Frequency Measurement Technology

Name: Frequency Measurement Technology
Brand: Artech House
Price: 164.99 EUR
Availability: OnlineOnly

Ignacio Llamas-Garro(Autor*in)

Artech House (Verlag)

1. Auflage

Erschienen am 31. Januar 2018

222 Seiten

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978-1-63081-516-5 (ISBN)

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Frequency Measurement Technology
Contents
Preface
Chapter 1 Frequency Measurement Fundamentals
1.1 OVERVIEW
1.2 INTRODUCTION TO RF/MICROWAVE FREQUENCY MEASUREMENT
1.2.1 RF/microwave Measurement Theory
1.2.2 Frequency Measurement Instrumentation
1.2.3 Frequency Detection Architectures
References
Chapter 2 Instantaneous Frequency Measurement
2.1 OVERVIEW
2.2 INTRODUCTION TO INSTANTANEOUS FREQUENCY MEASUREMENT
2.3 IFM RECEIVERS
2.3.1 Analog Frequency Discriminators
2.3.2 Digital Frequency Discriminators
2.4 IFM DESIGNS
2.4.1 IFM Using Interferometers Based on Delay Lines
2.4.2 IFM Using Multiband-stop Filters
2.5 CONCLUSIONS AND FUTURE WORK
References
Chapter 3 Reconfigurable Frequency Measurement
3.1 OVERVIEW
3.2 INTRODUCTION TO RFM
3.3 RFM RECEIVER ARCHITECTURES
3.3.1 Block Diagrams and Components of an RFM Receiver
3.3.2 A Comparison between IFM and RFM
3.3.3 Elements for Reconfiguration
3.4 RFM DESIGNS
3.4.1 RFM Using PIN Diodes with 2 Bits for Frequency Identification
3.4.2 RFM Using PIN Diodes with 4 Bits for Frequency Identification
3.5 CONCLUSIONS
References
Chapter 4 Photonic Instantaneous Frequency Measurement
4.1 OVERVIEW
4.2 INTRODUCTION TO RF/MICROWAVE FREQUENCY MEASUREMENT
4.3 IFM PRINCIPLE
4.3.1 Electronic IFM
4.3.2 Photonic IFM
4.4 IFM BASED ON OPTICAL INTERFEROMETRY
4.4.1 IFM Based on Noncoherent Optical Delays
4.4.2 IFM Based on Coherent Optical Delays
4.5 IFM BASED ON POLARIZATION EFFECTS
4.5.1 IFM Based on Measurement of Stokes Parameters
4.5.2 IFM Based on Polarization Interferometers
4.5.3 IFM Based on Polarization Modulator and Polarization Adjustments
4.5.4 IFM Based on Polarization Modulators and Modulation Bias Adjustments
4.5.5 IFM Based on Polarization Modulator and Dispersion
4.5.6 IFM Based on Polarization Microwave Photonic Filter Pairs
4.6 IFM BASED ON OPTICAL FILTERING
4.6.1 IFM Based on Mach-Zehnder Interferometer Optical Filters
4.6.2 IFM Based on Ring-resonator Optical Filters
4.6.3 IFM Based on the Bragg Grating Optical Filters
4.7 IFM BASED ON FREQUENCY TO TIME MAPPING
4.7.1 Single RF Signal Measurement
4.7.2 Multiple RF Signal Measurement
4.8 IFM BASED ON OPTICAL MIXING
4.8.1 IFM Based on Optoelectrical Mixing
4.8.2 IFM Based on All Optical Mixing
4.9 IFM BASED ON STIMULATED BRILLOUIN SCATTERING
4.9.1 Stimulated Brillouin Scattering in Optical Fibers
4.9.2 IFM Based on SBS Resonance Shift
4.9.3 IFM Based on SBS Resonance and Channelizing Probe Array
4.9.4 IFM Based on SBS Resonance Channelizers
4.10 OTHER PHOTONIC IFM APPROACHES
4.10.1 IFM Based on Microwave Photonic Filters
4.10.2 IFM Based on Quadrature Optical Filter Pairs
4.10.3 IFM Based on a Bank of Offset Optical Filters
4.10.4 IFM Based on Phase to Intensity Modulation Conversions
4.10.5 IFM Based on Photonic Assisted Samplings and Downconversions
4.11 DISCUSSION
4.12 CONCLUSION
References
About the Authors
Index

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