| Description |
1 online resource (210 pages) |
| Series |
Tutorials in Circuits and Systems Ser |
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Tutorials in circuits and systems
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| Contents |
Front Cover; Half Title -- Selected Topics in RF, Analog and Mixed Signal Circuits and Systems; Full Title -- Tutorials in Circuits and Systems; Copyright Page; Table of contents; Introduction; Chapter 1 -- Linearity, Time-Variation, Phase Modulation and Oscillator Phase Noise; 1. Preliminaries (to refresh dormant neurons); 2. Preliminaries; 3. Oscillator have inputs, not just outputs; 4. Phase noise effects in RF systems; 5. Units of phase noise; 6. Substrate and supply noise matter, too; 7. Phase noise: General considerations; 8. Phase noise: General considerations; 9. General considerations |
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10. Oscillator phase noise11. Naive LTI model; 12. Naive LTI model vs. reality; 13. Leeson model; 14. Are oscillators LTI?; 15. Amplitude restoration in real oscillators; 16. Phase impulse response; 17. Impulse sensitivity function (ISF); 18. Phase response to arbitrary inputs; 19. Phase noise due to white noise; 20. ISF in greater detail; 21. Contributions by noise at nÏ#x89;0; 22. Symmetry matters; 23. 1/f 3 corner of phase noise spectrum; 24. Exploring the effect of waveform symmetry; 25. Effect of waveform symmetry; 26. Effect of injection at nf0; 27. Sideband power vs. injected current |
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28. Symmetric vs. asymmetric ring oscillator29. Oscillator currents are time-varying; 30. Effects of time-varying currents; 31. Colpitts; 32. Plus Ãa change ... ; 33. Conditions for optimal phase noise; 34. A symmetric LC oscillator; 35. Tank voltage amplitude; 36. Tank voltage amplitude; 37. Modes of amplitude limiting; 38. Major noise sources; 39. Equivalent circuit for noise sources; 40. Waveform and ISF; 41. Effect of tail current noise; 42. Die photo of complementary oscillator; 43. Measured phase noise; 44. Complementary cross-coupled oscillator; 45. Complementary cross-coupled VCO |
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46. Complementary vs. all-NMOS VCO47.A non-Stanford, non-CMOS example; 48. IC and ISFs for core transistors; 49. Vout and ISF for tail source; 50. 9-stage current-starved single-ended VCO; 51. Theory vs. measurement; 52. Amplitude noise; 53. Amplitude response; 54. Summary and conclusions; References; Chapter 2 -- Clock and Timing in Wireline Communications; 1. Outline; 2. Clocking Architectures; 3. Mesochronous System; 4. Plesiochronous System; 5. CDR Design Requirements; 6. System Design; 7. Linear Model; 8. Linear Model; 9. Loop BW and Type; 10. Loop BW and Type |
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11. Loop Bandwidth Considerations12. Pole / Zero Positioning; 13. Design Strategy: Open Loop Gain; 14. CDR Transient Locking Behavior; 15. What is CDRâ#x80;#x99;s Pull-in Range?; 16. CDR Lock and Pull-in; 17. CDR Pull-in with Latency in the Loop; 18. Pull-in; 19. Link Modeling; 20. Link Modeling; 21. Link Modeling Key Elements; 22. Link Model; 23. Link Model; 24. Circuits; 25. Aided Frequency Acquisition; 26. Frequency Detection Choices; 27. Frequency Detector Choices; 28. Frequency Detector Choices; 29. Frequency Detector Choices; 30. Effects of BBPD Nonlinearity; 31. Effects of BBPD Nonlinearity |
| Summary |
CMOS process technology progress has led to a revolution towards new and innovative integrated circuits and systems. This trend is still moving forward for applications ranging from high-speed wireless and wireline data transfer down to ultra-low-power mobile applications for more interconnected world. The high performance analog and RF circuits and systems are at the heart of all these developments. Selected Topics in RF, Analog and Mixed Signal Circuits and Systems provides an overview and the state of the art developments on several selected topics in RF, analog and mixed signal circuits and system. The topics include ADC conversion and equalization for high-speed links, clock and data recovery for high speed wireline transmission with speeds in several Gb/s, signal generation for terahertz application, oscillator phase noise fundamentals and analog/digital PLL overview. Topics covered in the book include: Overview of Oscillator Phase Noise Clock and Data Recovery in High-Speed Wireline Communication Phase Lock Loop Design Techniques Terahertz and mm-Wave Signal Generation, Synthesis and Amplification: Reaching the Fundamental Limits Equalization and A/D conversion for high-speed links |
| Notes |
32. Baud-Rate Phase Detectors |
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Kiran Gunnam, Mohammad VahidFar |
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Print version record |
| Subject |
Metal oxide semiconductors, Complementary.
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Radio frequency integrated circuits.
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Mixed signal circuits.
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TECHNOLOGY & ENGINEERING -- Mechanical.
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TECHNOLOGY / Electronics / Solid State
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TECHNOLOGY / Electronics / Microelectronics
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Metal oxide semiconductors, Complementary
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Mixed signal circuits
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Radio frequency integrated circuits
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| Form |
Electronic book
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| Author |
Gunnman, Kiran, editor
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Vahidfar, Mohammad, editor
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| ISBN |
9788793519176 |
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8793519176 |
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8793519184 |
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9788793519183 |
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9781003339441 |
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1003339441 |
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9781000796841 |
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1000796841 |
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9781000793680 |
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1000793680 |
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