低噪声振荡器设计，220页，美国大学射频系统专业研究生教科书

Relevant time durations for modern science range from the femtosecond of very fast electronics to the age of the universe, 15 billion years. This corresponds to a range of about 32 orders of magnitude. Moreover, this variable can be controlled and measured with an accuracy better than 10−14 by modern atomic clocks. However, the accuracy that can be obtained by purely electronic circuits, such as integrated circuits, is only of the order of 10−3. This is because there is no combination of available electronic components (like a RC time constant for example) that is more precise and constant with time and temperature. Now, 10−3 corresponds to an error of about 1.5 minute per day, which is totally unacceptable for timekeeping applications. The same is true for applications to modern telecommunications, which exploits the frequency spectrum up to 300Ghz.

The book is organized in 11 chapters. Chapter 1 summarizes the historical evolution of harmonic oscillators and analysis methods. Chapters 2 to 5 deal with the most important building blocks. Following a discussion of the basic theory on semiconductor devices and large-signal parameters, the most modern devices are chosen as examples. A whole chapter is dedicated to the various types of resonators, an important subject for microstrip applications.

射频振荡电路设计参考；尤其对于晶体振荡电路的分析，如皮尔斯振荡电路等电路的分析设计具有一定的参考价值

Phase noise and frequency stability in oscillators 毕业设计必读

[2002Hajimiri&Lee;]The Design of Low Noise Oscillators