisation
principles of operation of LC cell
reflective and transmissive
the TN transmissive LCD
normally white and normally black
passive- and active-matrix LCDs
TFT cell drive
response time
polarity inversion
greyscale and colour generation
panel drive
the backlight assembly
CCFT parameters
tube brightness control
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Tags: KF Ibrahim, Television, Video Technology