Surface Acoustic Wave (SAW) filters are key components for mobile communication. In SAW devices mechanical waves propagate on the surface of a piezoelectric bulk material such as LiNbO3 or LiTaO3. SAW components require advanced cavity packaging solutions in order to enable the mechanical wave propagation on the substrate material. Size reduction of SAW filters allows further miniaturization of mobile phones and an extension of their functionality. The mobile communication industry, therefore, demands advanced cavity package technologies to be developed for SAW components. These packages have to offer high performance, high reliability, and low cost while maintaining a form factor as small as possible. To address these requirements EPCOS ha...
Microacoustic radio frequency filters are essential electronic components for all devices using wire...
Surface acoustic wave (SAW) devices were fabricated on Si to demonstrate functionality. Device desig...
International audienceThe development of new generations of telecommunication systems requires more ...
In this paper we present a novel low-cost wafer level packaging technology for surface acoustic wave...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
International audienceA packaging method for dies containing an electro-mechanical component on a si...
Continuous advancement in wireless technology and silicon microfabrication has fueled exciting growt...
Additional contributors: Dr. Jong Noh, Yu Chen, Huan Li, Dr. Mo Li (faculty mentor)Surface acoustic ...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
The paper is concerned with a discussion of SAW properties on semiconductor substrates. Some applic...
Electronic packaging has a significant influence on the performance of surface acoustical wave (SAW)...
<div><p class="abstract"><strong><em>ABSTRACT</em></strong><strong><em>:</em></strong> Continuous ad...
With the in-depth advancement of the fifth generation (5G) mobile communication technology, the tech...
Microacoustic radio frequency filters are essential electronic components for all devices using wire...
Surface acoustic wave (SAW) devices were fabricated on Si to demonstrate functionality. Device desig...
International audienceThe development of new generations of telecommunication systems requires more ...
In this paper we present a novel low-cost wafer level packaging technology for surface acoustic wave...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
Solid state acoustoelectronic technology has had a major impact on communications systems for almost...
International audienceA packaging method for dies containing an electro-mechanical component on a si...
Continuous advancement in wireless technology and silicon microfabrication has fueled exciting growt...
Additional contributors: Dr. Jong Noh, Yu Chen, Huan Li, Dr. Mo Li (faculty mentor)Surface acoustic ...
Since their invention in the mid-1960's, surface acoustic wave (SAW) devices have become popular for...
The paper is concerned with a discussion of SAW properties on semiconductor substrates. Some applic...
Electronic packaging has a significant influence on the performance of surface acoustical wave (SAW)...
<div><p class="abstract"><strong><em>ABSTRACT</em></strong><strong><em>:</em></strong> Continuous ad...
With the in-depth advancement of the fifth generation (5G) mobile communication technology, the tech...
Microacoustic radio frequency filters are essential electronic components for all devices using wire...
Surface acoustic wave (SAW) devices were fabricated on Si to demonstrate functionality. Device desig...
International audienceThe development of new generations of telecommunication systems requires more ...