Surface Acoustic Wave Devices and Their Signal Processing Applications |
Contents
Basics of Acoustic Waves and Piezoelectricity | 14 |
Equivalent Circuit Models for a SAW Filter | 59 |
TradeOffs in Linear Phase SAW Filter Design | 85 |
Copyright | |
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Other editions - View all
Surface Acoustic Wave Devices and Their Signal Processing Applications Colin Campbell Limited preview - 2012 |
Common terms and phrases
amplitude response apodization applied band bandpass filter bandwidth bulk wave center frequency center frequency fo cepstrum Chapter circuit coefficient comb filter comb mode compression convolution convolver correlation dB/div delay line diffraction down-chirp electrical electrode employed Example Figure finger pairs Fourier transform fractional bandwidth frequency response geometry GOTO harmonic IDT finger impulse response input and output input IDT insertion loss linear FM chirp linear phase lithium niobate matrix metal strips metallization ratio modulation multistrip coupler output IDT parameters passband phase noise phase response phase shift piezoelectric piezoelectric substrate port Proc processor pulse radar reference Remez Remez algorithm rungs sampling SAW comb filter SAW convolver SAW delay line SAW devices SAW filter SAW filter design SAW IDT SAW oscillator SAW reflection gratings SAW waves SAW-based sequence sidelobe spectral split-electrode spread-spectrum SPUDT ST-quartz surface acoustic wave surface wave technique transmission up-chirp voltage waveform width YZ-lithium niobate