You’ll might want to test and try and match the capacitor values as closely as possible to keep the vibrato pulse symmetric. Most capacitors have a +/- 10% tolerance so there could be a significant difference in values. For example, an individual 100uF 10% tolerance capacitor’s actual value could be anywhere from 90uF to 110uF.
My question is, how do you compare your method of adding a physical switch, to another mod tutorial where there was no addition of a physical switch? The results of both sound similar...but if that's the case, I'd much rather do the mod that doesn't require drilling a hole, etc. Your thoughts? Here's the link to that other mod: ua-cam.com/video/R4BoIFx77VQ/v-deo.html
You’ll might want to test and try and match the capacitor values as closely as possible to keep the vibrato pulse symmetric. Most capacitors have a +/- 10% tolerance so there could be a significant difference in values. For example, an individual 100uF 10% tolerance capacitor’s actual value could be anywhere from 90uF to 110uF.
There's a really good comment on the other video about putting a 200K resistor on R5 to increase the sensitivity of the depth knob.
do you mean to increase the depth?
capacitors in both cases (c15 etc are also capacitors, not resistors)
great video. hope you cann have a DECO pedal soon :)
do you happen to know a mod that you could add the vibrato circuit to the Bypass switch for instance (eg blend the clean back in to get a chorus vibe)
Thanks for the video man, really makes a moron like myself understand it easily.
can you demonstrate playing arpeggio on modified effect?
My question is, how do you compare your method of adding a physical switch, to another mod tutorial where there was no addition of a physical switch? The results of both sound similar...but if that's the case, I'd much rather do the mod that doesn't require drilling a hole, etc. Your thoughts? Here's the link to that other mod:
ua-cam.com/video/R4BoIFx77VQ/v-deo.html