I think that the formula "Ac[1 + Am∙cos(2πfm∙t)]cos(2πfc∙t)" is more didactically expressed as "Ac∙cos(2πfc∙t) + ½Ac∙Am∙cos(2π(fc-fm)t) + ½Ac∙Am∙cos(2π(fc+fm)t)". This way it is clear exactly what AM does, i.e. give side bands. Super clip, by the way!
I don't comment very often either, but I had to on this one. I've been working with a vsti called AM Freehand and wondered what the difference between AM/FM was.
Great tutorials. Thanx a lot for your effort! It would be great if you show the signal path from time to time like 'VCO > VCO Mixer > ...". I know it's not that complicated but it helps. Anyway. Thx! :)
superb one , thanks for these videos :)
fuzzupuzzu 6 days ago
I think that the formula "Ac[1 + Am∙cos(2πfm∙t)]cos(2πfc∙t)" is more didactically expressed as "Ac∙cos(2πfc∙t) + ½Ac∙Am∙cos(2π(fc-fm)t) + ½Ac∙Am∙cos(2π(fc+fm)t)". This way it is clear exactly what AM does, i.e. give side bands. Super clip, by the way!
ilsennodipoi 1 month ago in playlist Mod Synth Tutorials PLAYLIST
dude, you are awsome!!! love your videos!!!
tamiyx 1 month ago
I don't comment very often either, but I had to on this one. I've been working with a vsti called AM Freehand and wondered what the difference between AM/FM was.
Questions answered thanks!
krazzy 9 months ago
Hey, that's a piece of good tut ;) Theory and formulas are good for some exams, but the real fun comes out in practice. Thx a lot :)
krzema12 10 months ago
Great tutorials. Thanx a lot for your effort! It would be great if you show the signal path from time to time like 'VCO > VCO Mixer > ...". I know it's not that complicated but it helps. Anyway. Thx! :)
lordoid 1 year ago
@lordoid
That is a great idea... I'll keep that in mind... wont take too long to do. Thanks!
PSMProjectVids 1 year ago