UID:
almahu_9948026294702882
Format:
1 online resource (353 p.)
ISBN:
1-281-06032-1
,
9786611060329
,
0-08-050429-9
Content:
· In-depth coverage of modern digital implementations of frequency synthesis architectures· Numerous design examples drawn from actual engineering projects· The accompanying CD includes digital frequency synthesis design tools and an electronic version of the bookDigital frequency synthesis is used in modern wireless and communications technologies such as radar, cellular telephony, satellite communications, electronic imaging, and spectroscopy. This is book is a comprehensive overview of digital frequency synthesis theory and applications, with a particular emphasis on the lat
Note:
"A volume in the Demystified series."
,
Front Cover; Digital Frequency Synthesis Demystified: DDS and Fractional-N PLLs; Copyright Page; Contents; Prefaces; Symbols; Chapter 1. Introduction to Frequency Synthesis; 1-1 Introduction and Definitions; 1-2 Synthesizer Parameters; 1-3 Auxiliary Specifications; 1-4 Review of Synthesis Techniques; 1-5 Comparative Analysis; 1-6 Conclusion; References; Chapter 2. Frequency Synthesizer System Analysis; 2-1 Multiplying and Dividing; 2-2 Phase Noise; 2-3 Spurious and Phase Noise in PLL; 2-4 Phase Noise Mechanism; 2-5 Mixing and Filtering; 2-6 Frequency Planning; References
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Chapter 3. Measurement Techniques3-1 Switching Speed; 3-2 Phase Noise; 3-3 Phase Continuity; 3-4 Spurious Signals (Especially DDS); 3-5 Phase Memory; 3-6 Step Size; 3-7 Linear FM; 3-8 Conclusion; References; Chapter 4. DDS General Architecture; 4-1 Digital Modulators and Signal Reconstruction; 4-2 Pulse Output DDS of the First Order; 4-3 Pulse Output DDS of the Second Order; 4-4 Standard DDS; 4-5 Randomization; 4-6 Quantization Errors; 4-7 Logic Speed Considerations; 4-8 Modulation; 4-9 State-of-the-Art Components and Systems; 4-10 Performance Evaluation; 4-11 Sample-and-Hold Devices
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4-12 Single-Bit DDS Revisited4-13 Arbitrary Waveform Generators; 4-14 Digital Chirp DDS; 4-15 Conclusion; Appendix 4A DDS Applications; Appendix 4B DDS-Spectra and the Time Domain; Appendix 4C Sampling Theorem; Appendix 4D The Effect of Phase Noise on Data Conversion Devices; References; Chapter 5. Phase-Locked Loop Synthesizers; 5-1 Main Components of PLL Synthesis; 5-2 Performance Evaluation; 5-3 Fractional-N Synthesizers; 5-4 Fractlonal-N Synthesis of the Third Order; 5-5 DDS-Based PLL; 5-6 Single-Chip PLL Synthesis; 5-7 Conclusion; References; Chapter 6. Accumulators
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6-1 Binary Accumulators6-2 Decimal Accumulators; 6-3 Interface to ROM; 6-4 Accumulator DDS; 6-5 Phase Adder and Accumulator Segmentation; 6-6 Conclusion; References; Chapter 7. Lookup Table and Sine ROM Compression; 7-1 ROM Algorithm; 7-2 Quadrant Compression; 7-3 Compression Principles; 7-4 Direct Taylor Approximation; 7-5 Hutchison Algorithm; 7-6 Sundarland Algorithm; 7-7 Variations and Randomization; 7-8 Auxiliary Function ROM Approximation; 7-9 Coordinate Transformation (CORDIC); 7-10 Other Methods; 7-11 Conclusion; References; Chapter 8. Digital-to-Analog Converters
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8-1 DAC Performance Evaluation8-2 DAC Principles of Operation; 8-3 DAC Parameters; 8-4 State-of-the-Art DACs; 8-5 Sine-Wave DAC; 8-6 Multiplexing; References; Chapter 9. Synthesizers in Use and Reference Generators; 9-1 Synthesizers in Use; 9-2 Reference Generators; 9-3 Conclusion; References; Chapter 10. Original Paper and Software; 10-1 Tierney, Rader, and Gold Article; 10-2 Software Description; Index
,
English
Additional Edition:
ISBN 1-878707-47-7
Language:
English
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