Abstract
Surface Acoustic Wave (SAW) devices like delay lines, filters, resonators etc., are nowadays extensively
used as principal solid state components in many electronic applications and chemical vapour sensors. To
bring out the best from these SAW devices, computational design and modelling are resorted too. The
present paper proposes the modelling of 400 MHz ST-X Quartz based SAW delay line, by three models
namely, Impulse Response Model (IRM), Crossed-field Equivalent Circuit Model (ECM) and Couplingof-
Modes (COM) model. MATLABr is employed as a computational tool to model the experimental
output of the SAW device. A comparative discussion of the modelled device results is also provided.
Go to article