Noise Gate - Hysteresis
Lesson 33 from: Music Production in Logic Pro X: Vocal Mixing EssentialsTomas George
Noise Gate - Hysteresis
Lesson 33 from: Music Production in Logic Pro X: Vocal Mixing EssentialsTomas George
Lesson Info
33. Noise Gate - Hysteresis
Lessons
Introduction and Welcome to this Class
00:52 2Project Organization
09:47 3Faders and Panning
11:13 4Flex Pitch - Vocals
05:18 5Flex Time - Vocals
03:05 6Editing Studio Drums
09:29 7Song Mix Deconstruct - Mixing Drum Kit Designer
08:04 8Mixing Files
01:50Tips to Start a Mix
02:11 10Mixing vs Mastering
02:19 11Introduction to Mixing with Logic Pro's Audio Effects
00:47 12Channel Strip and Routing - Part 1
04:39 13Channel Strip - Part 2
07:00 14Bussed Effects
11:25 15Gain Staging Audio Tracks and Pre Fader Metering
11:44 16Gain Staging Software Tracks
03:45 17Mixing with Channel EQ
19:57 18Mixing Vocals with Compressor - Part 1
08:25 19Mixing Vocals with Compressor - Part 2
06:44 20Compressor Circuit Types
13:07 21Compression - Distortion and Limiting
10:47 22Sidechain Compression
06:37 23Compression - Part 5 (Glue)
02:52 24DeEsser
12:03 25Multipressor - Part 1
09:31 26Multipressor - Part 2 (DeEss)
06:11 27Multipressor - Expander
07:33 28Dynamics Wrap up
09:05 29Compression with Flex Pitch
04:49 30Exciter
05:03 31Noise Gate
04:14 32Noise Gate - AHR
07:16 33Noise Gate - Hysteresis
02:07 34Chorus
06:04 35Introduction to Automation
09:44 36Touch Automation
03:46 37Trim-Touch Automation
05:28 38Relative Touch Automation
04:34 39Automation Curve Tool
04:09 40SilverVerb - Part 1
18:11 41SilverVerb Modulation
02:57 42Sample Delay and HAAS Effect
05:29 43Delay - Echo
09:35 44Stereo Delay - Part 1
14:25 45Stereo Delay - Part 2
04:00 46Stereo Delay - Part 3
08:24 47Tape Delay - Part 1
13:29 48Tape Delay - Part 2
05:07 49Thanks and Bye
00:07Lesson Info
Noise Gate - Hysteresis
Hi. In this video, we're gonna use hysteresis to refine the way that the gate opens and closes. Cos right now it will kind of close shortly after it opens because a little bit of signal crossed the threshold and then came back underneath it again. And those little flutters can be a bit distracting can uh not really help but mix. Now, if I set the hysteresis to minus 10 DB, let's see what happens. The W so the gate opened and stayed opened. Let's see what happens when it's at zero DB. The wind rushes past it opened and closed, opened and closed, opened and closed. So what's happening there is the level is exceeding the threshold, it's coming back down underneath the threshold again. But because the signal will just do that quite frequently anyway, is creating this flutter. What hysterics does is instead of it's crossing the threshold at minus 59 DB and then crossing the threshold on the way back down again after minus 59 DB is actually doing it at minus DB. So that it doesn't always op...
en and close, it will only close. Now when it's crossed the threshold and minus three DB below that. Let's do that again. At minus four, the wind rushes past my face and through my hair. Great. So there was less instances of the gate opening and closing very frequently. It's now less frequent because the signal has more time to fall below the threshold and a few DB below it. Thanks for watching and I'll see you in the next video.
Class Materials
Bonus Materials