Grounding and shielding接地与屏蔽：电路与接口 第5版

Preface to the Fifth Edition
1 Voltage and Capacitance
　1.1 Introduction
　1.2 Charges and Electrons
　1.3 The Electric Force Field
　1.4 Field Representations
　1.5 The Defi nition of Voltage
　1.6 Equipotential Surfaces
　1.7 The Electric Force Field between Two Conducting Plates
　1.8 Electric Field Patterns
　1.9 The Energy Stored in an Electric Field
　1.10 Dielectrics
　1.11 The D Field
　1.12 Capacitance
　1.13 Mutual Capacitance
　1.14 Displacement Current
　1.15 Energy Stored in a Capacitor
　1.16 Forces in the Electric Field
　1.17 Capacitors
2 Magnetics
　2.1 Magnetic Fields
　2.2 Biot and Savart’s Law
　2.3 The Solenoid
　2.4 Faraday’s Law and the Induction Field
　2.5 Inductance
　2.6 The Energy Stored in an Inductance
　2.7 Magnetic Field Energy in Space
　2.8 The Magnetic Circuit
　2.9 A Magnetic Circuit with a Gap
　2.10 Small Inductors
　2.11 Self- and Mutual Inductance
　2.12 Transformer Action
　2.13 Hysteresis and Permeability
　2.14 Eddy Currents
　2.15 The Transport of Electrical Energy
　2.16 Poynting’s Vector
　2.17 Transmission Lines Introduction
　2.18 Transmission Line Operations
　2.19 Transmission Line Field Patterns
　2.20 Interfering Fields
3 Utility Power and Facility Grounding
　3.1 Introduction
　3.2 History
　3.3 Semantics
　3.4 The Earth as a Conductor
　3.5 The Neutral Connection to Earth
　3.6 Ground Potential Differences
　3.7 Field Coupling to Power Conductors
　3.8 Neutral Conductors
　3.9 K-Factor in Transformers
　3.10 Ungrounded Power
　3.11 A Request for Power
　3.12 Earth Power Currents
　3.13 Line Filters
　3.14 Isolated Grounds
　3.15 Facility Grounds—Some More History
　3.16 Lightning
　3.17 Lightning and Facilities
4 Analog Circuits
　4.1 Introduction
　4.2 Instrumentation
　4.3 History
　4.4 The Basic Shield Enclosure
　4.5 The Enclosure and Utility Power
　4.6 The Two-Ground Problem
　4.7 Instrumentation and the Two-Ground Problem
　4.8 Strain-Gauge Instrumentation
　4.9 The Floating Strain Gauge
　4.10 The Thermocouple
　4.11 The Basic Low-Gain Differential Amplifi er
　4.12 Shielding in Power Transformers
　4.13 Calibration and Interference
　4.14 The Guard Shield above 100 kHz
　4.15 Signal Flow Paths in Analog Circuits
　4.16 Parallel Active Components
　4.17 Feedback Stability—Introduction
　4.18 Feedback Theory
　4.19 Output Loads and Circuit Stability
　4.20 Feedback Around a Power Stage
　4.21 Constant-Current Loops
　4.22 Filters and Aliasing Errors
　4.23 Isolation and DC-to-DC Converters
　4.24 Charge Converter Basics
　4.25 Guard Rings
　4.26 Thermocouple Effects
　4.27 Guard Switching
　4.28 Digital Control
5 Radiation
6 Hardware
7 Digital Electronics
8 Facility Hardware
References
Index