A novel reflector made from the highly unidirectional structure of the three-phase interdigital transducer resulting in high reflection coefficients from extremely short transducer lengths is presented. Such a reflector only requires a single phasing component. The dependency of the reflection on the unidirectionality yields frequency tuning capabilities via the phasing component. Such a reflector was fabricated and measured to determine the reflection from a short transducer. Two independent methods for determining the reflection coefficient from the measurements are presented. © 1993, The Institution of Electrical Engineers. All rights reserved
65 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1980.The phased periodic array scat...
Membrane fouling, where unwanted particles accumulate on the membrane surface and reduce its permeab...
Lithium niobate has been recently used for orthogonal frequency coded (OFC) SAW temperature sensors ...
A novel reflector made from the highly unidirectional structure of the three-phase interdigital tran...
An accurate and numerically efficient model for SAW devices incorporating transducers with non-unifo...
This thesis presents an introduction into surface acoustics wave (SAW) unidirectional transducer (UD...
Two common dielectrics used for isolation in semiconductor device fabrication, spin on glass (SOG) a...
The purpose of this work is to study multi-tone frequency coded reflectors which can provide lower l...
Two common dielectrics used for isolation in semiconductor device fabrication, spin on glass (SOG) a...
Improving power handling and lifetime are key assets to ensure device performance and reliability. S...
Spatial harmonic properties of SAW single-and double-electrode arrays on a piezoelertric surface are...
This paper will present theory, analysis and experimental work on SAW phononic reflector structures....
A measurement technique is presented in which the frequency dependence of the reflection coefficient...
Non Destructive Testing (NDT) has been increasingly prominent in many industries of today as the req...
In a surface acoustic wave (SAW) wireless sensor with a reflective delay line structure, three refle...
65 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1980.The phased periodic array scat...
Membrane fouling, where unwanted particles accumulate on the membrane surface and reduce its permeab...
Lithium niobate has been recently used for orthogonal frequency coded (OFC) SAW temperature sensors ...
A novel reflector made from the highly unidirectional structure of the three-phase interdigital tran...
An accurate and numerically efficient model for SAW devices incorporating transducers with non-unifo...
This thesis presents an introduction into surface acoustics wave (SAW) unidirectional transducer (UD...
Two common dielectrics used for isolation in semiconductor device fabrication, spin on glass (SOG) a...
The purpose of this work is to study multi-tone frequency coded reflectors which can provide lower l...
Two common dielectrics used for isolation in semiconductor device fabrication, spin on glass (SOG) a...
Improving power handling and lifetime are key assets to ensure device performance and reliability. S...
Spatial harmonic properties of SAW single-and double-electrode arrays on a piezoelertric surface are...
This paper will present theory, analysis and experimental work on SAW phononic reflector structures....
A measurement technique is presented in which the frequency dependence of the reflection coefficient...
Non Destructive Testing (NDT) has been increasingly prominent in many industries of today as the req...
In a surface acoustic wave (SAW) wireless sensor with a reflective delay line structure, three refle...
65 p.Thesis (Ph.D.)--University of Illinois at Urbana-Champaign, 1980.The phased periodic array scat...
Membrane fouling, where unwanted particles accumulate on the membrane surface and reduce its permeab...
Lithium niobate has been recently used for orthogonal frequency coded (OFC) SAW temperature sensors ...