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Interference Potential of Ultrawideband Signals
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Authors: Michael Cotton, Robert Achatz, Jeffery Wepman and Brent Bedford (Institute for Telecommunication Sciences, USA) 
Book Description:
The purpose of this book is to provide data needed to predict the interference potential of various UWB signals. The results will be useful for regulatory agencies that are currently charged with defining UWB emission limits and corresponding compliance measurement procedures. They will also be useful to the ultrawideband communications industry, which will only thrive if compliance measurement procedures fairly evaluate interference potential of all UWB signals. The approach is to inject carefully characterized interference into an operating narrowband receiver and measure susceptibility of the receiver with precisely defined signal quality metrics. Data is then analyzed to determine if there are common signal characteristics that predict interference potential. The victim receiver chosen for this interference susceptibility test is C-band satellite digital television (DTV). This receiver demodulates signals transmitted in the 3.7 to 4.2 GHz frequency range, which lies within the band allocated for UWB devices. The authors chose to generate the satellite signal in the laboratory rather than use an unpredictable live signal, to generate interference signals with a vector signal generator rather than rely solely on prototype devices, and to perform signal and system characterization measurements primarily with the vector signal analyzer to provide comprehensive data capable of being post-processed in many ways.

Table of Contents:
Preface

Part 1 - Procedures to Characterize Ultrawideband Emissions and Measure Interference Susceptibility of C-Band Satellite Digital Television Receivers, pp. 1-68;
Abstract
1.1 - Introduction
1.2 - Interference Signals
1.3 - Interference Characterization Measurements
1.4 - Victim Receiver
1.5 - Interference Susceptibility Tests
1.6 - Summary
1.7 - Acknowledgments
1.8 - References
Appendix A: Mathematical Signal Description
Appendix B: Vector Signal Generator Operation
Appendix C: Effects of VSG LO Feed-through on DTV Interference Susceptibility Tests
Appendix D: Estimating and Graphing the Amplitude Probability Distribution of Complex-Baseband Signals
Appendix E: Dynamic Range of the Vector Signal Analyzer
Appendix F: Test System Characterization
Appendix G: Hardware Specification
Appendix H: Glossary

Part 2 - Measurements of Gated-Noise Interference
to C-Band Satellite Digital Television Receivers, pp. 69-180
Abstract
2.1 - Introduction
2.2 - DTV Susceptibility to GN Interference
2.3 - Characterization of GN Signals
2.4 - Conclusion
2.5 - Acknowledgments
2.6 - References
Appendix A: Extension of Experiment to GN(MB) Signals
Appendix B: Verification of Susceptibility Results
Appendix C: Theoretical Analysis
of Gated Gaussian Noise
Appendix D: Characterization Measurements

Part 3 - Measurement of Ultrawideband Interference to C-Band Satellite Digital Television Receivers, pp. 181-313
Abstract
3.1 - Introduction
3.2 - DP and DS Interference
3.3 - MB Interference
3.4 - Conclusion
3.5 - Acknowledgments
3.6 - References
Appendix A: Theoretical PSD of DP and DS Signals
Appendix B: Characterization Measurements

Index

   Binding: Hardcover
   Pub. Date: 2007
   ISBN: 1-60021-359-6
   Status: AV
  
Status Code Description
AN Announcing
FM Formatting
PP Page Proofs
FP Final Production
EP Editorial Production
PR At Prepress
AP At Press
AV Available
  
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