1
Scope
2 Normative references
3 Informative references
4 Bibliography
5 Recommendation
Appendix I - Analogue
component parallel video interfaces for 525-line interlaced and progressive scanning structures
I.1 Introduction
I.2 Copy protection
I.3 Video components
I.3.1 Blanking level
I.3.2 Signals
I.3.3 Y, PB, PR component set
I.4 Impedance
I.5 Clamping and signal dc content
I.6 Component timing
I.7 Horizontal blanking and
synchronization
I.8 Vertical blanking and
synchronization
I.8.1 1H video format
I.8.2 2H video vertical timing
I.9 Interface characteristics
I.9.1 Cable impedance and channel numbering
I.9.2 Signal sources
I.9.3 Signal amplitudes
I.9.4 Time coincidence
I.10 Connector and cable
I.10.1 Connector
I.10.2 Cable
I.11 Measurements
Appendix II - Analogue
component parallel video interfaces for 480 active lines interlaced and progressive scanning structures
II.1 Introduction
II.2 Copy protection
II.3 Video components
II.3.1 Black level and blanking level
II.3.2 Signals
II.3.3 Y, PB, PRcomponent set
II.3.4 Measurements
II.4 Impedance
II.5 Clamping and signal dc content
II.6 Component timing
II.7 Horizontal blanking and
synchronization
II.8 Vertical blanking and
synchronization
II.8.1 480i video format
II.8.2 480p video format
II.9 Interface characteristics
II.9.1 Cable impedance, channel numbering and signal
II.9.2 Signal source impedance and return loss
II.9.3 Signal amplitudes
II.9.4 Time coincidence
II.9.5 Receiving device designation
II.10 Connector specifications
II.11 Cables
Appendix III -Analogue component parallel video
interfaces for 720 progressive active lines
and 1080 interlaced active lines scanning structures
III.1 Introduction
III.2 Copy protection
III.3 General
III.4 Scanning
III.4.1 Pixel frequency
III.4.2 Lines
III.4.3 Timing instants
III.4.4 Progressive systems
III.4.5 Interlaced systems
III.5 System colorimetry
III.5.1 Colorimetric analysis and optoelectronic transfer
III.5.2 Wide-gamut colour signals
III.5.3 Linear representation
III.5.4 Computing non-linear primary components
III.5.5 Signal level range
III.5.6 Y´ computation
III.5.7 Colour-difference component signals
III.6 Raster structures
III.6.1 Vertical timing
III.6.2 Frame lines
III.6.3 Field lines
III.6.4 Blanking level
III.6.5 Clean aperture
III.6.6 Sample encroachment
III.7 Analogue synchronization
III.7.1 Analogue sync for the 720p systems
III.7.2 Analogue sync for the 1080i systems
III.8 Electrical interface
specifications (720p and 1080i)
III.8.1 Video specifications
III.8.2 Control signals
III.8.3 User format designation
III.9 Connector specifications
III.10 Cables
III.11 Reference impedance
Appendix IV -
Interface between digital tuner and television receiver using D-connector
selected from EIAJ CP-4120
IV.1 Scope
IV.2 Terms and definitions
IV.2.1 Video format identification signal lines
IV.2.2 Reserved lines
IV.2.3 Plug insertion detection
IV.2.4 Representation of video format
IV.3 Electrical characteristics
IV.3.1 Video signal
IV.3.2 Video format identification signals
IV.4 Video format identification lines
IV.5 Plug insertion detection
IV.6 Specifications of D-connector
IV.6.1 Feature and rating of D-connector
IV.6.2 Pin assignment of D-connector
IV.7 Specifications of D-connector
cable
IV.8 Marking of D-connector on
television and digital tuner