Electronic Noise and Low Noise Design

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Summary

Eliminate noise problems on the drawing board with this practical guide. Find out how to deal with electronic noise and EMC.

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Preface
Introduction	p. 1
Definition	p. 1
Noise categories	p. 1
Effect of noise	p. 2
Low noise design	p. 4
Random Signals	p. 6
Elements of probability	p. 6
Random processes	p. 16
The frequency domain	p. 20
Noise Connected with Layout or Construction	p. 31
Field-coupled noise	p. 32
Conducted noise	p. 51
Noise of non-electrical origin	p. 61
Intrinsic Noise	p. 72
Thermal noise	p. 72
Shot noise	p. 82
Low frequency (excess) noise	p. 84
Burst (popcorn) noise	p. 88
Noise Circuit Analysis	p. 91
Networks	p. 92
Noise Models	p. 122
Resistor	p. 122
Capacitor	p. 123
Inductor	p. 124
Transformer	p. 124
Antenna	p. 124
Semiconductor diode	p. 126
Bipolar transistor	p. 128
FET	p. 140
Noise Performance Measurement	p. 145
Noise level measurement	p. 145
Noise figure measurement	p. 163
Noise temperature measurement	p. 176
Noise figure variation with source impedance, and noise parameters	p. 176
Noise generators	p. 178
Active devices	p. 180
Very low frequency noise	p. 184
Excess noise in resistors	p. 184
Measurement tips	p. 189
Computer Modelling	p. 192
SPICE	p. 193
Low Noise Design	p. 210
Layout/construction (electromagnetic compatibility)	p. 210
Intrinsic noise	p. 243
Appendix A: Constants	p. 254
Appendix B: Noise Model of Linear Two-port Network	p. 255
Appendix C: Noise Descriptors	p. 258
Appendix D: Dipole Fields	p. 260
Exercises	p. 264
Bibliography and Review Articles	p. 269
Answers to Exercises	p. 271
Index	p. 273
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