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The thermal sensitivity of acoustic-wave-based devices still is an optimization key-point for various applications (filters, sources, sensors). As the architecture of such devices becomes more and more complex to fit the RF manufacturer requirements, simple analytical models usually exploited to optimize their frequency thermal drift are found obsolete. The optimization of these complex periodic wave-guide...
In order to exploit complicated combinations of measurements associated with acoustic devices, we present the results of finite element/boundary element analyses including visco-elastic losses on fluid-loaded love-wave based devices, used as microbalance for biochemical detection and sensing purposes. The P-matrix characteristics of the mode are extracted from these computations to simulate the implemented...
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