Advanced Frequency Synthesis by Phase Lock
"An addendum to the popular Frequency Synthesis by Phase Lock, 2nd ed, this book describes sigma-delta, a frequency synthesis technique that has gained prominence in recent years. In addition, Simulink will be employed extensively to guide the reader. Fractional-n, the still-used forerunner to sigma-delta, is also discussed. Sequences of simulated results allow the reader to gain a deeper understanding while detailed appendices provide information from various stages of development. Simulation …
Read More ↓Title Statements
- Full title :Advanced Frequency Synthesis by Phase Lock / William F. Egan.
Summary
"An addendum to the popular Frequency Synthesis by Phase Lock, 2nd ed, this book describes sigma-delta, a frequency synthesis technique that has gained prominence in recent years. In addition, Simulink will be employed extensively to guide the reader. Fractional-n, the still-used forerunner to sigma-delta, is also discussed. Sequences of simulated results allow the reader to gain a deeper understanding while detailed appendices provide information from various stages of development. Simulation models discussed in the chapters that are available online"--Provided by publisher.
Read More ↓Edition Statements
- Publication Date:©2011.
Publication Statements
- Publisher(s):Wiley
- Place of Publication:Hoboken, New Jersey
- Language:eng
- Publication Date:©2011.
The Physical Object
- Description:xxii, 290 pages : : illustrations ; : 25 cm
Edition Identifiers
- ISBN:9780470915660, 0470915668, 9781118007693, 1118007697, 9781118007709, 1118007700, 9781118007716, 1118007719
- oclc:ocn682895153
- LC Classification:TK7872.F73
- Dewey Decimal:621.3815/486
Table of Contents
1.1.Phase-Locked Synthesizer -- 1.2.Fractional-N Frequency Synthesis -- 1.3.Representing a Change in Divide Number -- 1.4.Units -- 1.5.Representing Phase Noise -- 1.6.Phase Noise at the Synthesizer Output -- 1.7.Observing the Output Spectrum -- 2.1.First-Order Fractional-N -- 2.1.1.Canceling Quantization Noise -- 2.1.2.Cancellation with a PFD -- 2.1.3.Cancellation Techniques -- 2.1.4.Spectrum without Cancellation -- 2.1.5.Influence of N -- 2.2.Second-Order Fractional-N -- 2.2.1.Purpose -- 2.2.2.Form -- 2.2.3.Performance -- 2.2.4.Interpreting the Spectrum -- 2.3.Higher Order Fractional-N -- 2.3.1.Constant Sampling Rate -- 2.3.2.Noise Shaping Versus Cancellation -- 2.3.3.Effect of a Varying Sampling Rate -- 2.4.Spectrums with Constant Sampling Rate -- 2.4.1.100.625 MHz with Zero Initial Condition -- 2.4.2.100.62515... with Zero Initial Condition -- 2.4.3.100.625 MHz with Seed -- 2.5.Summary of Spectrums -- 2.6.Summary -- 3.1.LSB Dither -- 3.2.Maximum Sequence Length -- 3.3.Shortened Accumulators and Lower Primes -- 3.4.Long Sequence -- 3.5.Summary -- 4.1.Noise Models -- 4.1.1.VCO Noise -- 4.1.2.Basic-Reference Noise -- 4.1.3.Equivalent Input Noise -- 4.1.4.[MARC+56][MARC+45] Quantiz…
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