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This audio piece, titled "Two Voltage Controlled Filters in Action," immerses listeners in the world of modular synthesis and analog sound manipulation. It begins with the sound of voltage controlled filters, or VCFs, being manipulated in real-time, creating an intricate soundscape that breathes life into the raw, unfiltered tones produced by a synthesizer. As the audio progresses, listeners can hear the effects of the low-frequency oscillator, or LFO, as it subtly modulates the filters to produce a rhythmic, pulsating effect. This technique adds depth and dynamism to the overall sound, creating a pattern that is both complex and captivating. Next, the audio introduces the role of a quantizer. This device adjusts the pitch of the synthesizer, turning the continuous pitch changes into a series of discrete steps that correspond to musical notes. The quantizer's influence is noticeable as distinct, melodic notes begin to emerge from the complex soundscape. Throughout the audio, the mo
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This audio piece, titled "Two Voltage Controlled Filters in Action," immerses listeners in the world of modular synthesis and analog sound manipulation. It begins with the sound of voltage controlled filters, or VCFs, being manipulated in real-time, creating an intricate soundscape that breathes life into the raw, unfiltered tones produced by a synthesizer. As the audio progresses, listeners can hear the effects of the low-frequency oscillator, or LFO, as it subtly modulates the filters to produce a rhythmic, pulsating effect. This technique adds depth and dynamism to the overall sound, creating a pattern that is both complex and captivating. Next, the audio introduces the role of a quantizer. This device adjusts the pitch of the synthesizer, turning the continuous pitch changes into a series of discrete steps that correspond to musical notes. The quantizer's influence is noticeable as distinct, melodic notes begin to emerge from the complex soundscape. Throughout the audio, the mo
