IEC 62028 : 1.0
IEC 62028 : 1.0
GENERAL METHODS OF MEASUREMENT FOR DIGITAL TELEVISION RECEIVERS
International Electrotechnical Committee
GENERAL METHODS OF MEASUREMENT FOR DIGITAL TELEVISION RECEIVERS
International Electrotechnical Committee
FOREWORD<br>1 Scope<br>2 Normative references<br>3 Terms, definitions and abbreviations<br> 3.1 Terms and definitions<br> 3.2 Abbreviations<br>4 Conceptual block diagram of digital television receivers<br> 4.1 General<br> 4.1.1 Types of receivers<br> 4.1.2 Peripheral connectors<br> 4.2 Basic common block diagram<br> 4.2.1 General<br> 4.2.2 Satellite broadcasting system<br> 4.2.3 Terrestrial broadcasting system<br> 4.2.4 CATV system<br>5 General notes on measurements<br> 5.1 General conditions<br> 5.2 Test signals<br> 5.2.1 Video test signals<br> 5.2.2 Audio test signals<br> 5.2.3 Data test signals<br> 5.3 RF (radio frequency) television signal<br> 5.3.1 General<br> 5.3.2 Reference modulation<br> 5.3.3 Signal level<br> 5.4 Measuring systems and test instruments<br> 5.4.1 Measuring system<br> 5.4.2 Base band test signal generators<br> 5.4.3 Service data generator<br> 5.4.4 Encoders<br> 5.4.5 Modulator<br> 5.4.6 BER analyzer<br> 5.5 Standard measuring conditions<br> 5.5.1 Standard input signal levels<br> 5.5.2 Standard output signal levels<br> 5.5.3 Standard receiver settings<br> 5.5.4 General conditions<br> 5.6 Standard viewing conditions<br>6 Assessment of received picture and sound quality<br> 6.1 Subjective tests of basic received quality<br> 6.1.1 Objectives<br> 6.1.2 Methodology<br>7 Methods of measurement of RF signals<br> 7.1 General<br> 7.2 Method of measurement of RF signal level<br> 7.2.1 Introduction<br> 7.2.2 Equipment required<br> 7.2.3 Connection of the equipment<br> 7.2.4 Measurement procedure<br> 7.2.5 Presentation of the results<br> 7.3 Method of measurement of carrier to noise ratio <br> (C/N)<br> 7.3.1 Introduction<br> 7.3.2 Equipment required<br> 7.3.3 Connection of the equipment<br> 7.3.4 Measurement procedure<br> 7.3.5 Presentation of the results<br> 7.4 Method of measurement of Bit Error Rate (BER)<br> 7.4.1 Introduction<br> 7.4.2 Equipment required<br> 7.4.3 Connection of the equipment<br> 7.4.4 Measurement procedure<br> 7.4.5 Presentation of the results<br> 7.5 Method of measurement of BER versus E[b]/N[o]<br> 7.5.1 Introduction<br> 7.5.2 Equipment required<br> 7.5.3 Connection of the equipment<br> 7.5.4 Measurement procedure<br> 7.5.5 Presentation of the results<br> 7.6 Method of measurement of noise margin<br> 7.6.1 Introduction<br> 7.6.2 Equipment required<br> 7.6.3 Connection of the equipment<br> 7.6.4 Measurement procedure<br> 7.6.5 Presentation of the results<br> 7.7 Method of measurement of Modulation Error Ratio <br> (MER)<br> 7.7.1 Introduction<br> 7.7.2 Equipment required<br> 7.7.3 Connection of the equipment <br> 7.7.4 Measurement procedure<br> 7.7.5 Presentation of the results<br> 7.8 Method of measurement of phase jitter<br> 7.8.1 Introduction<br> 7.8.2 Equipment required<br> 7.8.3 Connection of the equipment<br> 7.8.4 Measurement procedure<br> 7.8.5 Presentation of the results<br> 7.9 Method of measurement of phase noise of a RF carrier<br> 7.9.1 Introduction<br> 7.9.2 Equipment required<br> 7.9.3 Connection of the equipment<br> 7.9.4 Measurement procedure<br> 7.9.5 Presentation of the results<br>8 Measurements of the MPEG-2 transport stream<br> 8.1 Introduction<br> 8.2 Method of measurement <br> 8.2.1 Introduction<br> 8.2.2 Equipment required<br> 8.2.3 Connection of the equipment<br> 8.2.4 Measurement procedure<br> 8.2.5 Presentation of the results<br>Annex A (normative) Digital signal level and bandwidth<br> A.1 RF/IF power ('carrier')<br> A.2 Bandwidth of a digital signal<br> A.3 Examples <br>Annex B (normative) Correction factor for spectrum analyser<br>Annex C (normative) Correction factors for noise<br> C.1 Signal level measurement<br> C.2 Noise level measurement<br>Bibliography<br>Figures<br>Tables
Deals with determining the performance and allows the comparison of equipment, by listing the characteristics useful for specifications and laying down uniform measuring methods.
Document Type | Standard |
Status | Current |
Publisher | International Electrotechnical Committee |
Committee | TC 100 |