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AES E-Library » A Voltage-Controlled Low-Pass High-Pass ...
A voltage-controlled low-pass high-pass filter is described. The frequency cutoff slopes approach 24 db/octave. The relation between the control voltage and the …
AES Convention Papers Forum » A Voltage-Controlled Low ...
A Voltage-Controlled Low-Pass High-Pass Filter for Audio Signal Processing. A voltage-controlled low-pass high-pass filter is described. The frequency cutoff slopes approach 24 db/octave. The relation between the control voltage and the cutoff frequency is exponential over a two-decade frequency range. Additional networks couple the low-pass and high-pass sections …
A Voltage-controlled Low-pass High-pass Filter for Audio ...
A Voltage-controlled Low-pass High-pass Filter for Audio Signal Processing: Presented at the 17th Annual Meeting, Oct. 11-Oct. 15, 1965 Bob Moog Audio Engineering Society , 1965 - Electronic music - 6 pages
Moog Patents - till.com
Vlp is the low-pass filter output Vhp is the high-pass filter output ω is the filter's tuned frequency s is the complex frequency feedback is the fraction of negative feedback applied, a value from 0.0 (no resonance) to 4.0 (for oscillation) Without feedback, all four poles are real and sit on top of each other at x = -ω .
Voltage Controlled Low Pass Filter Analog Design
Voltage Controlled Low Pass Filter Analog Design. Camilo Tejeiro and Moise Nistrian. University of Washington – Seattle, Department of Electrical Engineering, Seattle, WA, 98195. Abstract — The purpose of this lab was to design a low pass filter, which is a frequency selective circuit that passes to the output input signals that reside in a low frequency band, called the pass-band, …
Filters - Low Pass and High Pass - Amplified Parts
Even voltage controlled OTA low-pass filters found in synthesizers are derived from these simple circuits. Low frequencies are allowed to pass in a low-pass filter whereas high frequencies are allowed to pass in a high-pass filter. The cutoff sets the point where the frequencies are reduced, resulting in attenuation.
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