Cryogenic Bulk Acoustic Wave Resonators and Oscillators: Towards Liquid Helium Frequency Sources

 
9783846588420: Cryogenic Bulk Acoustic Wave Resonators and Oscillators: Towards Liquid Helium Frequency Sources
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Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field.

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Maxim Goryachev received B.S. ('07) and M.S. ('09) in Automatization and Control and engineer's degree ('08) in industrial electronics from the Ivanovo State Power Engineering University, Russia and PhD degree ('12) from the Université de Franche-Comté, France. Mr. Goryachev works is now a visiting researcher in the University of Western Australia.

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Book Description Condition: New. Publisher/Verlag: LAP Lambert Academic Publishing | Towards Liquid Helium Frequency Sources | Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. | Format: Paperback | Language/Sprache: english | 212 pp. Seller Inventory # K9783846588420

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Book Description LAP Lambert Academic Publishing Feb 2012, 2012. Taschenbuch. Condition: Neu. Neuware - Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. 212 pp. Englisch. Seller Inventory # 9783846588420

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Book Description LAP Lambert Academic Publishing Feb 2012, 2012. Taschenbuch. Condition: Neu. Neuware - Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. 212 pp. Englisch. Seller Inventory # 9783846588420

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Book Description LAP Lambert Academic Publishing Feb 2012, 2012. Taschenbuch. Condition: Neu. This item is printed on demand - Print on Demand Neuware - Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. 212 pp. Englisch. Seller Inventory # 9783846588420

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Book Description LAP Lambert Academic Publishing, Germany, 2012. Paperback. Condition: New. Aufl.. Language: English . Brand New Book. Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. Seller Inventory # KNV9783846588420

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Book Description LAP Lambert Academic Publishing. Paperback. Condition: New. 212 pages. Dimensions: 8.7in. x 5.9in. x 0.5in.Nowadays, the best short-term frequency stability performance is achieved with quartz crystal oscillators. But now it is generally believed that this family of frequency sources is almost in saturation and could not lead to considerable stability improvement with reasonable efforts in the future. So, a jump of technology is necessary. The possibility of replacement of quartz oscillators with MEMS and chip-scale atomic clocks is under discussion. As for the long term stability performance, many different types of frequency sources compete. Here, atomic clocks, hydrogen masers, cryogenic sapphire systems could be found. Usually, the quartz oscillator performance here is very poor and insufficient for the majority of applications. However, cryogenic quartz systems remain to be a dark horse in the race for the best stability in short, middle and moderate long terms. Indeed, up to now cryogenic quartz systems are under-investigated and their abilities and perspectives are not generally known. Majority of the works dedicated to these devices and systems a are not systematic studies, and now most of them are outdated. This work is a more systematic investigation in the field. This item ships from multiple locations. Your book may arrive from Roseburg,OR, La Vergne,TN. Paperback. Seller Inventory # 9783846588420

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