This paper reports the simultaneous fabrication of Receive and Transmit Bulk Acoustic Wave filters for the WCDMA standard on the same die. Both filters are based on Solidly Mounted Resonators using a common Bragg mirror, but with each having a specific piezoelectric film thickness. Electrical measurements reveal that the process steps required to provide the two different piezoelectric film thicknesses on the same die does not impact the electrical performances of resonators and filters and that this approach could thus be generalised to more than two filters
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
For the past decade, a great deal of research has been focused towards developing a viable on-chip s...
A conventional RF frontend module consists of many filters where each filter is allocated for a spec...
Band pass filters for microwave frequencies realized with thin film bulk acoustic wave resonators (F...
Modelling and development of high Q thin-film bulk acoustic wave (BAW) devices is a topic of researc...
Thin-film bulk-acoustic-wave (BAW) devices are used for RF selectivity in mobile communication syste...
Acoustically coupled thin-film bulk acoustic wave resonator filters, in which the coupling takes pla...
International audienceThis article presents a procedure for the design of bulk acoustic wave (BAW) f...
This paper discusses the design of high-Q bulk-acoustic-wave filters that are optimised for integrat...
Thin film bulk acoustic wave (BAW) resonators (FBAR) are fabricated on a silicon nitride bridge usin...
International audienceThis article presents a design methodology for bulk acoustic wave (BAW) filter...
Passive acoustic devices are enabling elements for RF architectures. Aside from the well known surfa...
We report that porous silicon acoustic Bragg reflectors and AlN-based transducers can be successfull...
This thesis proposes a novel design method for optimizing bulk acoustic wave (BAW) resonators, inclu...
To handle many standards and ever increasing bandwidth requirements, large number of filters and swi...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
For the past decade, a great deal of research has been focused towards developing a viable on-chip s...
A conventional RF frontend module consists of many filters where each filter is allocated for a spec...
Band pass filters for microwave frequencies realized with thin film bulk acoustic wave resonators (F...
Modelling and development of high Q thin-film bulk acoustic wave (BAW) devices is a topic of researc...
Thin-film bulk-acoustic-wave (BAW) devices are used for RF selectivity in mobile communication syste...
Acoustically coupled thin-film bulk acoustic wave resonator filters, in which the coupling takes pla...
International audienceThis article presents a procedure for the design of bulk acoustic wave (BAW) f...
This paper discusses the design of high-Q bulk-acoustic-wave filters that are optimised for integrat...
Thin film bulk acoustic wave (BAW) resonators (FBAR) are fabricated on a silicon nitride bridge usin...
International audienceThis article presents a design methodology for bulk acoustic wave (BAW) filter...
Passive acoustic devices are enabling elements for RF architectures. Aside from the well known surfa...
We report that porous silicon acoustic Bragg reflectors and AlN-based transducers can be successfull...
This thesis proposes a novel design method for optimizing bulk acoustic wave (BAW) resonators, inclu...
To handle many standards and ever increasing bandwidth requirements, large number of filters and swi...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
For the past decade, a great deal of research has been focused towards developing a viable on-chip s...
A conventional RF frontend module consists of many filters where each filter is allocated for a spec...