CHAPTER 1: SYSTEM ARCHITECTURES
CHAPTER 1part 2: SPECIFICATION REQUIREMENTS
CHAPTER 2: COMPONENTS
CHAPTER 3: BASIC TECHNIQUES OF NEGATIVE FEEDBACK & LOW NOISE
CHAPTER 3 part 2: DESIGN WITH DISCRETE TRANSISTORS
CHAPTER 4: DESIGN WITH OPAMPS
CHAPTER 5: SIGNAL SWITCHING
CHAPTER 6: LINE INPUTS & OUTPUTS
CHAPTER 7: MOVING-MAGNET DISC INPUTS
CHAPTER 8: MOVING-COIL DISC INPUTS
CHAPTER 9: MICROPHONE INPUTS
CHAPTER 10: TONE CONTROLS & FILTERS
CHAPTER 11: FILTERS
CHAPTER 12: VOLUME-CONTROL & BALANCE
CHAPTER 13: MIXER SUBSYSTEMS
CHAPTER 14: ELECTRONIC CROSSOVERS
CHAPTER 15: LEVEL CONTROL & SPECIAL PROCESSING CIRCUITS
CHAPTER 16: METERING, MUTING & RELAY CONTROL
CHAPTER 17: POWER SUPPLIES
CHAPTER 18: ANALYSIS OF THE MRP 11 PREAMPLIFIER
CHAPTER 19: ANALYSIS OF THE 200 DELTA MIXER
Douglas Self has dedicated himself to demystifying amplifier design and establishing empirical design techniques based on electronic design principles and experimental data. His rigorous and thoroughly practical approach has established him as a leading authority on amplifier design, especially through the pages of Electronics World where he is a regular contributor.
"Douglas Self, who has been designing both pro and consumer audio products for more than 20 years gave an excellent tutorial on designing balanced interconnections. This talk was part of the Product Design track, so the goal, it seemed, was to expose product designers to the advantages of providing balanced connections (whether the user uses them at not) and that it can be done for very little added cost. He went through several evolutions of the differential amplifier and how to greatly improve common mode rejection for very little parts cost."--MikeRiversAudio.com
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