Design Note 00A Basic Compressor/Limiter Design (113k)
Design Note 01A The Mathematics of Log-Based Dynamic Processors (64k)
Design Note 02 Digital Gain Control with Analog VCAs (106k)
Design Note103/104 Improving VCA Performance I (56k)
Design Note 106 What to look for when the Distortion in 2180s Doesn’t Match the Specs (57k)
Design Note 107/111 A Simple Effective Soft-Knee Compressor / Limiter (81k)
Design Note 110 Improving VCA Performance II and III (73k)
Design Note 116 Techniques for Stereo Volume Control (126k)
Design Note 117 Input Limited for ADCs (120k)
Design Note 120 VCAs in a Pan Potentiometer Application (127k)
Design Note 121 VCA Symmetry Auto-Trim Circuit
Design Note 122 5.1 Channel Volume Control (67k)
Design Note 123 Operating Log/Anti-log VCAs Off ±24V Supplies
Design Note 124 Interchanging the THAT218x and the THAT215x Series VCAs
Design Note 127 Upgrading Modular VCAs
Design Note 128 What’s a PTAT Temp. Coefficient, & Where Does It Come From? (64k)
Design Note 129 A Low-Cost VCA Limiter (47k)
Design Note 130 VCA-Controlled 1st Order State Variable Filter (174k)
Design Note 137 Substituting THAT 218x VCAs for 215x VCAs in Existing Designs (68k)
Analog Secrets Your Mother Never Told You (1528k)
Originally presented at the 123rd AES Convention, this seminar provides tips and techniques to achieve optimal performance in the analog signal path. Topics covered range from inputs (balanced line and mic level) to outputs (balanced to single-ended), and include analog signal processing (VCAs, RMS detection, and Analog Engines).
