I agree. But folks are different, as seen by the many many requests for schematics and build docs. People in that group get impatient.With the part values on the pcb, it really isn’t a problem.
I agree. But folks are different, as seen by the many many requests for schematics and build docs. People in that group get impatient.With the part values on the pcb, it really isn’t a problem.
With the part values on the pcb, it really isn’t a problem.
Most definitely. I’m really into schematics.The schematics are super helpful if you're trying to troubleshoot, or (even moreso) decide if the circuit is something in which you're interested in the first place.
Gee...ever see the old 80's movie "Scanners"? I think someone is making that kid's head explode. Any second now it's gonna pop.
If there are no mistakes on the pcb .... but what if some traces are wrong? How to troubleshoot the board? Schematics is absolutely necessary for thisWith the part values on the pcb, it really isn’t a problem.
Completely agree. Access to schematics are very, very important. However, things get a bit weird when it comes to clones of certain pedals. Can't always publish the schematics without getting into deep shit. Along with that, there's a lot of work that goes into publishing PCB's and the the documentation associated with each one. As such, we're not always going to get schematics right away with new PCB's. Even then, some circuits won't have any schematics released in order to avoid any legal issues. That's the risk you take though with any new PCB.If there are no mistakes on the pcb .... but what if some traces are wrong? How to troubleshoot the board? Schematics is absolutely necessary for this
I thought about doing that, but opted against it and rolled the dice.When in doubt, trace it out.
Make your own schematic based off the PCB you receive. May Bog help you if the PCB itself has errors (unlikely with PPCB and most other vendors...).
I had to trace out a couple of PCBGM PCBs that were missing build docs...
And chance for a refdes for the Electrovibe Mini?
EDIT: @PedalPCB I only ask because I'm thinking of doing a prototype of the Univibe build I'm working on with the ElectroVibe Mini and I need to know a few key components and their locations to make some parts swaps.
EDIT (Again!): It looks like all the Capacitor and Resistor numbers are shared between the big E-Vibe and the Mini. It appears the Transistor numbers are different however. I'm gonna go through the next few days and identify them and make a cross reference sheet.