Design Note 00A Basic Compressor/Limiter Design (113k) (formerly Application Note 100A)
Design Note 01A The Mathematics of Log-Based Dynamic Processors (64k) (formerly Application Note 101A)
Design Note 02 Digital Gain Control with Analog VCAs (106k) (formerly Application Note 102)
Design Note 03 Signal Limiter for Power Amplifiers (95k) (formerly Application Note 103)
Design Note 04 Improving Loudspeaker Signal Handling Capability (217k) (formerly Application Note 104)
Design Note 05 A Low Parts Count, Two-Slope Compressor (78k) (Application Note 105)
Design Note 100 A Fully Adjustable Noise Gate (69k)
Design Note 101 Peak Detection with the THAT4301 (37k)
Design Note 102 Adjustable Ducker using the THAT 4301 (76k)
Design Note 107/111 A Simple Effective Soft-Knee Compressor / Limiter (81k)
Design Note 108 Single Chip Automatic Gain Control (73k)
Design Note 112 LED Bar-Graph Compression Indictor (83k)
Design Note 113 THAT4301 Gain Reduction Indicator (33k)
Design Note 114 Adaptive Attack and Release Rates using THAT RMS Detectors (48k)
Design Note 115 Fully Adjustable Compressor/Limiter (46k)
Design Note 116 Techniques for Stereo Volume Control (126k)
Design Note 117 Input Limited for ADCs (120k)
Design Note 118 High Performance Stereo AGC (90k)
Design Note 119 Wide Ranging dB Meter (177k)
Design Note 125 The “One Knob Squeezer” (90k)
Design Note 128 What’s a PTAT Temp. Coefficient, & Where Does It Come From? (64k)
Design Note 131 Dealing with the PTAT Coefficient (75k)
Design Note 132 Alternate Method of Indicating Compression (52k)
