I.S. EN 61319-1:1999
Current
The latest, up-to-date edition.
INTERCONNECTIONS OF SATELLITE RECEIVING EQUIPMENT - PART 1: EUROPE
Hardcopy , PDF
English
01-01-1999
For Harmonized Standards, check the EU site to confirm that the Standard is cited in the Official Journal.
Only cited Standards give presumption of conformance to New Approach Directives/Regulations.
Dates of withdrawal of national standards are available from NSAI.
FOREWORD
INTRODUCTION
1 Scope
2 Normative references
3 Explanation of terms and abbreviations
4 Interface requirements for polarizers and
polarswitchers
4.1 Mechanical polarizers (optional)
4.2 Magnetic polarizers (using the Faraday effect)
4.2.1 Polarizers for two orthogonal polarizations
4.2.2 Polarizers for four polarizations
4.3 Polarswitchers
5 Interface requirements for low-noise block
converters (LNB)
5.1 Characteristic impedance of the first intermediate
frequency (IF) output
5.2 Interface between the LNB (outdoor part) and the satellite
receiver (indoor part), case 1: one IF input signal and
one two-state control command
5.2.1 Single-band block converters
5.2.2 Dual-band block converters
5.2.3 Combination of dual-band block converter with
polarswitcher
5.3 Interface between the LNB (outdoor part) and the
satellite
receiver (indoor part) case 2: two IF input signals and
internal two-state control command
5.4 Connectors
6 Interface requirements for switching between different antenna
sources or antenna positions
6.1 Electrical matching values for the actuator motor supply
6.2 Electrical matching values for the antenna position sensor
6.3 Interface between the antenna position control unit and
the satellite receiver
6.3.1 Circular connector
6.3.2 Domestic Digital Bus (D2B)
7 Interface requirements for satellite receivers and external
decoders, descramblers and conditional access systems
8 Interface requirements for Digital Satellite Radio (DSR)
receivers
8.1 Configuration of receiving equipment
8.1.1 Direct reception of radio only
8.1.2 Direct reception of radio and television
8.1.3 Cable reception
8.2 Audio-frequency outputs of DSR receivers
Annex A (informative) Interconnections between a satellite
receiver and a decoder
Annex ZA (normative) Normative references to international
publications with their corresponding
European publications
Annex ZB (normative) Communication between the satellite
receiver and the peripheral equipment using
the Digital Satellite Equipment Control
bus (DiSEqC)
ZB.1 Scope
ZB.2 Normative references
ZB.3 Basic principle of the extended signalling method
ZB.4 Typical applications
ZB.5 Combination of conventional and new signalling messages
ZB.6 Simple Tone Burst control signal
ZB.7 Method of data bit signalling
ZB.8 Structure of a DiSEqC message
ZB.9 Cascaded DiSEqC devices
ZB.10 Power management
ZB.11 Reset at power set-up
ZB.12 Reset when using loop-through tuners
ZB.13 D.C. voltage rise and settling time
ZB.14 Time sequences for DiSEqC messages
ZB.15 Frequency allocation of the local oscillators
ZB.16 Characteristics of the signalling d.c. voltage
ZB.17 Characteristics of the 22 kHz signalling tone
ZB.18 Transport of the 22 kHz tone
ZB.19 IPR, trademark and logo
Figures
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