47.1 Introduction 47.2 SAW Material Properties 47.3 Basic Filter Specifications 47.4 SAW Transducer Modeling The SAW Superposition Impulse Response Transducer

46.1 Introduction 46.2 Transduction Mechanisms Piezoelectricity Magnetostriction. Electrodynamic. Electrostatic. Magnetic. Hydraulic. Fiber Optic.Parametric Transducers. Carbon Microphones 46.3 Sensitivity and Source Level 46.4 Reciprocity

45.1Introduction 45.2 Background Discussion Modeling as a Transfer Function. Some Issues Involved i

44.1 Introduction 44.2 The Field equations Low Frequency Fields. Statics Limit 44.3 Numerical Methods C. W. Trowbridge

43. 1 Introduction 43.2 Amplifiers 43.3 Oscillators 43.4 Multipliers

24.1 Junction Field-Effect Transistors JFET Biasing Transfer Characteristics. JFET Output Domai Resistance. Source Follower. Frequency and Time-Domain Response. Voltage-Variable Resistor 24.2 Bipolar Transistors Biasing the Bipolar Transistor Small-Signal Operation. A Small- Signal Equivalent Circuit.low -Frequency- Performancethe

Thermal Oxidation. Diffusion. Ion Implantation.Deposition. Harold G. Parks Lithography and Pattern Transfer The University of Arizona, Tucson 23.2 Testing Built-In Self-Test- Scan. Direct Access Testing ng· Joint TestAction

Gennady Sh. Gildenblat 22.1 Physical Properties The Pennsylvania State University Energy Bands- Electrons and Holes. Transport Properties.Hall Boris Gelmont Effect. Electrical Breakdown. Optical Properties and University of Virginia

21.1 MATLAB Environment 21.2 Example 1: Signal Analysis Delores M. Etter 21.3 Example 2: Filter Design and Analysis

40.1 Grounding, Shielding, and Filtering John M. Roman Grounding.Shielding.Filtering Telematics 40.2 Spectrum, Specifications, and Measurement Techniques Martin A. Uman Procedures University of Florida, Gainesville