## Impulse response of piezoelectric quartz delay lines |

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### Contents

DEFINITION OF IMPULSE RESPONSE | 8 |

THEORETICAL INSERTION LOSS | 58 |

PROPAGATION AND DETECTION OF ACOUSTIC WAVES | 68 |

2 other sections not shown

### Common terms and phrases

ac-cut acoustic impedance acoustic wave Amplifier Gain amplitude applied approximation assumed attenuation constants bandwidth BNC connector Bommel and Dransfeld boundary Chapter characteristic impedance configuration Cryostat at Room Crystal 601 Response delay medium dimensional Discontinuity in Piezoelectric effect elastic disturbance electric field end face energy Equation 3-5 Equations 3-16 exponential exponential decay Fourier transform given by Equation Green's function image sources Impedance Matching Section impulse response Infinite Line Input Pulse insertion loss Jacobsen Lauver Line Transducer liquid helium low frequency Mathematical Model Responses Mc/sec microwave nanosecond pulse nanoseconds non-piezoelectric medium obtained piezoelectric medium Piezoelectric Stress propagation constant Quarter Wave Impedance quartz rods quency reflection coefficient Response and Mathematical room temperature sampling scope Semi-Infinite Line shown in Figure signal single crystal source function Step Discontinuity strip line Tektronix tensor term in Equation theoretical tion transducer circuit ultrasonic delay line velocity Wave Impedance Matching wavelength X-Y plotter zero