The Designer’s Guide to High-Purity Oscillators
Hegazi, Emad; Jacob Rael; Asad Abidi;
Abstract
Develops its phase noise theory from circuit theory rather than mathematics
Model is well-suited for circuit design rather than simulation
The first physically-based phase noise model that captures all the significant circuit artifacts while being intuitive and compact
The presented model is derived rigorously and is tested using simulations as well as real designs and measurements
Model is well-suited for circuit design rather than simulation
The first physically-based phase noise model that captures all the significant circuit artifacts while being intuitive and compact
The presented model is derived rigorously and is tested using simulations as well as real designs and measurements
Other data
| Title | The Designer’s Guide to High-Purity Oscillators | Authors | Hegazi, Emad ; Jacob Rael; Asad Abidi | Keywords | Oscillator, phase noise, wireless transceivers, LC, low noise | Issue Date | 2005 | Publisher | Springer |
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