Modeled and Measured Act Based Convolver Performance

Miller, R.W.; Hsiung, H.L.; Hunt, William D.; Doneghue, W.G.; Hunsinger, B.J.; Fliegel, F.M.

doi:10.1109/ultsym.1987.198922

Cited by 3 publications

(1 citation statement)

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“…SAW-based acoustic charge transfer (ACT) devices on epitaxial GaAs have been under intense development in recent years for applications such as to programmable tapped delay lines [277], high-speed sampling, parallel-serial storage, and convolvers [41], [278]. ACT convolver operation is reported with a time-bandwidth product TB = 400, with B = 160 MHz, together with a spurious-free dynamic range of 37 dB and signal-to-noise ratio SIN = 37 dB [279].…”

Section: B Acoustic Charge Transfer (Act) Devicesmentioning

confidence: 99%

Applications of surface acoustic and shallow bulk acoustic wave devices

Campbell

1989

Proc. IEEE

112

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Applications of surface acoustic wave (SA W) and shallow bulk acoustic wave (SBA W) devices are reviewed. SA W-device coverage includes delay lines and filters operating at selected frequencies in the range from about 10 MHz to 11 GHz, modeling with singlecrystal piezoelectrics and layered structures, resonators and lowloss filters, comb filters and multiplexers, antenna duplexers, harmonic devices, chirp filters for pulse compression, coding with fixed and programmable transversal filters, Barker and quadraphase coding, adaptive filters, acoustic and acoustoelectric convolvers and correia tors for radar, spread spectrum, and packet radio, acoustooptic processors for Bragg modulation and spectrum analysis, real-time Fourier-transform, and cepstrum processors for radar and sonar, compressive receivers, Nyquist filters for microwave digital radio, clock-recovery filters for optical fiber communications, fixed-, tunable-, and multimode-oscillators, and frequency synthesizers, acoustic charge transport (ACT), and other SA W devices for signal processing on gallium arsenide, SA W sensors, and scanning acoustic microscopy. SBA W-devices applications include gigahertz delay lines, surface transverse wave resonators employing energy-trapping gratings, as well as oscillators with enhanced performance and capability.

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