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BSI PD IEC TR 63352:2022

BSI PD IEC TR 63352:2022

$167.15

Transmitting and receiving equipment for radiocommunication. Radio spectrum measurement method. 300-GHz spectrum measurement equipment

Published By Publication Date Number of Pages
BSI 2022 34
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PDF Catalog

PDF Pages PDF Title
2 undefined
4 CONTENTS
6 FOREWORD
8 INTRODUCTION
9 1 Scope
2 Normative references
3 Terms, definitions and abbreviated terms
3.1 Terms and definitions
3.2 Abbreviated terms
10 4 Background to measurement up to 300 GHz
4.1 IEEE Std 802.15.3d
4.2 FOD radar
4.3 Experimental frequency license above 95 GHz
Figures
Figure 1 – IEEE Std 802.15.3d-2017 (Amendment 2) frequency plan
11 4.4 ITU WRC-19 agenda item 1.15
4.5 Issue of conventional spectrum measurement for mmWave
12 5 300-GHz band spectrum measurement
5.1 Overview
Figure 2 – Spectrum observed by spectrum analyser without pre-selector
Tables
Table 1 – Frequency bands covered by spectrum analyser
13 5.2 300-GHz spectrum analyser configuration
Figure 3 – External appearance of 300-GHz band spectrum analyser
Figure 4 – Standard spectrum analyser configuration
Table 2 – J-band spectrum analyser target specifications
14 Figure 5 – 300-GHz spectrum analysis system with optical local signal generation
Figure 6 – 300-GHz spectrum analysis system with electrical local signal generation
15 5.3 mmWave pre-selector
Figure 7 – Standard spectrum-analyser configuration
Table 3 – Comparison of two local signal generation methods
16 Figure 8 – Image response mechanism
Figure 9 – Conventional preselection method
17 5.4 Performance of mmWave spectrum analyser
5.4.1 General
Figure 10 – Filter-bank type pre-selector
Figure 11 – Measurement results
18 5.4.2 Signal source for calibration and test
Figure 12 – Measurement set-up
Figure 13 – System set-up for level calibration
Figure 14 – Signal source for level calibration and evaluation
19 5.4.3 Spectrum measurement
Figure 15 – Signal source output power
Figure 16 – Signal source spurious performance
20 5.4.4 Unwanted response
Figure 17 – Spectrum measurement result from 255 GHz to 315 GHz
21 Figure 18 – Relationship between input RF signal and displayed frequency
Figure 19 – Comparison of spurious response with and without pre-selector(RBW = 1 MHz, Detection = Positive/Negative)
22 5.4.5 Displayed average noise level
5.4.6 Third-order intercept point
Figure 20 – Displayed average noise level
Figure 21 – Third-order intercept point
23 6 Spectrum analyser overall performance
6.1 General
6.2 Measurement examples
Figure 22 – TOI measurement results(Span 0 Hz, ATT 0 dB, RBW 300 Hz)
Table 4 – Frequency bands covered by spectrum analyser
24 6.3 Integrated spectrum measurement system evaluation
Figure 23 – Integrated spectrum measurement system
25 6.4 Propagation loss measurement results
Figure 24 – Integrated spectrum measurement system evaluation
Figure 25 – Propagation loss measurement system
Table 5 – Standard gain horn antenna specifications
26 6.5 Evaluation with integrated spectrum measurement system
Figure 26 – Propagation loss (propagation distance d = 500 mm)
27 Figure 27 – Spectrum evaluation in OTA measurement environment
Table 6 – 12 Multiplier specifications
Table 7 – Output signal and spurious frequency (11,75 GHz input frequency)
28 Figure 28 – Integrated spectrum measurement system monitoring screens
29 6.6 Discussion of evaluation results
30 Figure 29 – Output signal directivity
31 Bibliography

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BSI PD IEC TR 63352:2022
$167.15