Moog Messenger: Resonance Compensation
Messenger features traditional transistor ladder filter designed by Bob Moog in 1960s but uses an innovative pole-mixing method to derive new filter modes. Let’s take look at classic 4-pole lowpass response as well as new 2-pole lowpass mode, bandpass mode and highpass mode. We also look at how Res Bass switch can be used to preserve low end of our signal when resonance is increased and sound design benefits that it creates. We look at how to use FB/Ext In control to add feedback into signal and how we can use patch cable to replicate Minimoog Model D style post-filter feedback. Finally, we explore using Osc 2 - Cut Off control for audio rate filter FM. Timecodes: 00:00 - Introduction 00:40 - New Filtering Modes 01:35 - Resonance Compensation 03:33 - Sound Generator 06:45 - Conclusion www.moogmusic.com/synthesizers/messenger/ Playlist: https://rutube.ru/plst/899899 #Moog | #Messenger Original video: https://youtu.be/vFxVyo2MqbE
Messenger features traditional transistor ladder filter designed by Bob Moog in 1960s but uses an innovative pole-mixing method to derive new filter modes. Let’s take look at classic 4-pole lowpass response as well as new 2-pole lowpass mode, bandpass mode and highpass mode. We also look at how Res Bass switch can be used to preserve low end of our signal when resonance is increased and sound design benefits that it creates. We look at how to use FB/Ext In control to add feedback into signal and how we can use patch cable to replicate Minimoog Model D style post-filter feedback. Finally, we explore using Osc 2 - Cut Off control for audio rate filter FM. Timecodes: 00:00 - Introduction 00:40 - New Filtering Modes 01:35 - Resonance Compensation 03:33 - Sound Generator 06:45 - Conclusion www.moogmusic.com/synthesizers/messenger/ Playlist: https://rutube.ru/plst/899899 #Moog | #Messenger Original video: https://youtu.be/vFxVyo2MqbE