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本书由从事石英稳频工作二十余年的高级工程师、工程师们,收集了国内外的有关资料,并结合全国三次高稳晶振比对测试的实践经验,集体编写而成。本书具有取材新颖、讨论深入、知认面广的特点。在绪论中,介绍了石英稳频的重要应用,发展简史,说明了晶体振荡器的水平及研制动向;第二章,专门讨论了石英谐振器的有关问题;第三、四、五章,详细论述了晶体振荡电路机理、基本设计理论、控温电路的原理和电路以及晶振的工作特性。第六章至第十章,分别讨论了温补晶振、压控晶振、非常规晶振(如特高频高稳定晶振、低噪声晶振等)、晶体振荡器的计算机设计和晶振用
This book by the quartz frequency stability engaged in more than 20 years of senior engineers, engineers, collected the relevant information at home and abroad, combined with the country’s three high-stability test of the crystal than the practical experience, compiled from the collective. The book has a novelty, in-depth discussion, widely recognized characteristics. In the introduction, the author introduced the important application of quartz frequency stabilization, a brief history of its development, the level of crystal oscillator and its research trend. The second chapter discussed the related problems of quartz resonators, the third, fourth and fifth chapters, The mechanism of crystal oscillation circuit, the basic design theory, the principle and circuit of temperature control circuit and the operating characteristics of the crystal oscillator are discussed in detail. The sixth chapter to the tenth chapter, respectively, discussed the temperature compensated crystal oscillator, voltage controlled crystal oscillator, unconventional crystal oscillator (such as high frequency high stability crystal, low noise crystal, etc.), crystal oscillator computer design and crystal