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While there have been many years of research on the acoustoelectric effect, there has not been a successful approach or demonstration to providing a manufacturable, CW acoustoelectric amplifier with insertion gain. This paper will present results of a 169.5 MHz surface acoustic wave (SAW) delay line on 128YX lithium niobate with an embedded monolithic coupled acoustoelectric amplifier (CAEA) demonstrating a terminal gain of 1.2 dB. The impedance matched delay line without the CAEA has an insertion loss of 4.6 dB, and with the operationa
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