Rpschultz13
Well-known member
Funbox Neptune Reverb/Delay, based on Daisy Seed
You can flash the Daisy to any of his 10 predefined modules, or download the software and built your own like @joulupukki did for Flick. I designed the UV for the Neptune Reverb/Delay
The unique thing for ME on this build was the use of Illuminated Momentary switches. I use standard Illuminated 3PDT's (Tayda) on most of my builds. But this was the first time I used the momentary version. It was tricky getting it to fit because the housing is larger than standard 3PDT's.
Of note. Standard LED's need an LEDR of 4-5k, PPCB often uses 4k7. But illuminated ones have (3?) LED's in them so I typically use 1k. This one seemed harder to figure out, I *think* because the Daisy is not supplying 9vdc like most pedals, but something less like 3v3 (I don't remember). But anyway, I used 392R. That's why the 2 resistors are sticking up because I was fiddling with them a lot to get the LED's to be brighter.
You can flash the Daisy to any of his 10 predefined modules, or download the software and built your own like @joulupukki did for Flick. I designed the UV for the Neptune Reverb/Delay
The unique thing for ME on this build was the use of Illuminated Momentary switches. I use standard Illuminated 3PDT's (Tayda) on most of my builds. But this was the first time I used the momentary version. It was tricky getting it to fit because the housing is larger than standard 3PDT's.
Of note. Standard LED's need an LEDR of 4-5k, PPCB often uses 4k7. But illuminated ones have (3?) LED's in them so I typically use 1k. This one seemed harder to figure out, I *think* because the Daisy is not supplying 9vdc like most pedals, but something less like 3v3 (I don't remember). But anyway, I used 392R. That's why the 2 resistors are sticking up because I was fiddling with them a lot to get the LED's to be brighter.
I came to the same conclusion, 1k resistor from 9v seems about right for my green/red ones. Yeah the daisy itself provides 3v3, then the 5v regulator in the funbox circuit is of course, 5v, which also drives the in/out op amp buffers. The UV print looks great, this is the first time I've seen someone make one for a specific planet module, I haven't even done that yet, great work!