DIN EN 60244-1:2000-09

1 Scope
2 Normative references
3 Definitions
4 General conditions of measurement and operation
5 General performance characteristics
      5.1 Transmission systems
      5.2 Frequency (range, stability, etc)
      5.3 Output power
      5.4 Power consumption
      5.5 Impedance
      5.6 Bandwidth
      5.7 Out-of-band emission
      5.8 Spurious emission
      5.9 Cabinet radiation
6 Protection against atmospheric discharge
      6.1 General
      6.2 Methods of measurement
7 Acoustic noise produced by the transmitter system
      7.1 Definition
      7.2 General
      7.3 Measurements
Annex A (informative) Acoustic noise in transmitter halls
Annex B (informative) Protection against atmospheric
                      discharge
Annex C (normative) Transmitter frequency tolerances
Annex D (normative) Permitted spurious emission power levels
Annex E (informative) Bibliography
Annex ZA (normative) Normative references to international
                     publications with their corresponding
                     European publications
Figure 1 - Example of frequency drift as a function of
           time f(t)
Figure 2 - Typical pulse generator output voltage
           characteristic
Figure 3 - Example of a block diagram for the pulse generator
Figure A.1 - Acoustic noise rating nomogram
Figure B.1 - Test bench for measurement of protection against
             impulses of magnitude 1,2/50 of the 6 kV peak
             value
Figure B.2 - Test bench for measurement of protection against
             impulses of magnitude 1,2/50 of the 6 kV peak
             value
Figure B.3 - Correction factor for air density
Figure B.4 - Voltage waveform of an ideal impulse
Figure B.5 - Examples of curves for the determination of the
             ideal peak value
Figure B.6 - Examples of irregular waveforms

General characteristics of broadcast transmitters and standardization of the conditions and methods of measurement to be used to ascertain the performance of a broadcast transmitter and to make the comparison of the results of measurements made by different observers are defined in this Standard. Measurement methods detailed are intended for type tests and may be used for factory and acceptance tests (see clause 3). Does not specify limiting values of the various quantities for acceptable performance, as these should be given in the equipment specification which are relevant, preferable in the form laid down in an appropriate IEC recommendation.