113. 1 Neuroelectric Principles Electrical Model for Nerve Excitation 113.2 Bioelectric Events J. Patrick Reilly Origin of Bioelectricity. Law of Stimulation. Recording Action

12.1 Introduction 12.2 Using the State of the System to Determine Stability 12.3 Lyapunov Stability Theory Ferenc Szidarovszky 12.4 Stability of Time-Invariant Linear Systems University of Arizona

11.1 Introduction 11.2 Linear Frequency Response Plotting Paul Neudorfer 11.3 Bode Diagrams Seattle University 11.4 A Comparison of Methods 11.1 Introduction The IEEE Standard Dictionary of Electrical and Electronics Terms defines frequency response in stable

Transfer Functions of Filters 10.1 Introduction 10.2 Ideal Filters 10.3 The Ideal Linear-Phase Low-Pass Filter Richard C. Dorf

2.1 概述 2.2 分立元件门电路 2.3 TTL集成门电路 2.4 MOS门电路 2.5 TTL电路与CMOS电路的接口 2.6 门电路的VHDL描述

8.1 Introduction 8.2 Properties of the z-Transform Linearity. Translation. Convolution. Multiplication by a\. Time Reversal Richard. Dorf 8.3 Unilateral z-Transform University of California, Davis

7.1 Introduction 7.2 State Equations in Normal Form 7.3 The Concept of State and State Variables and Normal Tree 7.4 Systematic Procedure in Writing State Equations 7.5 State Equations for Networks Described by Scalar

6.1 Definitions and Properties Richard C. Dorf Laplace Transform Integral. Region of Absolute University of California, Davis Convergence Properties of Laplace Transform.Time-Convolution Property Time-Correlation Property Inverse Laplace Transform

4.1 Introduction Laplace Transform. Transfer Functions 4.2 Low-Pass Filter Functions Thomson Functions.Chebyshev Functions 4.3L ow- w-Pass Filters Introduction. Butterworth Filters.Thomson Filters.Chebyshev

93.1 Introduction 93.2 Hardware Redundancy 93.3 Information Redundancy 93.4 Time Redundancy 93.5 Software Redundancy 93.6 Dependability Evaluation