Energy trapping resonators and integrated filters using the AT cut of quartz like materials
Authors:
- J. DetaintJDJ. Detaint
- J. SchwartzelJSJ. Schwartzel
- C. JolyCJC. Joly
- A. ZarkaAZA. Zarka
- B. CapelleBCB. Capelle
- Y. ZhengYZY. Zheng
- Y. ToudicYTY. Toudic
- E. PhilippotEPE. Philippot
- 2 January 2003
- conference paper
- Published by Institute of Electrical and Electronics Engineers (IEEE)
- p. 639-647
Abstract
No abstract availableThis publication has 10 references indexed in Scilit:
- Air-gap determination of the cut-off frequency of unelectroded plates and effects of local thickness modifications in plane resonators2003
- A new measurement of the basic elastic and dielectric constants of quartz2003
- Semi-analytic analysis of coupled thickness-shear and thickness-twist in monolithic crystal filters2003
- Evaluation of high quality berlinite crystals grown in sulphuric acid mediumJournal of Crystal Growth, 1990
- Energy Trapping in Plane and Corrugated Resonators: Application to Quartz and Berlinite1987
- A Transmission Line Matrix Model for AT Quartz Thlckness Shear Devices1986
- Berlinite: Characterization of Crystals with a Low Water Concentration and Design of Bulk Wave Resonators1986
- Etude de la solubilite du phosphate d'aluminium (AlPO4) dans des solutions hydrothermales d'acide orthophosphorique H3PO4Materials Research Bulletin, 1979
- Hydrothermal synthesis of aluminum orthophosphateJournal of Crystal Growth, 1978
- Analysis of overtone modes in monolithic crystal filtersThe Journal of the Acoustical Society of America, 1977